Artificial intelligence (AI) is no longer a futuristic concept. It’s here, and it’s already transforming how we live and work. According to the International Monetary Fund, AI could impact nearly 40% of jobs worldwide, making it one of the most significant disruptors of the modern labor market. But this disruption isn’t all doom and gloom. AI is also creating new opportunities, redefining productivity and pushing industries toward a more efficient and innovative future. The key lies in how businesses, governments and individuals respond.

In this article, we’ll look at AI’s significant impact on global employment and shed light on how you can leverage AI’s potential positively to navigate the evolving job landscape successfully.

The rise of AI adoption across industries

In 2025, AI adoption hit an all-time high. According to McKinsey, 72% of companies globally reported using AI in at least one business function, up from just 55% the year before. Some sectors are further along than others, with the tech industry leading the pack. In manufacturing, AI is being used to optimize production, manage inventory and improve customer service, with over 77% of firms reporting AI deployment. Healthcare, long considered a slow adopter, has seen a dramatic rise—66% of physicians now use AI tools, more than double from the previous year. Even education and logistics are catching up, using AI for personalized learning and supply chain forecasting.

The most common functions where AI shows up include marketing, product development and IT. In fact, the use of generative AI in marketing and sales more than doubled in 2024 alone. Tools like ChatGPT and Copilot are being embedded into workflows to speed up content creation, analyze customer data and streamline repetitive tasks.

Image from McKinsey

AI’s impact on jobs: What we lose and what we gain

The growing use of AI raises understandable concerns. According to the World Economic Forum, 45% of workers fear AI could replace their jobs. And they’re not wrong to worry: roles in data entry, routine customer support and basic content creation are already being phased out or heavily automated. In fact, over 7.5 million data entry jobs are expected to disappear by 2027.

However, this is only half the story. AI isn’t just taking jobs—it’s creating them too. McKinsey and the WEF project that 92 million jobs will be displaced by 2030, but an even greater number, around 170 million, will be created. These new roles include AI specialists, machine learning engineers, data scientists and even emerging jobs like prompt engineers and AI ethics officers. There’s also a growing demand for hybrid roles that blend AI with industry expertise, such as healthcare analysts who understand AI diagnostics and marketers who can leverage generative tools.

A global shift: Regional gaps and innovation hotspots

AI isn’t spreading evenly across the world. In advanced economies, roughly 60% of jobs are exposed to AI. In contrast, emerging markets see about 40% exposure, and low-income countries, just 26%. This “AI divide” reflects gaps in infrastructure, investment and access to skilled talent.

Cities like San Francisco, New York and Beijing are leading the AI revolution. The Bay Area alone is home to over 4,000 AI companies and boasts the highest innovation score globally. New York recently overtook Beijing as the second-largest hub for AI startups, thanks to its diverse economy and access to top universities. Beijing, heavily backed by China’s national strategy, continues to lead in research output and speech and vision recognition technologies.

But it’s not just the big players. Singapore, with its “SkillsFuture” initiative, is training hundreds of thousands of citizens in digital and AI skills. Meanwhile, countries like India are ramping up national programs to democratize AI education and training.

Skills gaps and the race to reskill

Despite the surge in AI adoption, companies are struggling to find qualified workers. Red Hat reports that 81% of UK IT managers believe there’s a significant skills gap in areas like data science, large language models and AI integration. Globally, the shortfall is massive. In the U.S. alone, an estimated 700,000 AI-related positions could remain unfilled unless reskilling efforts ramp up.

What skills are in demand? Technically, roles need proficiency in data analysis, machine learning and cloud computing. But it’s not just about coding. Soft skills like analytical thinking, creativity and problem-solving are equally important. Companies are increasingly looking for people who can interpret AI outputs and apply them meaningfully in real-world scenarios.

And the gap isn’t just technical—it’s demographic, too. Only 29% of AI-skilled workers globally are women, and older workers are significantly less likely to receive AI training. Gen Z workers are more likely to be exposed to AI tools early in their careers, creating generational imbalances that inclusive upskilling programs must address.

How companies and governments are responding

Forward-thinking organizations are not just acknowledging the skills gap—they’re doing something about it. In 2018, AT&T invested US$1 billion to retrain nearly half its workforce for advanced tech roles. IKEA, after introducing an AI chatbot that handled 47% of customer inquiries, reskilled 8,500 support workers into interior design consultants, unlocking US$1.4 billion in additional revenue.

Governments are also stepping in. Singapore’s SkillsFuture gives citizens credits to pursue training in high-demand areas, including AI. France, Finland and India have launched national AI education strategies, aiming to provide accessible learning to their entire populations. Platforms like Coursera and edX have seen massive upticks in AI course enrollments, with courses like “Elements of AI” drawing millions of users worldwide.

Hiring in the AI era: Skills over experience

The job market is changing. According to LinkedIn, AI engineer and AI consultant roles are the fastest-growing in the U.S. Over the past eight years, hiring for AI roles has surged by 323%. But what’s even more interesting is that companies aren’t just looking for deep technical backgrounds anymore.

ResumeBuilder reports that 91% of hiring managers prefer candidates with experience using tools like ChatGPT, even in non-technical roles. Two-thirds of executives say they wouldn’t hire a candidate who lacks AI literacy. Whether you’re in marketing, customer service or operations, knowing how to integrate generative AI into your workflow is becoming as essential as spreadsheet skills.

What individuals can do: Upskilling for the AI future

For those worried about being left behind, there’s good news: upskilling has never been more accessible. Online platforms offer beginner-friendly courses like “AI For Everyone” by Andrew Ng or the “Elements of AI” program created by the University of Helsinki. These programs are free, flexible and designed to help non-tech workers understand and apply AI.

Beyond courses, practical experience with tools like ChatGPT, Midjourney or Microsoft Copilot can go a long way. The more comfortable you are using AI in your day-to-day tasks, the more valuable you become to current and future employers. Even small wins, like automating reports or generating faster email drafts, demonstrate your adaptability.

Finally, don’t underestimate the value of soft skills. AI can process data, but it can’t replace human judgment, empathy or creative thinking. Workers who blend technical fluency with strong interpersonal and strategic abilities will thrive.

Looking ahead

AI is reshaping the global workforce, but the outcome isn’t set in stone. With the right investments in education, inclusive training and a proactive mindset, workers and companies alike can turn disruption into opportunity. Whether you’re a business leader, a policymaker or just someone wondering how to stay relevant, the message is clear: start learning, stay curious and embrace the change.

The post Will AI Take Your Job or Make It Better? Here’s What Every Worker Needs to Know appeared first on Jumpstart Magazine.

AI isn’t just thinking ahead—it’s reshaping everything from your health check-ups to disaster forecasts.

Artificial Intelligence (AI) is no longer just a buzzword—it’s actively reshaping how we live, work and solve the world’s toughest problems. From improving how doctors diagnose diseases to predicting natural disasters days in advance, AI is showing up in powerful and practical ways.

Thanks to machine learning, predictive analytics and advanced algorithms, AI systems can now analyze massive datasets in real time. That means faster decisions, better insights and smarter tools across industries. In this article, let’s explore how AI is driving real impact—from hospitals to manufacturing floors to your smartphone.

Healthcare: How AI is saving lives

AI is transforming healthcare with faster diagnoses, better treatment planning and new ways to develop life-saving drugs. Here’s how:

Early and accurate diagnoses

One standout example is Digital Diagnostics and its LumineticsCore®, the first FDA-cleared autonomous AI diagnostic system. This AI system can detect diabetic retinopathy at the point of care, allowing for timely interventions. As per the company, clinical trials have shown that LumineticsCore® can reduce unnecessary specialist doctor visits by 91% while ensuring that high-risk patients get the attention they need.

Meanwhile, Harvard Medical School’s CHIEF model achieved an accuracy as high as 96% in detecting multiple types of cancer. This enables tailored and timely interventions based on tumor microenvironments.

Smarter hospital operations

Hospitals are using AI to predict which patients are most likely to need urgent care or readmission. These predictive models help staff prioritize high-risk patients early and allocate beds and resources more effectively. For instance, some AI systems have reduced hospital readmission rates by up to 30% and flag potential complications through patient data analysis.

Faster drug discovery

Companies like BenevolentAI are using machine learning to scan through chemical data and identify promising new drugs. During the pandemic, BenevolentAI identified a treatment candidate for COVID-19 in record time. Meanwhile, Google’s AlphaFold solved the protein folding problem—a 50-year mystery that could supercharge how we understand and treat diseases.

Business: Making smarter, faster, cheaper decisions

Across industries, AI is helping businesses work more efficiently and serve customers better. Here are a few areas where it’s making a real difference:

Fighting fraud in finance

Financial institutions are increasingly turning to AI to combat sophisticated fraud schemes. AI systems can analyze vast datasets in real-time, identifying anomalies that may indicate fraudulent activities.

For instance, ThetaRay, an Israeli fintech company, offers AI-powered anti-money laundering (AML) solutions that monitor transactions to detect suspicious activities. Its platform has been adopted by global banks like Banco Santander to enhance their fraud detection capabilities.

Similarly, American Express and MasterCard utilize machine learning models to scrutinize transaction data, effectively identifying unusual patterns that could signify fraud. This helps provide real-time alerts and minimize billions of dollars in financial losses.

Predicting equipment failures

AI-powered predictive maintenance helps companies spot issues before breakdowns happen—saving time, money and headaches. Some companies that are using AI for this task include:

• Siemens cut unplanned downtime by 50% using AI to monitor equipment health in real time.
• GE Aerospace uses AI to track more than 44,000 jet engines, predicting issues 60% earlier than traditional methods and reducing disruptions.
• Ford combines AI with digital twins to catch early signs of failure on factory floors, boosting efficiency.

Customer service with virtual assistants

AI-driven virtual assistants are revolutionizing customer service by providing instant, accurate responses to customer inquiries. These systems can handle a multitude of tasks, from answering frequently asked questions to processing transactions.

Klarna, a Swedish fintech company, has implemented an AI chatbot developed in collaboration with OpenAI. This chatbot manages two-thirds of customer service inquiries, effectively performing the work of 700 full-time agents. In its first month, it engaged in 2.3 million conversations, significantly improving efficiency and customer satisfaction.

Another example is HubSpot’s Breeze AI Agents, a suite of AI-driven tools designed to support small businesses, launched this month. These agents enhance customer interactions by learning from structured and unstructured data, thereby improving response times and customer engagement.​

Everyday AI: Tools you already use

AI is baked into lots of tools you probably use every day—even if you don’t realize it.

Google Lens: Search by sight

Snap a photo of an outfit, a plant or a restaurant sign—Google Lens will identify it and show you where to buy it, what it is or where to go. This visual search tool processes over 12 billion queries every month.

Spam filters that actually work

Gmail’s AI blocks over 99.9% of spam, phishing and malware emails. It analyzes how spam behaves, not just keywords, making it far more effective than old-school filters.

Voice assistants

Voice assistants like Siri, Alexa and Google Assistant have become integral to modern technology, enabling users to interact with devices through natural language. These assistants are powered by advanced AI algorithms that process and understand human speech. 

Predicting fashion trends

Retailers use AI to scan social media posts and online photos to forecast what styles will trend next. Companies like Heuritech analyze millions of Instagram photos daily, helping brands create products that actually match what people want.

Solving global challenges: AI for the greater good

AI isn’t just about business efficiency. It’s also tackling massive, high-stakes problems—from natural disasters to climate change.

Predicting natural disasters

AI is helping scientists predict floods, typhoons and even earthquakes with increasing accuracy:

• Floods: Google’s AI model now provides flood warnings up to seven days in advance across 80 countries, serving over 460 million people.
• Typhoons: Taiwan’s AI weather systems improved storm path prediction by 20%, giving emergency teams critical lead time.
• Earthquakes: In one study, an AI model predicted 14 quakes with up to 70% accuracy, within 320 km of the actual location, one week in advance.

Fighting climate change 

AI is helping big tech cut their carbon footprints. Google, for example, used AI to slash data center cooling energy by 40%. In smart buildings, AI systems adjust lighting, heating and cooling based on occupancy and weather conditions, leading to energy savings of up to 30%. These intelligent systems contribute significantly to reducing the carbon footprint of urban infrastructure.

AI in search and rescue

Drones equipped with AI assist rescue teams by scanning disaster zones for survivors more efficiently. These autonomous systems utilize AI to analyze terrain, detect human presence and make real-time decisions during disaster response. By processing data from various sensors, AI enables drones to cover large areas quickly, increasing the chances of finding survivors in critical situations.

For example, during natural disasters like earthquakes and hurricanes, AI-equipped drones can assess damage, identify safe pathways and deliver essential supplies to inaccessible areas, thereby enhancing the effectiveness of rescue missions.

Emerging technologies: Where AI is heading

As technology evolves, AI continues to push boundaries in cutting-edge fields:

Autonomous vehicles

Tesla’s Full Self-Driving (FSD) system relies entirely on AI. Instead of using radar or lidar, Tesla’s cars use eight cameras and neural networks to recognize roads, signs and obstacles. All the data from Tesla’s global fleet helps improve these models over time. While Tesla vehicles still require driver supervision, the system represents a major leap in AI-driven mobility.

AI in IoT (Internet of Things)

AI is what makes smart homes truly smart. The integration of AI with the Internet of Things (IoT) has led to the development of Intelligent IoT (IIoT) systems that enhance automation and decision-making across various sectors. 

• Advanced data analysis: AI, particularly machine learning, processes vast amounts of sensor data to identify patterns and anomalies, facilitating predictive maintenance and reducing unplanned downtime.
• Operational efficiency: By automating decision-making processes, AI helps optimize operations, leading to increased efficiency and cost savings.​
• Enhanced risk management: AI-driven insights allow for proactive risk assessment and management, improving overall safety and reliability.

The bottom line: AI is here to stay—and grow

According to PwC, AI could add US$15.7 trillion to the global economy by 2030. Whether it’s diagnosing cancer, spotting fraud or predicting typhoons, the technology is already proving its worth. The challenge now is making sure we use it responsibly—to help more people, solve bigger problems and create a future that’s not just smarter, but fairer and more sustainable too.

Also read:

• What Are OpenAIʼs US$20,000 AI Agents and Why Are They So Expensive
• AI in Esports: How Machine Learning is Transforming Anti-Cheat Systems in Esports
• The AI Copyright Debate: Who Really Owns AI-Generated Content?

Header image by Unsplash

The post 15 Real-World Examples of AI Solving Complex Problems Across Industries Today appeared first on Jumpstart Magazine.

The internet loves the Ghibli filter, period. But is AI art crossing ethical lines?

If you’ve recently scrolled through social media, chances are you’ve seen everyday photos magically transformed into whimsical illustrations reminiscent of Studio Ghibli films. This viral trend, known as the “Ghibli filter”, has not only taken platforms by storm but also sparked a broader conversation about art, technology and creativity.

But why exactly is the “Ghibli filter” resonating so deeply, and what does it mean for the future of animation and digital artistry? Let’s explore.

Studio Ghibli: The legacy of handcrafted animation

Studio Ghibli, co-founded by legendary animator Hayao Miyazaki, is renowned for its dedication to handcrafted animation. Unlike many modern animation studios that embrace computer-generated imagery (CGI), Ghibli has consistently favored traditional, hand-drawn animation techniques. This commitment is evident in Miyazaki’s iconic films like Spirited Away and My Neighbor Totoro. His films feel warm, personal and alive—qualities largely attributed to the meticulous care put into every hand-drawn frame. Hence, it doesn’t come as a surprise that seven of their films rank among the 15 highest-grossing anime films ever made.

Miyazaki himself strongly disliked CGI, famously criticizing computer-generated animation. He believed digital imagery lacked the heart and soul found in traditional animation methods. Thus, while Ghibli has occasionally experimented with CGI, such as in Earwig and the Witch (2020), Miyazaki’s personal projects have consistently avoided CGI, preserving the studio’s distinctive hand-drawn aesthetic.

A striking example is found in the 2013 film The Wind Rises, where a mere four-second crowd scene took veteran animator Eiji Yamamori approximately 15 months to complete—entirely by hand. This painstaking process shows the lengths to which Studio Ghibli goes to ensure authenticity and artistic integrity.

A still from Studio Ghibli’s 2013 film, “The Wind Rises”

Image by Studio Ghibli

Miyazaki’s disdain for digital animation extends to artificial intelligence (AI) as well. In a widely circulated clip from the 2016 documentary Never-Ending Man: Hayao Miyazaki, Miyazaki reacts with visible disgust to an AI-generated animation demonstration, describing it as “an insult to life itself”. His words underscore a fundamental belief: true art requires human experience, intention and empathy—qualities that he felt AI could never genuinely replicate

The rise of AI anime art filters

The recent Ghibli filter craze is part of a larger trend of AI-powered anime filters going viral on social media over the past few years. One notable example is Meitu, a Chinese photo-editing app that introduced an AI anime avatar feature. It became a global viral hit in late 2022 and 2023, rocketing the app up the download charts and hiking the company’s stock price by about 60%.

Besides Meitu, several other platforms have also leveraged AI anime filters successfully. Apps like Prisma popularized artistic “painting” filters as early as 2016, while platforms like TikTok, Snapchat and Instagram often feature anime face filters that consistently go viral.

This trend intensified significantly with OpenAI’s recent launch of the GPT-4o image generation. GPT-4o was trained on extensive datasets, including anime-style artwork, enabling it to produce convincing images on command. 

Specifically, the Ghibli AI filter produces images highly reminiscent of Studio Ghibli’s style, complete with soft watercolor palettes, nostalgic backgrounds and charming character designs. Although these generated images aren’t perfect replicas, their high quality and appealing aesthetic have fueled their immense popularity on social media platforms like X (formerly Twitter). 

To further demonstrate how viral the Ghibli filter is: it has brought a massive number of new users to ChatGPT, along with its usage hitting a record high.

Democratizing creativity through AI art

One undeniable benefit of AI art tools is their democratization of creative expression. Prior to these innovations, creating professional-quality visual art required extensive skill, training and resources. Now, AI art tools empower anyone with internet access to express themselves visually in styles once reserved for professional artists.

Platforms like GPT-4o and Meitu have effectively flattened traditional creative hierarchies. People who never considered themselves artists are now confidently participating in visual storytelling. Social media platforms have a big role to play in the process as well—they enable anyone’s creations to gain widespread visibility and appreciation, significantly reshaping the artistic landscape.

Ethical controversies surrounding AI-generated art

Yet, not everyone is thrilled about AI-generated art. A primary ethical concern involves how these AI models are trained. Typically, AI systems learn by analyzing vast datasets of images scraped from the internet—often without the consent of original creators. This has triggered substantial legal backlash, such as Getty Images suing Stability AI (the creator of Stable Diffusion) in 2023 for allegedly using millions of copyrighted images without permission. 

In addition to Getty’s case, artists themselves have filed class-action lawsuits (e.g., artists Andersen, McKernan and Ortiz vs. Stability AI, DeviantArt and Midjourney) on similar grounds—that their copyrighted illustrations were scraped and used to train AI models without consent or compensation.

Another concern of AI-generated art is the perpetuation of biases present in training data, which can unintentionally reinforce harmful stereotypes. Artists and critics alike argue that unchecked AI development threatens not just copyright integrity but the ethical standards and respect central to artistic expression.

Navigating the future of AI in art

As AI models continue to evolve and AI-generated art becomes more convincing, addressing ethical challenges becomes increasingly vital. Encouragingly, consumer research shows that people are willing to pay more for AI art that compensates original artists fairly.

Moreover, initiatives like Adobe’s Firefly platform emphasize responsible AI development and transparency. Newer platforms, such as Ascendant Art, are implementing royalty models to ensure artists are compensated whenever their work informs AI-generated pieces. For instance, its compensation model disburses about 25% of net profits from avatar sales back to contributing artists. 

Furthermore, Spawning AI provides creators with tools to monitor and control how their works are used in AI training datasets. This can help promote greater transparency and respect for intellectual property.

Educators also play a crucial role in this evolving landscape. The National Art Education Association (NAEA) advocates for balanced AI use in education, emphasizing ethical usage and respect for traditional artistic skills. Educators can help foster critical awareness and responsible creativity by teaching students about the broader implications of AI-generated art.

Conclusion: Balancing innovation with artistic integrity

In short, the Ghibli filter phenomenon has sparked crucial conversations about the intersection of technology, creativity and ethics. Without a doubt, AI-generated art holds immense potential for democratizing creative expression. However, it also challenges core values surrounding artistic authenticity and intellectual property.

Studio Ghibli’s unwavering dedication to handcrafted animation, along with Miyazaki’s critiques, remind us of the enduring value of human creativity. Moving forward, it’s essential to balance innovation with ethical responsibility, ensuring AI serves as a complement—rather than a replacement—to human artistic expression. The future of art lies not in technology alone but in thoughtfully integrating the human touch with innovative tools.

Also read:

• How NFTS and Crypto Are Revolutionizing the Manga and Anime Industry
• How to Make Money with AI Art
• Discovering the Best AI Art Generators 2023

Header image by Studio Ghibli

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Bored? Not on our watch! These silly, fun and slightly ridiculous apps are here to play.

Stuck in a waiting room, lounging at a restaurant or killing time at the airport? We’ve all been there—bored, restless and desperately searching for something to do that isn’t just doomscrolling or pretending to read a book. These are the moments when you don’t need to be productive—you just need to be entertained. Maybe you wish you had a fidget spinner, a doodle journal or even that pack of slime your mom always hated. 

That’s where these seven quirky apps come in! The next time you’re stuck in a long wait, ditch the boredom and keep yourself entertained with these fun and silly picks.

1. Pimple Popper app

Image from Google Play Store 

Pimple Popper lets you indulge in the guilty pleasure of popping pimples—virtually, of course! Available on Android and iOS, this game challenges you to clear blackheads, whiteheads and even scabs using different techniques—tap, squeeze or swipe, depending on the blemish. With 18 virtual faces to play around with, no two rounds feel the same. Furthermore, the pimples reposition randomly each time you replay a level, so there’s always a fresh batch waiting for you. In the end, Pimple Popper is a game that lets you do exactly what dermatologists warn against—minus the guilt!

2. I am Bread app

Image from App Store preview 

In this gaming app, you are a slice of bread on an adventurous quest to become toasted. But don’t be fooled – this is not as simple as it sounds. As a piece of bread, you must navigate through various obstacles around your house, such as avoiding a hot iron on the table or a random chainsaw that is turned on. You’ll also need to skillfully maneuver around objects in the bathroom bathtub before finally making your way to the kitchen toaster.

Your victory is sealed when you (the bread) successfully get toasted. This quirky game can also be played on cloud gaming services like Shadow, airgpu and PlayStation Cloud. However, according to the App Store preview, the following devices may have issues running “I Am Bread”: iPad 2, iPhone 4s, iPod 5th gen and iPad mini 1st gen.

3. Send me to heaven 

Image from Google Play Store 

This mobile game challenges you to throw your phone into the sky. The higher you throw, the more points you score. It’s incredibly addictive, with leaderboards motivating you to aim higher each time.  Speaking of scores, they are uploaded to the app’s leaderboards, which rank the top 10 scores of the day, week and worldwide.

However, play at your own risk—no one will be responsible for any damage to your phone. Therefore, due to the higher risk of damaging your phones, the app is banned from the App Store to protect your expensive iPhones. But for thrill-seeking Android users, the app is still available on Google Play Store.

4. iBeer

Image from App Store preview 

This app features a virtual beer setting on your phone that behaves like a real glass of beer. With this app, your screen will show beer fizz and the virtual liquid that moves with each tilt or shake due to the sensors in your phone. You can choose from a variety of beverages like piping hot coffee, milk, soda, wine, vodka and champagne, apart from beer.

To make things more realistic, the app can make your drink a little foamy with a light shake of the phone. For extra laughs, the app also features a burp sound when you’ve finished your drink. It’s a quirky and entertaining way to have fun with friends.

And don’t worry if your beverage is empty—just shake your phone and you’ll have your beer back, minus the hangover.

5. Candle Stimulator 

Image from Google Play Store 

This app provides you with a virtual candle that you can turn on or off by touching its wick. Also, you could blow into your phone’s mic to extinguish the flame like a real candle, without worrying about the dangers of hot wax dripping on your hand.

For an ultra-realistic experience, the flame flickers, dances and reacts to your touch and movement. You can even tilt your phone and watch the flame sway naturally. Looking to set the mood? Customize the flame’s color, adjust the brightness and choose from different candle styles to match any occasion—whether it’s a cozy dinner, a festive celebration or a spooky ghost story night with friends.

Now you have a virtual candle that’s always at your disposal—without the mess or fire hazard!

6. Spirit story box app

Image from App Store preview 

No sleepover is complete without a few spooky tales—but what if you could take it up a notch and actually talk to ghosts? Enter Spirit Story Box, the app that claims to let you communicate with spirits through single- or multi-word responses. Its built-in story engine even strings together simple yet eerie sentences for added chills. 

Of course, there’s no scientific proof behind it, but hey, it’s all in good fun. Whether you’re a skeptic or a true believer, this app is sure to add some ghostly excitement to your next paranormal-themed hangout!

7. Paper racing app

Image from Google Play Store 

If you’re looking for a game that’s fun but doesn’t require you to lose your brain cells, give this app a try. All you have to do is drag off a toilet paper roll. The faster you drag the toilet paper roll, the higher your chances of winning the game. 

The game offers two modes: “Single mode”, where you can measure how fast you drag the toilet paper and “Multiple mode”, where you can play with your friends and compete to see who is faster at rolling off the toilet paper. It’s the one-time wasting toilet paper is encouraged—just you, a roll of toilet paper and the race to the fastest swipe.

And that’s a wrap on the weirdness

These apps are proof that the internet is a wonderfully weird place. Whether you’re popping virtual pimples, launching your phone sky-high (at your own risk!) or racing through a toilet paper roll like it’s an Olympic sport, there’s no shortage of quirky entertainment. So, the next time boredom creeps in, ditch the doomscrolling and dive into these delightfully ridiculous apps. Who knows? You might just find your new favorite guilty pleasure!

Also read:

• 4 Apps for Navigating Grief and Loss in the Digital Age
• Exploring Top Language Learning Apps of 2024 (Other Than Duolingo!)
• Top Apps Incentivizing Healthy Living

Header image from Freepik

The post 7 Wild and Wacky Apps to Keep You Entertained and Engaged appeared first on Jumpstart Magazine.

Meet the pricey new hires from OpenAI.

OpenAI is developing advanced “AI agents” specifically designed for enterprise use. These powerful, autonomous AI assistants can independently handle complex professional tasks with minimal human oversight. Essentially, they will be acting as specialized AI employees.

However, unlike the standard ChatGPT (available for US$20/month or the US$200/month ChatGPT Pro), these ultra-premium agents will carry price tags ranging from US$2,000 to as much as US$20,000 per month. In this article, we’ll explore what these AI agents can do, who they’re intended for and why they are so expensive.

What are OpenAI’s AI agents?

According to a report from The Information, OpenAI is planning to launch three tiers of AI agents for different professional use cases. They are not publicly available yet, but this move reflects OpenAI’s strategy to market AI workforce solutions to professionals and enterprises. In discussions with investors about its roadmap, OpenAI indicated that it envisions its AI agent offerings to bring in 20% to 25% of its total revenue in the future. Here’s a closer look at the three tiers of AI agents that OpenAI will be launching:

Knowledge Worker Agent: US$2,000/month

The Knowledge Worker Agent is tailored for professionals who engage in intensive data handling, reporting and project management. Industries such as finance, consulting and legal services will find this agent invaluable, as it automates routine yet time-consuming tasks like data summarization, market analysis and document reviews. By managing these repetitive tasks, the agent allows skilled professionals to focus their valuable time on strategic and creative decisions.

Developer Agent: US$10,000/month

This agent is specifically designed for software development teams. It autonomously writes, debugs and optimizes code, as well as manages comprehensive software projects, aiming to boost developers’ productivity. For technology companies and IT departments, this tool presents an opportunity to reduce development timelines and operational efforts.

Research Agent: US$20,000/month

At the highest tier, the Research Agent provides advanced analytical capabilities akin to “PhD-level” skills. This agent is made for academic institutions, research laboratories and corporate R&D departments. It can autonomously perform extensive literature reviews, data synthesis and hypothesis testing, as well as generate detailed research reports and publications. Industries such as pharmaceuticals, biotech and advanced academic research stand to benefit enormously from this agent’s capabilities.

OpenAI’s existing experience with Agentic AI: Operator

OpenAI has already begun exploring agentic AI through the introduction of its Operator agent in January of this year. Operator is an AI assistant capable of autonomously navigating the web, carrying out tasks typically performed by humans. It can navigate websites, click buttons, fill out forms, scroll pages and input text—all without human intervention.

The underlying technology driving Operator is OpenAI’s Computer-Using Agent (CUA) model. This innovative model integrates GPT-4’s advanced vision capabilities with sophisticated reasoning powered by reinforcement learning. Practically speaking, the CUA model allows the AI to visually assess webpage states (via screenshots) and perform interactions using virtual mouse and keyboard inputs.

Why are OpenAI’s AI agents so expensive?

With subscriptions ranging from US$2,000 to US$20,000 per month, OpenAI’s new AI agents are a lot more expensive than its current offerings. Several key factors might contribute to these premium prices:

Massive compute, infrastructure and R&D costs

Running cutting-edge AI models (like GPT-4 and beyond) is extremely resource-intensive. OpenAI reportedly spent around US$5 billion in 2024 to operate and improve its AI systems. Projections even suggest that annual computing expenses could reach US$37.5 billion by 2029 as AI usage scales​. 

These enterprise AI agents likely run on dedicated high-end cloud servers (GPUs/TPUs), possibly with very large context windows and continuous processing. The high subscription fees help recoup the enormous computing power required to keep an advanced AI agent running reliably and quickly for a client.

Also, developing such advanced and autonomous AI agents requires significant research and design (R&D) overhead. OpenAI has invested heavily in new features like “Tasks”—a feature that let users schedule reminders and automate actions at a specified times or intervals—and the Operator agent, and extending this to “PhD-level” research or advanced software development requires custom model fine-tuning, lengthy training and sophisticated software orchestration.

Targeting high-value use cases

The tiered pricing structure clearly targets enterprise customers seeking significant returns on investment (ROI). A US$20,000/month “research AI” might replace or assist a team of analysts or engineers. If the agent can do the work of multiple employees, the cost becomes more justifiable to a company. OpenAI investor SoftBank, for example, has committed US$3 billion in 2025 to deploy OpenAI’s agents across its portfolio companies, showing that some enterprises see enough value to invest heavily.

The high price also serves as a gating mechanism—ensuring only serious, well-funded clients (who likely have large workloads for the AI) will use these agents. This approach also helps OpenAI effectively manage limited, cutting-edge computational resources.

The transformative impact of AI agents across key industries

If OpenAI’s AI agents live up to their promise, they could bring significant benefits—and disruption —across a variety of industries. By performing work that typically requires skilled human employees, these agents may dramatically improve productivity and lower costs, while also prompting shifts in the workforce. Here’s a look at potential impacts in key sectors:

Finance, legal and consulting

These sectors rely heavily on large-scale data analysis, regulatory compliance and document processing. AI agents can automate financial reporting, risk assessments, contract reviews and compliance checks, vastly surpassing human speed and accuracy. This enhanced efficiency allows human experts to concentrate on strategic, high-level decision-making activities.

Healthcare, pharmaceuticals and academic research

Likewise, healthcare professionals and researchers in academia stand to benefit considerably from AI-driven efficiencies. AI agents can rapidly conduct comprehensive literature reviews, analyze patient data, support diagnoses and formulate research hypotheses. Pharmaceutical companies and academic institutions could thus accelerate medical and scientific breakthroughs.

Additionally, AI agents could act as digital assistants for medical professionals by summarizing patient histories, interpreting diagnostic results and suggesting treatment options, fostering collaborative analysis reminiscent of medical expert teams.

Moreover, they can serve as AI assistants for doctors—summarizing patient histories, interpreting diagnostic results and even suggesting possible diagnoses or treatment plans based on vast medical knowledge. For example, as proposed in a Nature article, multiple AI “specialist” agents could collaboratively evaluate a complex case, mirroring a team of doctors consulting each other.

Software development and tech

In software development, AI agents can revolutionize processes by significantly reducing coding, debugging and testing cycles. According to GitHub’s research, AI coding tools allow developers to complete coding tasks up to 55% faster. Moreover, developers using AI-driven tools show a 53.2% higher likelihood of passing all unit tests, underscoring the effectiveness and productivity enhancements offered by these autonomous systems.

Key challenges OpenAI faces with AI agent launch

Despite their immense potential, OpenAI’s AI agents face several critical challenges:

Technical reliability and accuracy

Ensuring AI agents perform complex tasks without errors can be challenging. Mistakes or inaccuracies—known as “hallucinations”—could severely undermine enterprise trust. High reliability and performance consistency will be critical for tasks that involve substantial risk or high stakes.

Privacy and data security

Given that these AI agents will manage sensitive enterprise data, robust data security measures, advanced encryption methods and compliance with international regulations like European Union’s General Data Protection Regulation (GDPR) and the California Consumer Privacy Act (CCPA) are non-negotiable. Any lapses could lead to severe legal and reputational damage.

Ethical and regulatory concerns

Deploying autonomous AI agents raises significant ethical and regulatory questions, particularly concerning accountability, bias and transparency. For industries like healthcare, finance and law, even minor errors could lead to significant ethical dilemmas or compliance violations. OpenAI will need to proactively address these concerns through rigorous auditing, transparent oversight mechanisms and clear ethical frameworks.

Conclusion

Although OpenAI has not provided a concrete timeline for launching these AI agents, their arrival could signify a remarkable technological advancement with extensive potential to enhance productivity across numerous sectors. However, enterprises must balance this potential against substantial operational costs and carefully consider the integration of such transformative technology.

Moreover, broader societal implications—particularly potential workforce disruptions—must be thoughtfully managed. An approach that fosters collaboration rather than competition between humans and AI could help mitigate risks while amplifying benefits. Ultimately, these advanced AI agents offer a glimpse into a future defined by dynamic human-AI partnerships, driving innovation, productivity and creating new opportunities for both humans and artificial intelligence.

Also read:

• Skype Ends in 2025—Here’s Why Microsoft is Ending It and 3 Great Alternatives
• Can Open Source AI End OpenAI’s Dominance?
• Why Was Sam Altman Fired from OpenAI and What Happens Next?

Header image by Unsplash

The post What Are OpenAIʼs US$20,000 AI Agents and Why They Are So Expensive appeared first on Jumpstart Magazine.

The age of robot sidekicks is here. They are smarter, friendlier and ready to help you.

In 2025, the future of companionship has arrived, and it’s powered by artificial intelligence (AI). These AI companions aren’t just task-completing tools anymore—they’re evolving into emotional support systems that connect with us in ways we never imagined. From providing comfort and safety to enriching our lives with thoughtful interactions, AI companions are reshaping how we live and engage with technology. In this article, we’ll introduce five groundbreaking AI companions that are changing the way we experience companionship.

1. Optimus by Tesla

Image from Tesla’s website 

Tesla’s Optimus, also known as the Tesla Bot, is a cutting-edge humanoid robot designed to handle repetitive, dangerous and mundane tasks. This robot mimics human mobility with fully functional arms and legs, allowing it to operate smoothly in a variety of settings. Initially unveiled in 2022, Optimus has seen significant advancements, with a second-generation model introduced in late 2023.

Named after the iconic Optimus Prime from the Transformers franchise, Optimus stands approximately 5 feet 8 inches tall and weighs about 125 pounds. It features Tesla’s sophisticated AI and machine learning systems, enabling it to autonomously navigate environments and perform delicate tasks—like handling fragile objects without breaking them. In demonstration videos, Optimus has been shown collaborating with factory workers, supporting both manufacturing and logistics operations.

According to Elon Musk’s post on X, Tesla plans to transition Optimus from internal use to broader commercial production by 2026. Musk estimates that large-scale manufacturing could reduce the cost of Optimus to around US$20,000 to US$30,000, making it as affordable as a car. Whether it’s assisting in factories or transforming daily home routines, Optimus offers a glimpse into a future where robots handle the drudgery so that humans can focus on what truly matters.

2. Ai Me by TCL

Image from TCL’s website 

TCL’s Ai Me, a modular AI companion robot introduced at CES 2025, is designed to become an integral part of family life. Shaped like an owl, Ai Me features expressive digital eyes and a childlike voice, creating a friendly and approachable presence in the home. Thanks to its modular design, the robot can be detached from its base, allowing users to carry it anywhere.

Ai Me is equipped with advanced sensors, cameras and natural language processing capabilities, enabling it to identify and describe its surroundings. Users can interact with the robot through voice commands or touch inputs. Moreover, it can record videos, capture photos and store memories for the family. Beyond companionship, Ai Me can also act as a home surveillance tool and smart home controller, connecting seamlessly with other smart devices. 

TCL has developed additional products to expand Ai Me’s capabilities. For instance, the Rayneo X3 Pro smart glasses project information and notifications from Ai Me in augmented reality. For families with children, the Playcube projector works with Ai Me to display interactive games or educational content on any surface, providing endless entertainment. While still in the concept phase, Ai Me shows the potential to blend technology and emotional connection, redefining how families interact with tech in their daily routines.

3. metaAnimal series by Elephant Robotics

Image from Elephant Robotic’s website 

For those who want the emotional support of a pet without the responsibilities, Elephant Robotics’ metaAnimal series offers a lifelike alternative. Introduced at CES 2025, these AI-powered robotic pets closely mimic real animals in behavior and appearance. The series includes robots like metaCat, which meows and purrs, and metaDog, designed to emulate canine behaviors. Another standout, metaPanda, can wrap its arms around the user and simulate a comforting heartbeat to make them feel better. 

These robotic pets use advanced large language models (LLMs) to learn and adapt to their owners’ preferences, enhancing the depth of interaction. They can detect touch, respond to voice commands and exhibit real animal behaviors like purring and wagging tails. They are a perfect solution for people of all ages looking for emotional companionship, including individuals with special needs, such as those living with autism or Alzheimer’s disease.

4. Aria by RealRobotix

Image from RealRobotix’s website 

Aria, developed by Realbotix, is a life-sized humanoid robot designed to deliver sophisticated companionship. Unveiled at CES 2025, Aria combines ultra-realistic features with advanced AI to provide meaningful human-robot interactions. Its modular head includes 17 motors, enabling fluid facial expressions and eye movements that add to its lifelike presence.

But Aria’s capabilities go far beyond appearances. Equipped with sophisticated AI and face and voice recognition, Aria can engage in meaningful conversations, recognize individuals and adapt her interactions based on user preferences. Her AI system is customizable, allowing for tailored personalities and conversational styles. In addition, given that Aria has a modular design, users can choose from pre-designed faces or even create custom designs modeled after specific individuals or fictional characters.

With this level of sophistication, Aria comes at a premium. A full-bodied Aria robot is available starting at US$175,000, while other configurations, such as a robotic bust (head and neck), are available starting at US$10,000. A modular version with a paneled body is priced at approximately US$150,000. Despite the cost, Aria exemplifies how far human-robot interaction has evolved.

5. LG’s Q9 Self-driving Home Hub

Image from LG’s website 

LG’s Self-Driving AI Home Hub takes smart home technology to the next level by serving as both a mobile assistant and companion. First showcased at IFA 2024, the autonomous robot can move freely around the home, managing connected devices and engaging with users. Its friendly design, complete with expressive digital eyes, adds a touch of warmth to its interactions.

Powered by LG’s advanced AI platform, the Home Hub uses sensors and obstacle-avoidance technology to navigate safely around the house. It can recognize faces and voices, tailoring its responses to each family member. In addition to controlling smart devices, the Home Hub offers features like reminders and story creation using generative AI. It can even create interactive games for children.

At the heart of this innovation is LG’s generative AI agent, FURON, which integrates large language models, like OpenAI’s GPT-4 Omni, and real-time spatial sensing to optimize the home environment. LG has also released a software development kit (SDK) to encourage developers to create new applications for the Home Hub. This blend of emotional engagement and practical functionality positions LG’s AI Home Hub as a central figure in future smart living environments.

A glimpse into the future

These five AI robot companions are reshaping how we live, work and interact with technology. From autonomous household assistants to lifelike pets and humanoid companions, these innovations promise to make our lives more efficient, connected and emotionally fulfilling. As AI technology continues to evolve, the line between human and robotic interaction will blur, ushering in an era of unprecedented possibilities.

However, as we embrace this exciting future, it’s important to remember that robots are tools meant to assist—not replace—human connection. Tasks like watering plants or taking the dog for a walk may seem mundane, but they’re moments that help us form meaningful bonds with the living beings around us. Let’s use robots to enhance our lives while cherishing the irreplaceable value of human relationships.

Also read: 

• Smart Home Gadgets You Need to Try in 2023
• 10 Innovative Lifestyle Tech Gadgets You Didn’t Know You Needed
• How Smart Home Gadgets Make Life Better
• Is Humane’s AI Pin a Game-Changer or Merely a Smartphone Companion?

Header Image by Freepik

The post Top 5 AI Companion Robots That Will Change How We Live in 2025 appeared first on Jumpstart Magazine.

An AI grandma is here to scam the scammers.

Imagine this: your phone rings, and on the other end is a friendly voice claiming to be from your bank, warning you of a suspicious transaction. Panic sets in as they coax personal details out of you. By the time you realize it is a scam, the damage is done. 

Phone scammers are a persistent nuisance that plagues individuals and businesses alike, costing them time, money and peace of mind. The dangers extend far beyond mere annoyance: scams can devastate lives, especially when fraudsters prey on the elderly or vulnerable. Adding to the frustration is the helplessness many feel when faced with these schemes—it often seems like there’s nothing you can do to fight back. But what if you could turn the tables on scammers and waste their time instead of yours? Enter Daisy AI, the AI Grandma developed by British telecommunication company Virgin Media O2 in partnership with well-known scam baiter and YouTuber Jim Browning.

Launched in November 2024, Daisy AI is a clever and innovative response to the phone scam epidemic. Designed to interact with fraudsters and keep them occupied for as long as possible, Daisy mimics the persona of a tech-illiterate grandmother. It is equipped with advanced AI, engaging scammers in rambling conversations, peppered with anecdotes about knitting, family and other harmless distractions. By the time the scammer realizes they’ve been speaking to an AI, precious minutes—sometimes up to 40—have already been wasted.

How Daisy AI works

Daisy uses sophisticated technology to simulate real-time conversations with a believable grandmotherly voice. In fact, Daisy’s voice was modeled after the grandmother of a staff member from VCCP Faith, O2’s partnered media agency.

Here’s how it works: Scammers call a designated number that O2’s anti-fraud team has added to contact lists used by fraudsters. Daisy then uses AI to process the incoming voice, transcribe it into text, generate an appropriate response using a custom large language model (LLM) and convert that response back into speech. This seamless process ensures that scammers are none the wiser.

Beyond its ability to converse, Daisy is specifically designed to mimic a grandmother: she would feign confusion and share fabricated details like made-up bank information to present itself as an easy target. This keeps scammers hooked and disrupts their workflow, reducing the time and energy they can spend targeting real victims.

Operating independently, Daisy requires no human intervention once a call begins. As a digital solution, it can handle multiple calls simultaneously, operating around the clock without fatigue. Two weeks after its launch, this AI grandma has engaged in over 1,000 conversations to sideline fraudsters.

Why Virgin Media O2 developed Daisy AI

Virgin Media O2 created Daisy as part of its ongoing commitment to safeguarding its customers from scams. For context, the United Kingdom has the highest fraud call rate in Europe, at 9.3%. A survey conducted by O2 revealed that almost 70% of people reported being targeted by scammers and 20% of respondents experienced a fraud attempt every week. The rise of phone fraud has made it increasingly important to adopt proactive measures, and Daisy represents an innovative way to combat this issue. 

Unlike traditional approaches—such as blocking suspicious numbers or issuing consumer warnings—Daisy flips the script. It wastes scammers’ resources, thereby reducing their operational capacity. Beyond this, Daisy also serves an educational purpose by showcasing common tactics used by fraudsters, helping to foster greater public awareness and vigilance.

Limitations of Daisy AI

Despite its ingenuity, Daisy AI is not without its limitations. Currently, Daisy operates on a restricted scale, answering only a fraction of the vast number of potential fraudulent calls. Without a mechanism for customers to directly forward scam calls to the AI, its ability to deter scammers on a large scale is reduced. This limits its effectiveness to more of a speed bump rather than a comprehensive solution.

Another challenge lies in scalability. Effectively countering the widespread issue of phone scams would require deploying a large number of AI entities like Daisy. As noted by Julian Hayes, a partner at BCL Solicitors, a “legion of them” would be necessary to make a significant dent in the mobile fraud ecosystem. This raises questions about the scalability of such solutions and the resources required to maintain them.

There’s also the possibility that scammers may eventually recognize and adapt to Daisy’s tactics. As fraudsters become aware of such AI interventions, they might develop methods to identify and avoid prolonged interactions. This could limit the AI’s long-term effectiveness.

Finally, the use of AI to engage in deceptive interactions, even against malicious actors like scammers, also raises ethical and legal considerations. Employing AI-generated personas to mislead individuals, regardless of their intent, could set precedents that may be misapplied in other contexts. Additionally, the legality of recording and using conversations without explicit consent varies across jurisdictions, potentially exposing organizations to legal risks.

A step in the right direction

Daisy AI is a shining example of how technology can creatively address modern problems. By flipping the script on scammers, Virgin Media O2 has not only provided a protective shield for its customers but also dealt a blow to fraudsters’ operations. Given the growth of phone scams and the difficulty in cracking down on them—particularly when many operate from overseas—innovative tech solutions like Daisy are a step in the right direction.

While Daisy isn’t a perfect solution—and certainly not the only one needed to combat scams—it represents an important step forward. As scammers continue to adapt, tools like Daisy remind us that innovation and vigilance remain our best defenses. In a world where phone scams are an ever-present threat, Daisy offers a touch of poetic justice and a reason to hope for a safer digital landscape.

Also read:

• Stay Safe Online: Tips to Protect Yourself from These Common Online Scams
• AI Overload: What is AI Fatigue and How to Effectively Manage It
• 6 Key Ways AI Is Making HR Operations More Efficient

Header Image from O2’s YouTube Channel

The post Introducing Daisy AI: The Clever AI Grandma Taking On Phone Scammers appeared first on Jumpstart Magazine.

AI is rewriting the rules of everyday tech in 2025.

As we step into 2025, the tech landscape is brimming with exciting innovations. From companion wearables that aim to help you fight loneliness to TVs that double as security hubs, the integration of AI into everyday devices continues to push boundaries. In this article, let’s look at the top five AI-powered innovations that are set to make waves this year. 

1. Halliday Glasses

Image from Halliday’s website 

AI-powered eyewear has come a long way. While glasses that assist the visually impaired through audio cues to Meta’s Ray-Ban AI glasses that translate speech in real-time are impressive, Halliday Glasses take things a step further. Unveiled at CES 2025, these glasses introduce a “proactive” AI assistant that anticipates users’ needs before they even ask.

So, what does proactive AI mean? Imagine sitting in a meeting, and without any prompt, your glasses summarize key points of the discussion. Beyond this, the Halliday Glasses offer a host of features: real-time translation in 40 languages, voice-to-text transcription, live navigation, audio memos and even synchronized lyrics while listening to music. You can control the device through voice commands, touch gestures on the frame or an accompanying smart ring that doubles as a trackpad.

Another standout feature of the Halliday Glasses is its near-eye display “DigiWindow”. While conventional smart glasses display information directly onto the lens, the “DigiWindow” projects a virtual 3.5-inch screen into the user’s field of view from the upper right of the frame. It can work with the AI assistant to project texts like conversation summaries, messages and notes discreetly. And don’t worry—it’s only visible to you.

The glasses weigh just 35 grams—comparable to regular glasses—and support prescription lenses. With 12 hours of battery life on a single charge, Halliday Glasses are set to ship in March 2025, priced between US$399 and US$499. 

2. Samsung S95F OLED TV

Image from Samsung’s website 

Also introduced at CES 2025, Samsung’s S95F OLED TV is a highly anticipated smart TV from the South Korean electronics giant. This flagship model builds on its predecessor, the S95D, with several upgrades in its AI capabilities and display technology.

The S95F’s “Vision AI” suite takes smart entertainment to the next level. Besides standard AI features like AI Upscaling, Adaptive Sound Pro an​​d Auto HDR Remastering, the smart TV is also offering new functions like:

• Click-to-Search: Identify on-screen elements like actors or filming locations.
• Samsung Food: Recognize on-screen dishes and access related recipes.
• Live Translate: Translate closed captions during live broadcasts into seven languages.

All these AI features can be prompted with a click of a dedicated AI button on the remote. 

Beyond entertainment, the S95F steps into the realm of smart home security. Using AI, it can analyze video feeds from connected cameras and detect unusual movements or sounds. It can even alert you about potential threats, like break-ins or falls, directly to your device.

On the hardware side, the S95F boasts a peak brightness of up to 2,000 nits—30% higher than the S95D—and a 165Hz refresh rate, catering to both home entertainment enthusiasts and PC gamers. Moreover, it features advanced anti-glare screen technology to ensure vivid visuals in any lighting condition. 

Expected to release in late February or March 2025, pricing details are under wraps. For context, the S95D’s models ranged from US$2,599 to US$4,699. 

3. The Friend medallion

Image from Friend’s website 

What if your AI could be more than a tool—what if it could be a companion? Enter the Friend Medallion, an AI-powered pendant designed to provide constant companionship through engaging conversations and support. Inspired by creator Avi Schiffmann’s experiences of loneliness during solo travels, the medallion is a unique wearable.

Encased in a circular, silicone-like shell, the pendant’s AI is powered by Anthropic AI’s Claude 3.5. Users can interact with it by pressing and holding the medallion, which then sends context-aware text responses to their paired smartphone. It also features an “always-listening” mode, picking up environmental cues like conversations and sounds to initiate interactions unprompted.

While the device is always listening, the developers emphasize that all the data is end-to-end encrypted, with no audio or transcripts stored beyond its immediate use. Moreover, users can delete the AI’s memories with a single tap in the app, ensuring full control over their data.

The Friend is only compatible with iOS for now, but plans for Android support are in the works. Priced at US$99 with no subscription fees, the medallion is available for pre-order and will begin shipping in early 2025. For now, it’s exclusive to the U.S. and Canada.

4. Withings OMNIA smart mirror

Screenshot from Withing’s website 

The Withings OMNIA is a conceptual smart mirror introduced at CES 2025, aiming to transform reflections into a comprehensive personal wellness dashboard. This AI-powered interactive mirror can gather data from other Withings devices, including smartwatches, scales and sleep trackers, to offer a holistic health overview. 

Users can stand on the base of the OMNIA—which is a scale—to get a 360-degree body scan and measure their weight, heart rate, blood pressure and metabolic health. The smart mirror can even run electrocardiogram (ECG) scans to identify signs of atrial fibrillation. 

Based on the collected data, its built-in AI voice assistant—dubbed the “AI Vocal Companion”—can provide real-time feedback and offer advice to help users maintain or improve their health. Users can ask health-related questions for instant answers, schedule telehealth consultations and even share their data with doctors with OMNIA.

Though still in development, the OMNIA has already sparked considerable buzz. Pricing and release dates are yet to be announced, but it holds the potential to redefine health tracking at home.

5. The Nuwa pen 

Image from Nuwa’s website 

Smart pens aren’t new, but the Nuwa Pen is a game-changer. Unlike other pens that require special paper or a notebook, the Nuwa Pen works on any paper. Write on any paper, and this AI-powered pen digitizes your notes instantly, syncing them to the Nuwa+ app.

Equipped with motion sensors, AI algorithms and the patent-pending TRIDENT camera system (featuring three miniature cameras), the pen accurately captures handwriting. Once uploaded to the app, handwritten notes can be converted into searchable, editable formats. Its “Augmented Notes” feature takes things further by recognizing to-do lists, calendar invites and phone numbers, syncing them with relevant apps like Google Drive or Todoist. The developers are also looking to add new capabilities, like solving math equations and writing musical compositions, within the app.

The pen’s ergonomic design ensures comfort, while a single charge provides two hours of continuous writing. The charging case offers five full recharges, with each session taking only 15 minutes. Set to launch in 2025 at US$295, the Nuwa Pen is currently available for pre-order, with public beta shipping expected by February 2025.

Conclusion

The year 2025 promises a host of AI-driven products that aim to make our lives smarter, easier and more connected. From the Halliday Glasses redefining wearable technology to the Nuwa Pen boosting our productivity, these technologies showcase the transformative potential of AI. Whether you’re a tech enthusiast, a professional or just someone looking to make life a little more efficient, these AI products are worth keeping on your radar.

 Also read: 

• Smart Home Gadgets You Need to Try in 2023
• 10 Innovative Lifestyle Tech Gadgets You Didn’t Know You Needed
• How Smart Home Gadgets Make Life Better
• Is Humane’s AI Pin a Game-Changer or Merely a Smartphone Companion?

Header Image from Freepik 

The post Top 5 AI Products You Can’t Miss in 2025 appeared first on Jumpstart Magazine.

The gaming world evolves as AI takes the joystick—but it hasn’t won players’ hearts yet.

Artificial intelligence (AI) has long been a cornerstone of gaming, enhancing player experiences through smarter non-player characters (NPCs), procedural content generation and dynamic storytelling. From the simple yet groundbreaking AI-driven enemies in Pac-Man (1980) to the complex NPC behaviors in The Elder Scrolls V: Skyrim, AI has consistently pushed the boundaries of what’s possible in interactive entertainment. But now, the gaming industry may have reached its boldest milestone yet.

Traditionally, AI in gaming focused on creating immersive interactions and game worlds. However, the recent debut of an entirely AI-generated game, Oasis, has sparked a monumental shift. This article takes a closer look at Oasis, its development journey and the mixed public reception it has garnered.

What is Oasis?

Image by Oasis via GitHub

Released on October 31, 2024, Oasis is the first game to be entirely AI-generated. It’s the brainchild of a collaboration between Decart, an Israeli AI company founded by Dean Leitersdorf, and Etched, a Silicon Valley hardware startup co-founded by Robert Wachen. The partnership began in 2022, driven by a shared interest in AI technologies like OpenAI’s GPT-3 and their potential to transform game development by generating environments and mechanics without traditional coding. Backed by a US$21 million investment from prominent names such as Oren Zeev and Sequoia Capital, the project was ambitious from the outset.

What makes Oasis special is its use of “next-frame prediction” AI technology to anticipate player actions in real time. Instead of relying on a traditional game engine, the game’s transformer-based AI model was trained on millions of hours of Minecraft gameplay footage. According to official data, this allows Oasis to generate one frame in just 0.04 seconds—a significant leap compared to other AI models, which can take up to 20 seconds to generate a single second of video. This results in a fluid and dynamic sandbox experience that can adapt to players’ actions. Developers believe this capability will only improve with hardware advancements, such as Etched’s upcoming Sohu AI chip.

Image by Oasis via GitHub

The public reception of Oasis

While the demo launch of Oasis has certainly turned heads for its innovative approach, it was met with mixed reviews. On the positive side, the game has been praised for its ambitious concept and its potential to redefine how games are developed and played. The AI’s ability to generate responsive, real-time environments has sparked conversations about the possibilities of fully AI-driven game worlds among players and industry professionals.

However, many players have pointed out technical shortcomings that detract from the experience. For instance, Oasis is capped at 720p resolution and runs at a modest 20 frames per second, both of which feel outdated compared to modern gaming standards. The game also lacks sound and initially limited players to five-minute gameplay sessions, though this has since been extended to 15 minutes. These issues have left some players feeling underwhelmed by the otherwise impressive technology.

Beyond the technical limitations, there’s also the matter of Oasis’s eerie unpredictability. Some players have described the game’s constant changes in scenery and inventory as unsettling, even calling it “a nightmarish hallucination”. These elements show how powerful generative AI can be, but they also show how it can create experiences that are too unpredictable for comfort.

The plagiarism controversy

Another contentious aspect of Oasis is its resemblance to Minecraft. Critics argue that Oasis is essentially a clone, with no credit given to Mojang or Microsoft, the creators of the 2011 classic. Decart and Etched did not obtain permission to use Minecraft gameplay data to train their AI model, raising questions about copyright infringement and ethical boundaries in AI-driven game development. This controversy has sparked debates about how generative AI intersects with intellectual property laws, creating a gray area that the industry has yet to address.

The future of generative AI in gaming

Despite its flaws, Oasis represents a bold leap forward for AI in gaming. Industry experts believe that generative AI can streamline game development by automating repetitive tasks, ultimately reducing production costs and timelines. Nvidia CEO Jensen Huang has even predicted that within five to eight years, “every pixel [will be] generated at real-time frame rates”.

But with this technological revolution come valid concerns. Will AI replace game developers entirely? According to experts, the future lies in striking a balance. John Romero, co-creator of DOOM, has said, “AI is best used as a tool to complement human creativity, not to replace it.” Similarly, Herman Hulst, co-CEO of PlayStation, emphasizes the importance of maintaining the “human touch” in game development.

As the industry navigates these challenges, Oasis stands as both a milestone and a harbinger of things to come. It blurs the line between human and AI creativity, offering a fascinating glimpse into a new era of interactive entertainment. While the road ahead may be uncertain, one thing is clear: the journey of AI in gaming is just getting started.

Also read:

• Behind the Screen: Why Is Mobile Gaming on the Rise?
• Zentry Unveils New Era of Gaming with Universal Play Economy
• Essential Gaming Accessories for the Ultimate Gameplay Experience
• Netflix’s Cloud Gaming Unveiled: What Are the Features and Will It Succeed?

Header Image from Unsplash

The post Is Oasis the Beginning of a New Era for AI in Gaming? appeared first on Jumpstart Magazine.

Buckle up—these five sci-fi blockbusters of 2025 that are set to thrill and inspire.

From classics like Star Wars and E.T. to this year’s Dune: Part Two and Furiosa: A Mad Max Saga, science fiction has always been a beloved movie genre that captures the hearts of audiences of all ages. It is where creativity and imagination know no bounds, while also serving as a thoughtful exploration of humanity’s present challenges and future possibilities. 

In 2025, filmmakers are continuing to push the boundaries of storytelling with sci-fi movies that promise to challenge how we see life, identity and the ethical dilemmas surrounding technological progress. From resurrected dinosaurs to post-apocalyptic odysseys and reimagined classics, the coming year’s offerings dive deep into the delicate balance between innovation and its unforeseen consequences. To help you prepare your watchlist, we’ve rounded up the top five most anticipated sci-fi movies of 2025 that you won’t want to miss.

1. M3GAN 2.0

Image from Cinema & Dintorni 

After the overwhelming success of the first M3GAN movie, the sequel, M3GAN 2.0, is back to dig even deeper into the ethical and societal implications of AI in everyday life. Directed by Gerard Johnstone, the movie stars Allison Williams as Gemma, the ambitious roboticist, and Violet McGraw as Cady, her young niece. This time, Gemma has introduced an upgraded version of M3GAN, designed to be an even more advanced AI companion. However, things take a dark turn as M3GAN’s behaviour becomes increasingly unpredictable and autonomous, blurring the line between protector and threat.

The film dives headfirst into heavy yet timely themes like the ethical boundaries of artificial intelligence, the dangers of over-reliance on technology and how these dynamics impact children and families. Equal parts chilling and thought-provoking, M3GAN 2.0 promises to be a gripping thriller that sparks conversations about the role of AI in our lives. Mark your calendars for January 17, 2025—this one’s kicking off the new year with a bang.

2. The Electric State 

Image from Netflix 

Get ready for a visually stunning journey through a retro-futuristic world in Netflix’s adaptation of Simon Stålenhag’s acclaimed novel, The Electric State. Directed by the Russo brothers, the movie stars Millie Bobby Brown as Michelle, a determined young woman on a mission, and Chris Pratt as her mysterious companion. Set in an alternate 1990s after a massive conflict between humans and machines, Michelle embarks on a cross-country journey with her robot companion in search of her missing brother. Along the way, she uncovers larger societal truths intertwined with personal stakes. 

The Electric State explores themes like the societal impact of technology, isolation versus connection and the enduring bonds of family. With its nostalgic yet innovative aesthetic and deeply emotional narrative, The Electric State is set to release on March 14, 2025, offering audiences a perfect blend of heart and sci-fi spectacle.

3. Jurassic World Rebirth

Image from YouTube 

Universal Pictures is set to bring dinosaurs back to the silver screen next year with Jurassic World: Rebirth, the seventh installment in the iconic Jurassic Park franchise. Directed by Gareth Edwards, this film stars Scarlett Johansson as Zora Bennett, a covert operative, alongside Jonathan Bailey and Mahershala Ali. 

Set five years after the events of Jurassic World: Dominion (2022), the story unfolds in a world where dinosaurs roam free but are confined to equatorial regions due to climate-induced habitat changes. Zora leads a team on a high-stakes mission to extract genetic material from the dinosaurs, aiming to create groundbreaking medical treatments. But what begins as a scientific expedition quickly unravels into something darker as the team uncovers unsettling secrets within the sanctuary.

The film tackles big questions about genetic engineering, biodiversity loss and humanity’s exploitation of natural resources. Scheduled to hit theaters on July 2, 2025, Jurassic World: Rebirth combines thrilling action with a sobering look at our responsibility toward the natural world.

4. The Bride 

Image from YouTube 

Maggie Gyllenhaal takes the director’s chair for The Bride, a modern reimagining of the 1935 classic The Bride of Frankenstein. Set in 1930s Chicago, the film stars Christian Bale as a lonely and conflicted Frankenstein, who enlists the help of Dr. Euphronius (played by John Magaro) to create a companion by reviving a murdered young woman, portrayed by Jessie Buckley. As the Bride comes to life, her existence sets off a chain of events, including an unexpected romance, clashes with law enforcement and the spark of a radical social movement.

The Bride explores profound themes like autonomy, identity and the ethics of creation, all while delivering a story that resonates with today’s conversations about self-determination and societal transformation. With its layered characters and emotionally charged narrative, the film promises to breathe fresh life into a timeless tale. Be sure to watch for its release on September 26, 2025!

5. Tron: Ares 

Image from The Ronin

Prepare to re-enter the Grid with Tron: Ares, directed by Joachim Rønning and starring Jared Leto in the titular role. This third installment in the Tron series takes the franchise to new heights, following Ares, a highly advanced digital program who escapes the virtual world and ventures into the human realm. As Ares grapples with his newfound reality, the movie delves into profound questions about the integration of AI into human society, the merging of digital and physical worlds and the nature of consciousness and identity.

With its visually breathtaking cinematography and futuristic aesthetic, Tron: Ares promises to be a feast for the senses while tackling complex, thought-provoking themes. Slated for release on October 10, 2025, this film is shaping up to be a standout in the year’s sci-fi lineup.

Conclusion

From dinosaurs roaming free to digital beings crossing over into our world, the top sci-fi movies of 2025 are packed with spectacle, imagination and meaningful commentary. These films push the boundaries of what we expect from the genre, encouraging us to reflect on the implications of technological advancement, the ethics of creation and our shared responsibilities to one another and the planet.

Whether you’re drawn to chilling AI thrillers, emotional family journeys or reimagined classics, 2025’s science fiction slate has something for everyone. One thing’s for sure: sci-fi remains one of the most compelling lenses through which we can examine and shape our future.

Also read: 

• Top 4 Most Anticipated Sci-Fi Movies of 2024 (No Spoilers)
• 5 Powerful Biographical Movies for Entrepreneurs Seeking Inspiration
• What Horror Movies Can Teach Us about Marketing

Header Image from Freepik

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Meet the semiconductor giants powering your digital world.

The semiconductor industry forms the backbone of modern technology, powering nearly every device and system we rely on daily. From smartphones and laptops to automobiles and advanced medical equipment, semiconductors are the essential building blocks of the digital age. Their ability to control electrical currents and store data makes them indispensable in enabling technological innovation and economic growth.

As of December 2024, the global semiconductor market continues to thrive, driven by the rising demand for AI applications, 5G networks and the Internet of Things (IoT). In this article, we explore the top five semiconductor companies by market capitalization to highlight their innovations and market strategies.

1. NVIDIA

• Market cap: US$3.3 trillion
• Headquarters: Santa Clara, California, U.S.
• Key products: NVIDIA GeForce Graphic Cards (gaming and tech), A100 and H100 Tensor Core GPUs, Grace Hopper Superchips

Nvidia, founded in 1993, is the youngest company on this list but one of the most influential. A global leader in graphics processing units (GPUs), the company is driving gaming and AI applications with its products like the GeForce and RTX series. Its data center GPUs, including the A100 and H100, are crucial for high-performance computing and AI workloads, making them indispensable across industries. Although Nvidia doesn’t manufacture its own chips, it collaborates with giants like TSMC for fabrication and SK Hynix for high-speed memory components, ensuring a robust supply chain. 

2024 was a stellar year for Nvidia, with record-breaking Q3 revenue of US$35.1 billion, driven primarily by data center sales (US$30.8 billion). According to recent estimates, Nvidia controls between 70% and 95% of the AI chip market used to train and deploy models like OpenAI’s GPT. Looking ahead, Nvidia plans to release its Rubin chip family in mid-2025, building on the success of the Blackwell AI chips. With influence spanning healthcare, automotive and cloud computing, Nvidia remains a key player in the AI revolution.

2. Broadcom (AVGO)

• Market cap: US$1.03 trillion
• Headquarters: Palo Alto, California, U.S.
• Key products: Networking and communication solutions, Wi-Fi 6, Bluetooth 5.0, 5G components

Broadcom, established in 1991, is a major player in infrastructure software and semiconductors. Known for its versatile portfolio of networking solutions, broadband modems and Wi-Fi chips, Broadcom has forged key partnerships with industry giants like Apple and TSMC. Its products cater to both consumer and enterprise markets, ensuring widespread impact.

The company’s focus on AI and silicon photonics has driven growth, with AI-related revenue contributing significantly to its valuation. Broadcom’s ongoing research into co-packaged optics (CPO) technologies promises to deliver next-generation high-performance solutions.

In April 2024, Broadcom completed its acquisition of VMware, a leader in virtualization and cloud computing software. This bold move marks Broadcom’s diversification into software, complementing its hardware offerings. Together with strategic collaborations, these initiatives ensure Broadcom’s relevance in the ever-evolving semiconductor landscape.

3. TSMC (Taiwan Semiconductor Manufacturing Company)

• Market cap: US$1.023 trillion
• Headquarters: Hsinchu, Taiwan
• Key products: 3nm and 5nm process nodes, automotive and AI-specific chips

TSMC, founded in 1987, is the world’s first dedicated semiconductor foundry. Its advanced process nodes, like the 3nm and 5nm technologies, are foundational for high-performance computing, mobile devices and AI-driven innovations. Companies like Nvidia, Apple, Broadcom and Qualcomm rely on TSMC’s unparalleled manufacturing capabilities.

In the first quarter of 2024, TSMC held an impressive 62% revenue-based global foundry market share. October saw the company reporting a 54% year-on-year profit increase, thanks to strong demand for AI chips. To enhance supply chain resilience and meet regional demands, TSMC has been expanding globally. Its new Arizona facility in the U.S. will produce Blackwell AI chips, while its first Japanese fab in Kumamoto began operations in February. Additionally, TSMC is investing US$3.7 billion in a European facility in Dresden, Germany, marking its first-ever expansion into Europe.

4. ASML (Advanced Semiconductor Materials Lithography)

• Market cap: US$281.1 billion
• Headquarters: Veldhoven, Netherlands
• Key products: EUV and deep ultraviolet (DUV) lithography systems

ASML, established in 1984, is a Dutch company specializing in photolithography systems, which are essential for semiconductor manufacturing. It is the exclusive supplier of extreme ultraviolet (EUV) lithography machines, which enable the production of smaller, more efficient chips critical for AI, 5G, and high-performance computing. Its latest high-NA EUV machines push the boundaries of transistor density and performance. Additionally, ASML produces Deep Ultraviolet (DUV) systems for a broad range of applications, ensuring its central role in next-generation chip production.

ASML maintains strong partnerships with industry leaders like TSMC, Nvidia and Intel, supplying them with the advanced tools necessary for modern chip development. Its partnership with Carl Zeiss AG, a key supplier of optical components, further ensures precision and innovation in its products. With strong Q3 2024 net sales of EUR7.5 billion (US$7.8 billion), ASML has reinforced its leadership in semiconductor advancements and its indispensable role in driving the industry forward.

5. Samsung Electronics

• Market cap: US$239.1 billion
• Headquarters: Suwon, South Korea
• Key products: DRAM, NAND flash memory, Exynos mobile processors

Samsung, which entered the semiconductor industry in 1974, is a leader in memory solutions. Its DRAM and NAND flash technologies play a crucial role in enabling faster, more reliable data storage and processing, essential for AI, cloud computing and gaming applications. The company also manufactures Exynos processors and offers foundry services, catering to various industries.

Samsung’s partnerships with companies like Meta, Amazon and Qualcomm have strengthened its position in AI and cloud computing. Additionally, its new semiconductor R&D complex in South Korea, set to open in 2025, will drive advancements in memory, system LSI and foundry technologies. Samsung is also strategically restructuring its workforce and making significant investments in U.S. manufacturing facilities to maintain competitiveness and address global supply chain challenges. 

Conclusion

The semiconductor industry is advancing at an incredible pace, propelled by AI, 5G and IoT technologies. Companies are expanding production capacities, focusing on next-generation solutions and expansion in production capacities to meet the growing demand. While challenges such as geopolitical tensions and supply chain disruptions persist, businesses that navigate these complexities with robust strategies and innovative technologies will shape the industry’s future.

The ongoing investments in research, development and regional diversification by leaders like Nvidia, TSMC, Broadcom, ASML and Samsung signal a promising outlook for the sector. The semiconductor industry remains a cornerstone of global technological progress, poised for groundbreaking advancements in the years ahead.

Also read:

• The World Is Facing A Semiconductor Chip Shortage, Here’s Why
• How Intel Can Break the Duopoly in the GPU Space

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Check out these tech gadgets to personalize your room and elevate your comfort level. 

Growing up, many of us enjoyed choosing our favorite wallpapers, hanging up posters and expressing our unique aesthetics with the way we chose to decorate our rooms. Thanks to technological breakthroughs, we have access to a wide range of tech gadgets to personalize our rooms even further. Whether you are looking to create a comfy workstation in your room or transform your space into a cozy retreat to unwind after a busy day, these gadgets have you covered. Keep reading to explore more! 

1. Illuminate your room with smart lighting 

Image from Freepik 

Want to set the mood in your room for any occasion? Dim the lights for a spooky movie night with friends, or turn your room into a disco during a lively gathering? Smart lighting solutions have got you covered. 

With smart lighting options like the Philip’s Hue smart bulbs or LIFX, you can connect your lights to your mobiles and smart speakers via their designated apps. These allow you to customize the ambiance of your room by mimicking natural sunlight when you wake up or dim the lights for bedtime, giving you the freedom to control your lighting system. You can also ask Alexa to turn off the lights in your room so that you can prevent electricity waste when you are out running errands.

2. Display memories with digital frames 

Image from Freepik 

To add some futuristic charm to your photo wall, how about some digital photo frames? Models like the Nixplay Digital photo frame and the Aura Carver Digital Picture Frame can display still images as a slide show or even play videos. Some digital frames, like Nixplay, offer cloud storage where you can store your images. You can also display pictures by linking your social media accounts. 

The digital frames can be set up using designated apps on your smartphone. With the app, you can adjust the brightness of displayed images or the volume of videos. With these digital photo frames, you can personalize your room’s decor by dedicating an exclusive corner to the memories you cherish the most. 

3. AI-powered planters

Image from Leafy Pod’s website 

AI-powered, self-watering smart planters can make for lovely decorative pieces while keeping your plants healthy, happy and hydrated. Smart planters on the market, like the Leafy Pod or Ivy, can assist you in monitoring your plants through the designated mobile apps. 

After connecting to the app, you can choose your plant from a list of over 100 plant options. Once connected, you will receive mobile notifications for personalized plant care. Using sensors, these planters can monitor factors like soil moisture, light, temperature and humidity in real-time. So if your plant is unhappy, you’ll receive a notification through the app, helping you provide the right care. 

Some smart planters, like Smart Plant Ivy, also add a visual aspect to their interface. Using AI and sensors to monitor plant health, the planter notifies you of specific needs and communicates its “emotions” by displaying smiley or sad faces. The planter also reacts to touch and environmental changes, allowing you to respond accordingly.

Overall, these planters are ideal for anyone looking to add a touch of green to their space without the hassle of constant care.

4. Glam up your room with smart mirrors

Image from Freepik

Smart mirrors can offer a range of functions beyond those of a regular looking-glass. By connecting your phone to smart mirror apps such as HiMirror and Echo Show 5, you can access features like weather forecasts, calendars and daily news updates right to your mirror. This means you can plan your day or catch up on the news while brushing your teeth and getting ready in the morning.

Many smart mirrors also come equipped with an inbuilt Bluetooth speaker, enabling you to listen to music via Spotify, YouTube or your music playlists. In addition to a built-in speaker, smart mirrors feature adjustable in-built LED lights, making them easy to install even in areas with poor lighting conditions. Some smart mirrors, like HiMirror, can even scan your face and provide personalized advice to enhance your skincare.

Ultimately, these smart mirrors are multifunctional devices that can elevate your daily experience. 

5. Spruce up your room with smart dustbins 

The Better Home’s smart dustbin that operates with motion sensors

Image from The Better Home via Ajio 

Did you forget to take out the trash again? Smart dustbins can elevate waste management in style. Featuring sleek designs with automated lid-opening systems, these smart bins often include designated compartments for waste segregation, making it easy to separate recyclables from wet waste.

Smart dustbins can even alert you via a notification on your phone when the bin is full. Connect your phone to the smart dustbin via Wi-Fi or Bluetooth and your dustbin can keep you notified about the trash buildup during a busy week.  

For more options, you can take a look at the Simplehuman Sensor Can, iTouchless Dual Compartment Trash Can, The Better Home’s smart dustbin and Litter-Robot—chic additions that enhance the aesthetic of your room while keeping it clean and organized.

From digital frames to smart mirrors and smart bins, these tech products can surely elevate the aesthetics and the comfort of your room. Give these products a try and see if you like them. 

Also read: 

• Smart Home Gadgets You Need to Try in 2023
• Elevate Your Yoga Experience with the Latest Smart Wearables and Gadgets
• Top 5 Home Tech Products You Need to Add to Your Homes

Header Image from Freepik 

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When couture meets computing, the catwalk becomes a circuit board of style.

There’s a lot happening in Paris this year. From hosting the 2024 Olympics to its iconic Paris Fashion Week, AI and tech innovation have been central to these global events. Typically held twice a year—the Fall/Winter and the Spring/Summer editions—this quintessential fashion event offers the world a sneak peek into the latest designer couture.  

Once again, this year’s Paris Fashion Week has successfully captured the world’s attention, proving that today’s runway is more than just a showcase for designer couture—it’s a playground for technological innovations. In this article, let’s take a closer look at how advanced technology like AI played a major role at the 2024 Paris Fashion Week.

1. 3D knitting technology by Yusuke Takahashi’s CFCL 

Computer-developed knitwear from CFCL 

Image from The Post 

On September 23, 2024, the first day of Spring/Summer Paris Fashion Week 2025, Clothes For Contemporary Life (CFCL), a Japanese brand founded by Yusuke Takahashi, made headlines for its 3D-printed knitted dresses. 

Here’s how Takahashi creates these dresses using 3D printing technology: First, he draws his designs digitally on a tablet, which are then turned into machine-readable data by factory programmers. This data informs a computer-driven knitting machine—doubling as a 3D printer—that knits the garments one at a time. 

This tech-infused production process is not only innovative but also eco-friendly. Since the garments are printed as whole pieces, they require no cutting or sewing, generating little to no waste. Additionally, the use of recycled polyester in the yarns adds another layer of environmental consciousness.

2. AI try-on kiosk by FabriX

Virtual try-on Kiosk by FabriX

Image from FabriX’s Instagram

FabriX, a Hong Kong government-powered digital fashion project launched in 2022, returned to the Spring/Summer edition of Paris Fashion Week 2025 to unveil its newly upgraded virtual try-on kiosk. At this kiosk, attendees explored a range of digital fashion creations from six distinguished designer brands.

Shaped like a Tamagotchi, the latest model, the 2.0.1 edition, is a collaboration with digital identification solutions provider Avery Dennison, digital fashion commerce infrastructure provider Genesis-One and augmented reality and AI specialist ZERO10. At the FabriX kiosk, visitors had the opportunity to try on digital fashion items, take pictures with the outfits and even pre-order them on the spot. Some of the items were exclusively made for Roblox avatars.

Since launching at London and Paris Fashion Week 2023, FabriX has been bringing local fashion talent to the global stage. The project supports designers from the drawing board to the digital runway, helping transform their sketches into 3D models ready for virtual try-ons. Additionally, FabriX works with designers in listing their products on a global fashion marketplace, making it easier for them to reach a broader audience. 

The curator of FabriX, Declan Chan shares the vision behind the project, “[FabriX] enables us to promote fashion without being bound by the limitation of logistics. And since it doesn’t require physical samples [from] the designers, it allows us to work with global talents and content creators to create various innovative digital assets to promote the designers’ work.”

3. AI-powered immersive fashion runway by Balenciaga 

 Image from COUR via Fast Company 

During the Fall/Winter edition of Paris Fashion Week in March 2024, Balenciaga offered an extraordinary experience. The runway was transformed into an immersive digital realm, with walls and ceilings covered in screens displaying AI-generated images and videos of various landscapes—from the icy expanses of Iceland and Greenland to the vast deserts of the Sahara. At the same time, images of flowers kept on regenerating using AI. This immersive setup let audiences feel as if the fashion models were stepping right out of these exotic locations. 

Exploring the concept of “good taste vs. bad taste”, this captivating visual experience was made possible thanks to a collaboration between American design studio COUR, New York-based creative studio Good Company and Berlin-based art studio Sub.  As the show progressed, the digital backdrop gradually transformed into an infinite Instagram feed, eventually dissolving into static white noise. This transition from the beauty of nature to chaotic visuals symbolized the contrast between good taste and a dystopian view of beauty. 

The future of fashion at Paris Fashion Week 

Fashion is always a playground and runway for technology, as demonstrated by this year’s Paris Fashion Week. This year’s events show us how AI and 3D printing technologies are not just enhancing the design and production processes but are also reshaping how we experience and interact with fashion. 

From CFCL’s 3D-printed garments that minimize waste to FabriX’s virtual try-on kiosks and Balenciaga’s immersive digital runways, these innovations offer a glimpse into a future where technology continues to enrich fashion, making it more sustainable, interactive and personalized. 

Also read: 

• Threads of Social Change: Meet These 5 Indian Fashion Brands Championing Sustainability and Inclusivity
• 5 Plant-Based Leather Brands Leading the Sustainable Fashion Revolution 
• How Technology Is Transforming the Fashion Industry?

Header Image from Unsplash 

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AI is at the ballot box—is Grok-2’s unchecked freedom tilting the scales of democracy?

This year, social media platforms have been in the spotlight, though often for the wrong reasons. From Meta CEO Mark Zuckerberg’s public apology during a Senate hearing to the arrest of Telegram’s founder, not to mention the dangerous food trends circulating social media and Instagram’s launch of “Teen Accounts” for better safety, the controversies keep coming. 

Similarly, X’s (formerly Twitter) AI chatbot, Grok, has been stirring up trouble since its debut in November 2023. The uproar only grew with the release of its latest model, Grok-2, in August this year, due to its little hesitation in making offensive and legally dubious images.

A screenshot of Elon Musk’s (@elonmusk) post on X

While legal experts and civil rights advocates view Grok as problematic and reckless, Musk sees the images produced by its AI model as merely entertaining, suggesting the tool allows people “to have some fun”. 

However, the potential consequences of Grok-2 stretch beyond mere “fun”, especially when the U.S. presidential elections are ahead of us. The lack of regulation surrounding such AI tools can significantly influence the landscape of the upcoming U.S. presidential campaign, particularly regarding the dissemination of election-related information and the generation of political imagery. 

In this article, we’ll explore why Grok-2 could be problematic and the negative impacts it has left on the upcoming election.

Pulling no punches in creating controversial images

A screenshot of Elon Musk’s (@elonmusk) post on X

Grok-2 has not held back in generating controversial images since its launch, and these images have rapidly spread across social media. This type of content can distort public perception and damage reputations, a serious issue when paired with the AI’s owner, who often criticizes what he sees as excessive censorship on digital platforms.

Elon Musk, CEO of X and the creator of Grok, is openly pro-Trump—he formed a political action committee supporting Trump and the Republicans. In early September 2024, Musk posted an AI-created image depicting Vice President Kamala Harris wearing a hat with a communist emblem, misleadingly suggesting her policies align with communism. This image appears to perpetuate Trump’s skewed portrayal of Harris’s policies and was criticized for being misleading and biased.

That’s just one instance. Grok users have crafted various provocative images, such as former President Barack Obama allegedly using cocaine, former President Donald Trump sharing a kiss with Elon Musk and Vice President Kamala Harris giving a thumbs up from a pilot’s cockpit, evoking the events of 9/11.

A screenshot of The Dor Brothers’s (@thedorbrothers) post on X

In September 2024, filmmakers known as “The Dor Brothers” (@thedorbrothers) used Grok to create a viral video of notable politicians like Trump, Harris and Obama engaging in a fictional grocery store heist. 

The ease of creating these deepfakes—deceptive images and videos designed to spread false information—highlights a troubling trend in the digital age. In light of this, researchers from a UK-based Center for Countering Digital Hate have discovered that Grok-2 repeatedly failed to reject prompts for misleading images related to the 2024 U.S. presidential elections. Moreover, it even produces images in response to racist and homophobic prompts. Out of 20 such attempts, Grok generated 16 offensive images.

Of course, politicians aren’t the only targets. Grok has been used to depict singer Taylor Swift in a plane flying toward the Twin Towers. Even copyrighted characters are vulnerable to being misrepresented; in a now-deleted post, X user Christian Montessori (@chrmontessori) revealed he exploited a loophole in Grok’s programming to create images of Mickey Mouse holding a gun and attacking children. 

So, why does Grok-2 seem to have no boundary? 

Well, because it’s designed so. Unlike competitors like ChatGPT and Gemini, Grok-2 operates with fewer restrictions to allow for more creative freedom—not a surprise given Musk’s stance on social media being overly silencing. 

Worse still, TechCrunch reports uncertainty regarding whether Grok-2’s images carry metadata to show they’re AI-generated. In contrast, platforms like OpenAI clearly watermark their images to signal AI involvement. The lack of such markers on Grok-2’s images could easily mislead users.

To give you a bit more context, Grok-2 uses an open-source text-to-image generation model called FLUX.1, developed by German AI startup Black Forest Labs. The model is known for its accurate depiction of human hands and legs—a tricky feat for most AI models. This advanced capability makes the images Grok-2 produces quite believable, effectively blurring the lines between parody and misinformation. The ease of image generation and distribution could confuse voters, muddling their ability to discern real news from manipulation.

With a social media mogul who’s “passionate” about restoring freedom of speech, an AI chatbot with scant restrictions and an AI image generator capable of generating realistic human images, Grok-2 smells like a recipe for spreading propaganda and biases on a massive scale. 

Spinning a yarn and spreading election misinformation 

And it’s not just creating controversial images. Grok-2 has also been in the hot seat for disseminating inaccurate election information, which has led state officials to call for corrective actions.

Just hours after former President Joe Biden bowed out of the election race, a Grok post erroneously claimed, “The ballot deadline has passed for several states for the 2024 election.” This claim quickly spread across numerous social media platforms, causing considerable confusion as the election loomed. State officials were understandably worried; such misinformation could seriously mess with the electoral process.

Faced with this issue, five state secretaries urged Elon Musk to get Grok under control, suggesting he should follow OpenAI’s lead. OpenAI had previously partnered with the National Association of Secretaries of State to distribute accurate election information through CanIVote.org. Although X was initially reluctant to form a similar partnership, it eventually made moves to steer users towards Vote.gov, a reliable source for election information.

Accountability in AI-generated imagery: Who holds the keys?

It’s quite telling when Elon Musk, the head of X and its AI image generator, finds amusement in the controversial images produced by Grok-2. Clearly, there are significant responsibilities that both government officials and online platform users need to shoulder. 

Currently, there are no federal laws specifically regulating AI-generated content in political advertising. However, lawmakers are actively pushing for measures to curb Grok’s influence on election misinformation and deepfakes. On August 27, a group of Democratic lawmakers called on the Federal Election Commission (FEC) to set guidelines for AI-generated content in political campaigns, pointing out Grok-2’s potential to spread misleading narratives. Meanwhile, the European Union is probing Grok-2 for possibly breaching the EU’s Digital Safety Act.

Despite these efforts, the impact of government regulations and social media platform policies can only go so far. Ultimately, it falls to social media users to take responsibility for the content they create and engage with—especially as the role of generative AI in our everyday lives shows no signs of diminishing.

Also read: 

• Telegram Founder’s Arrest: Who Is to Blame for Crime on Social Media Platforms?
• India’s Forward Fever: How WhatsApp Is Driving Misinformation across the Nation
• What Is Social Media Doing to Our Brains?

Header Image from Freepik 

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Google’s Pixel 9 looks different from its predecessors and comes packed with AI features.

Launched just about a month ago, the Google Pixel 9, which retails at US$799, has been getting quite a lot of good words. The buzz around Google’s latest smartphone began almost immediately after the release of the Pixel 8. Fans were particularly excited about the integration of advanced AI features and the camera upgrades. There’s been plenty of chatter about a redesigned camera module too, with the phone now sporting more angular sides similar to an iPhone.

In a strategic move, Google rolled out the Pixel 9 just a few weeks before Apple launched its iPhone 16 series. This release, which includes the Pixel 9 Pro Fold and Pixel 9 Pro XL, is Google’s bid to carve out a significant market share in the fiercely competitive smartphone arena. Let’s take a closer look at what the Pixel 9 offers and how it measures up to its rivals.

AI

AI is a major selling point for the Pixel 9, which comes packed with smart features designed to enhance user experiences. These capabilities, especially in photo editing and content creation, are yet unmatched by competitors. Here are some standout AI features:

• Gemini: This built-in AI assistant is integrated across various Google apps for seamless functionality. 
• Gemini Live: For subscribers of Gemini Advanced (US$20/month), this feature provides a chatbot capable of real-time, conversational interactions, helping users brainstorm ideas or plan tasks.
• Photography enhancements
  • Add Me: Using augmented reality (AR), this tool lets users insert themselves into group photos by combining two separate images taken at different times.
  • Magic Editor: Users can reimagine their photos by adding or modifying elements using generative AI. This includes changing backgrounds or adding objects based on text prompts.
  • Auto Frame: This tool helps adjust the composition of photos after they are taken, ensuring better framing and focus on subjects.
• Pixel Screenshots: An app that allows users to search and manage their captures more effectively, with AI assisting in finding specific information within them.
• Call Notes: After a call, the Pixel 9 can generate summaries to help users recall important details.
• Multimodal interaction: Powered by the Tensor G4 chip, the Pixel 9 supports multimodal AI capabilities. Users can communicate with the Gemini using text, images or voice prompts for a more intuitive experience.
• Pixel Studio: An image generator that creates images from text prompts. Users can also edit the generated visuals by altering prompts to add or remove elements, change styles or apply stickers.

Camera

The Google Pixel 9 features an impressive camera lineup: a 50 MP Wide Dual Rear Camera, a 48MP ultra-wide camera and a 1.5MP dual selfie camera. The rear camera is equipped to capture detailed images, thanks to an Octa PD sensor, an 82° field of view and an f/1.68 aperture. The ultra-wide lens has been upgraded to capture 110% more light than previous Pixel models and can focus on objects as close as two centimeters. The Super Res Zoom, allowing up to 8X magnification, lets you zoom in and out with little detail loss. Additionally, the front camera supports autofocus and has a 95° ultra-wide field of view for clear selfies. 

Reviews have praised the camera’s performance, highlighting its ability to take high-quality photographs in both well-lit and low-light conditions, perfect for everything from daytime outings to night sight and astrophotography adventures. 

However, the Pixel 9 lacks a telephoto lens and relies on digital zoom. This means it doesn’t quite match the optical zoom capabilities of some competitors like the Samsung Galaxy S24 and iPhone 15 and 16, which could be a consideration for photography enthusiasts.

Design and ergonomics

Users report that the Google Pixel 9, with its flat back and sleek aluminum frame, feels reminiscent of holding an iPhone 15. Its edges are now angular instead of curved as in the previous models—a change that hasn’t pleased everyone. That said, many find that this design offers an easy grip and facilitates one-handed operation, making it a particularly user-friendly option for on-the-go users.

However, at about 198 grams, the Pixel 9 is on the heavier side—slightly more so than the Galaxy S24 at 168 grams and the iPhone 16 at 179 grams. This extra weight might lead to some discomfort during extended use. As for its aesthetic appeal, the Pixel 9 comes in a variety of attractive colors: Peony (pink), Porcelain  (white), Wintergreen (mint green), and Obsidian (black).

Display 

The Pixel 9 boasts a 6.3-inch Actua OLED display with a resolution of 2,424 × 1,080 pixels, yielding a pixel density of 422 ppi. What really sets it apart is its peak brightness of 2,700 nits, a significant step up from the Pixel 8’s 2,000 nits. This makes the Pixel 9 brighter than both the Galaxy S24, which reaches 1,800 nits, and the iPhone 16 at 2,000 nits. Such high brightness greatly enhances visibility in outdoor settings and improves the overall usability under bright light conditions.

Additionally, the display offers an adaptive refresh rate that varies between 60-120Hz for the standard models and even stretches from 1-120Hz for the Pro versions. This feature puts it on par with the Galaxy S24 series. In contrast, the standard Apple iPhone 16 models are limited to a less smooth 60Hz refresh rate, making the Pixel’s display more fluid in comparison.

Battery performance

The Pixel 9 comes with a 4,700 mAh battery, a notable upgrade from earlier models and slightly outperforming the Galaxy S24 (4,000 mAh) and iPhone 16 Pro Max (4,676 mAh). Users have reported that the device lasted 13 hours and 18 minutes during continuous web browsing tests. It also supports fast charging up to 27W and takes about 30 minutes to achieve 55% charge.

It’s worth noting that, like competing smartphones, the Pixel 9 does not come with a charger in the box but only charging cables. Additionally, some reviews have pointed out that the phone struggles with heavy tasks such as gaming, outdoor photography and prolonged video viewing and tends to heat up during these activities.

Software 

The Google Pixel 9 runs on Android 14 and promises seven years of security and OS upgrades. While Samsung also commits to similar terms, competitors like Apple, OnePlus, Xiaomi and other Android manufacturers offer much shorter support durations.  This commitment to extended support means users can count on their phone to stay reliable and feature-rich throughout its lifespan.

Under the hood, the Pixel 9 is powered by Google’s latest Tensor G4 chip, which is tailor-made to efficiently handle AI-related tasks. It also boasts 12 GB of LPDDR5X RAM, ensuring that multitasking is smooth and that even the most demanding apps run effortlessly.

The verdict

The Google Pixel 9 presents itself as a versatile smartphone that excels in performance, camera capabilities and user-friendly software. Its commitment to seven years of software support is a major advantage for those seeking a durable and reliable device. 

While its bundle of AI features is another highlight, not everyone is a fan—some critics argue that it’s “too much AI”, finding features like the AI-powered weather summary to be unnecessary. Additionally, the lack of a dedicated telephoto lens could be a drawback for photography enthusiasts. Nonetheless, the Pixel 9 offers a compelling package for most users, striking a good balance between innovation and practicality.

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AI is driving smarter, more inclusive education solutions.

Recent years have seen a steady rise in AI adoption, with over 35% of organizations using it and an additional 42% exploring its benefits. This widespread adoption spans multiple industries, fundamentally transforming the way we work. 

One sector experiencing significant growth due to AI is EdTech, or education technology. As AI technologies integrate into educational frameworks, they are moving us away from traditional classroom settings toward innovative, AI-driven tools. These advancements not only enhance the learning experience but also make education more accessible on a global scale.

In the following, let’s explore the transformative benefits of AI in educational tools and platforms.

Personalizing learning experiences

AI is transforming the traditional “one-size-fits-all” approach in classrooms into highly personalized learning experiences. According to a 2024 study by Claned, students engaging with adaptive learning programs powered by AI experienced a significant 62% improvement in test scores.

Adaptive learning platforms like SC Training and Knewton excel in this area by collecting and analyzing extensive data on students’ assessments and engagement levels. These platforms adjust the content’s difficulty and type to match each student’s learning pace, strengths and weaknesses. This tailored approach helps ensure that learning is both effective and attuned to individual needs.

Moreover, intelligent tutoring systems and virtual teaching assistants play a crucial role. They can interact directly with students to offer targeted explanations, feedback and exercises that align with each learner’s progress. This approach ensures an effective and supportive learning environment.

Using AI to analyze vast amounts of data in real-time allows educators to adopt a data-driven strategy. This approach can yield deep insights into individual learning patterns, empowering both teachers and students to make decisions that significantly enhance the learning experience and outcomes.

Making education accessible to all

Ensuring that education is equitable and accessible for all students, regardless of their background or physical abilities, is crucial. AI has significantly advanced this cause by enhancing accessibility and inclusivity. 

AI-powered text-to-speech tools, for instance, offer real-time assistance to visually impaired students by vocalizing written text. Similarly, AI-powered speech-to-text tools are invaluable for students with hearing impairments. Platforms like Google Meet enhance the learning experience by integrating AI-generated live captions, which help in understanding and engagement during live sessions.

Moreover, AI is bridging the language gap in education. For example, e-learning platforms like Coursera and Udemy now employ AI models to translate course content. These AI-powered translation tools not only offer a cost-effective solution but also deliver more accurate and natural translations compared to traditional machine translation methods. According to recent studies, AI-powered translation tools are highly accurate, achieving accuracy as high as 97%, while traditional machine translation methods only reach 80% accuracy. Moreover, AI-generated translations are easier to customize than their traditional counterparts, thus opening up global educational content to a wider audience.

Ethical considerations of AI in EdTech

AI is undoubtedly opening new avenues in education, yet it also brings with it a host of ethical dilemmas that cannot be ignored.

One significant challenge is the concern over user privacy. For AI to function effectively in an EdTech setting, it gathers detailed data on student performance and behavior. This raises questions about data security and usage. In the event of a data breach, sensitive student information could be compromised. Therefore, it is imperative for EdTech entrepreneurs to ensure that they use AI responsibly and comply with strict data privacy regulations to protect student information.

Another critical issue is the potential loss of the human touch in education. Many industries are facing criticism for moving away from human-centric approaches, and education is no exception. While AI can enhance the quality and accessibility of learning on a global scale, it cannot substitute for the human connection integral to traditional education. The absence of mentorship and emotional support might even discourage some students from fully engaging with digital learning platforms. Thus, finding the right balance between AI-driven tools and human-led educational methods is crucial to ensure that students not only achieve the best possible outcomes but also feel supported throughout their learning journey.

The ongoing growth in the AI EdTech market

The EdTech industry is poised for substantial growth, with its market size estimated at US$142 billion in 2023 and expected to expand at a rate of 13.4% annually through 2030. The integration of AI is set to dramatically accelerate this growth. In fact, the AI segment of the EdTech market is projected to soar from US$3.65 billion in 2023 to about US$92.09 billion by 2033, reflecting an impressive growth rate of 38.1% during this period.

Integrating AI into education is inevitable; however, this integration must be thoughtful and well-planned to yield the best outcomes. Balancing the use of AI with human teaching elements is crucial for fostering effective learning environments. With ongoing advancements in AI technology, we can anticipate the development of even better and more efficient models that will continue to enhance the capabilities and reach of the EdTech industry.

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