Artificial Intelligence (AI) is no longer a futuristic concept; it is a present-day reality that is rapidly transforming various aspects of our lives. From computing to smart home technologies and unique gadgets, AI is at the forefront of innovation, enhancing everyday life with both practical and novel solutions. The CES 2025 event showcased a remarkable range of AI-driven advancements, providing a glimpse into how AI will shape the future of everyday tech innovations.
AI in Computing
Nvidia Project Digits: The World’s Smallest AI Supercomputer
AI’s dominance was evident at CES 2025, with Nvidia’s Project Digits taking center stage. This revolutionary device, lauded as the world’s smallest AI supercomputer, is designed to grant AI researchers, data scientists, and students access to the Nvidia Grace Blackwell platform. Featuring the new Nvidia GB10 Grace Blackwell Superchip, Project Digits promises a petaflop of AI computing performance, making it capable of running extensive AI models. The core objective is to enable users to develop and run inferences on models locally before deploying them on accelerated cloud or data center infrastructure.
Jensen Huang, Nvidia’s founder and CEO, emphasized the importance of AI’s infiltration into every application across industries. Project Digits, starting at $3,000 and available from May, aims to place AI supercomputers on the desks of every data scientist, AI researcher, and student, thus empowering their engagement in the AI era. This initiative could democratize access to high-performance AI computing, breaking down barriers, and enabling innovation at an unprecedented scale.
The implications of Project Digits are vast, suggesting a future where AI capabilities are ubiquitous and seamlessly integrated into various sectors. From research and development to practical applications, the accessibility of such powerful AI tools can spur significant advancements. As these supercomputers make their way into educational institutions and research labs, they can propel a wave of discoveries and innovations that can shape industries and address complex global challenges. With AI becoming more embedded in workflows, professionals across different fields can explore new possibilities, pushing the boundaries of what’s conceivable.
Lenovo ThinkBook Plus Gen 6 Rollable: Smarter AI for All
Lenovo introduced a spectrum of AI-powered laptops, reinforcing its vision of ‘Smarter AI for All’. This vision encompasses embedding AI capabilities into its Copilot+ PCs and solutions, alongside the Lenovo AI Now, an on-device personalized AI assistant built on Meta’s Llama 3 model. This assistant offers natural language processing for tasks such as document summarization, knowledge base retrieval, and workflow assistance. These innovative integrations showcase how AI can enhance productivity and ease the complexity of daily tasks.
Among these innovative products, the ThinkBook Plus Gen 6 Rollable stands out with its rollable display, extending vertically from 14 inches to 16.7 inches. This unique form factor adds split-screen functionality and virtual display options, creating a versatile workspace for users. Luca Rossi, President of Lenovo Intelligent Devices Group, emphasized Lenovo’s commitment to pushing technological boundaries. With AI central to personalized, productive, and protected experiences, Lenovo’s latest devices and software across the ThinkPad, ThinkBook, Yoga, Idea, and Legion ranges redefine how users work, create, and play.
The AI-driven advancements in Lenovo’s products illustrate a future where personalized technology responds proactively to user needs. This could lead to more efficient workflows and a significant reduction in time spent on mundane tasks. By harnessing the power of AI, Lenovo aims to create a more intuitive and interactive computing experience, reflecting the broader shift towards intelligent devices that adapt to the user. This can change the way individuals and organizations approach their work, making technology a more seamless and integral part of daily life.
GeForce RTX 50 Series: AI-Driven Gaming Innovation
Nvidia also revealed the GeForce RTX 50 Series, targeting its traditional gaming customer base. This new series leverages Nvidia’s Blackwell architecture, fifth-generation Tensor Cores, and fourth-generation RT Cores to offer AI-driven rendering. These advancements include neural shaders, digital human technologies, and advanced geometry and lighting features, positioning the RTX 50 Series as a groundbreaking development for gaming and beyond.
Jensen Huang accentuated Blackwell’s role as the driving force of AI innovation for PC gamers, developers, and creatives. The flagship GeForce RTX 5090 GPU houses 92 billion transistors, delivering over 3,352 trillion AI operations per second (TOPS) and outperforming the GeForce RTX 4090 GPU by up to 2x thanks to the Blackwell architecture and DLSS 4. This technological leap promises to enhance gaming experiences with more realistic graphics, smoother performance, and immersive environments that push the boundaries of virtual reality.
The impact of AI-driven gaming innovations extends beyond entertainment. Advanced AI capabilities in graphics rendering and computational power can benefit various fields such as virtual training simulations, digital content creation, and interactive storytelling. As AI continues to evolve, its applications in gaming technology can serve as a catalyst for broader advancements in visual and interactive media, opening new opportunities for creativity and learning. The integration of AI in these areas not only enhances user experiences but also drives the evolution of digital technologies.
AI in Gadgets
The integration of artificial intelligence in gadgets has revolutionized the way we interact with technology, making devices smarter and more intuitive. From smartphones that can anticipate user needs to smart home systems that learn and adapt to household habits, AI has significantly enhanced the user experience. Manufacturers are continually exploring innovative applications of AI to provide more personalized and efficient solutions. This development not only improves convenience but also drives the evolution of technology towards more seamless and intelligent interactions.
Swippitt: Instant Power System for Smartphones
Addressing the age-old issue of slow phone charging, Swippitt unveiled its Instant Power System (IPS) at CES 2025. This groundbreaking technology can charge a phone in just two seconds and double the battery lifespan, providing an innovative solution to a common problem. The IPS comprises the Swippitt Hub—a battery system leveraging integrated speed-swapping technology—Swippitt Link—a smartphone case with an integrated smart battery, and an app for stats and location management.
Though the technology doesn’t charge the phone battery per se, it swaps out the dead battery in the case with a charged one from the hub, offering almost immediate power. This innovation promises to revolutionize the way we manage smartphone power, providing convenience and efficiency. By simplifying and accelerating the recharging process, Swippitt could change how we interact with our devices daily, reducing downtime and enhancing connectivity.
Swippitt’s Instant Power System demonstrates the potential for AI-driven gadgets to solve persistent technological challenges. The ability to quickly swap batteries without cumbersome cables or lengthy charging times can enhance the user experience, particularly for individuals who rely heavily on their smartphones throughout the day. This innovation aligns with broader trends towards more efficient and user-friendly devices, showcasing how AI and smart technologies can streamline daily routines and optimize device performance. As AI continues to permeate consumer electronics, the focus on convenience and efficiency is likely to increase, leading to more intuitive and seamless user interactions.
Halliday: AI Glasses with Proactive AI Agent
Halliday introduced the first AI glasses featuring a proactive AI agent and DigiWindow technology at CES 2025. This innovative design includes a transparent near-eye display that discreetly projects information directly into the user’s field of vision, perceived as a 3.5-inch screen in the upper-right corner. This feature allows users to access notifications, updates, and relevant data without diverting their gaze from their surroundings, enhancing both safety and convenience.
The proactive AI agent sets Halliday’s AI glasses apart from traditional reactive AI assistants. By analyzing conversations, responding to direct queries, and proactively offering insights, the AI can anticipate user needs without waiting for prompts. This anticipatory capability enhances usability, providing a significant leap forward in wearable technology. The development also prioritizes safety, allowing users to stay informed without compromising attention to their environment. Such an approach could revolutionize how individuals interact with information on the go, making AI assistance an integral part of everyday life.
Halliday’s AI glasses reflect a broader shift towards more integrated and intelligent wearable technology. By seamlessly merging AI with everyday accessories, these innovations can enhance productivity, accessibility, and user engagement in various settings. Whether used for professional tasks, health monitoring, or personal assistance, the proactive nature of such devices underscores the potential for AI to become a more intuitive and indispensable aspect of our daily interactions. This trajectory suggests a future where advanced wearables complement and enhance human capabilities, creating new possibilities for how we live and work.
Acer Nitro Blaze 11: Advanced Handheld Gaming Consoles
Acer upgraded its handheld gaming consoles with new models showcased at CES 2025, with the largest featuring a 10.95-inch screen. This advanced console is equipped with AMD Ryzen 7 8840HS processors, 16 GB of LPDDR5X memory, and up to 2 TB of storage. The WQXGA touch panels include Radeon Super Resolution and AMD FidelityFX Super Resolution technology, delivering high-quality graphics and smooth gameplay. Additionally, the consoles feature detachable controllers and a front camera for video calls and streaming, enhancing the versatility and functionality of handheld gaming devices.
The technological advancements in the Acer Nitro Blaze 11 underscore the trend towards more powerful and versatile gaming consoles. By integrating cutting-edge processors and advanced graphics technologies, Acer aims to provide a superior gaming experience that can rival traditional consoles while maintaining the portability and convenience of handheld devices. The inclusion of detachable controllers and video call capabilities extends the console’s use beyond gaming, making it a multifunctional device for various tasks and entertainment purposes.
As gaming technology continues to evolve, the lines between different types of entertainment and productivity tools become increasingly blurred. Handheld gaming consoles like the Acer Nitro Blaze 11 exemplify this convergence, offering users a single device that can cater to multiple needs. The advancements in processing power, memory, and graphics capabilities highlight the potential for portable devices to deliver experiences traditionally reserved for larger, stationary systems. This evolution reflects broader trends in consumer electronics, where versatility and high performance drive innovation.
AI in Smart Home
Artificial intelligence is revolutionizing smart homes by enhancing the efficiency and convenience of everyday living. From lighting to heating to security systems, AI-driven devices are learning user preferences and habits to create a more seamless and intuitive living environment. This integration of technology is providing homeowners with unprecedented levels of control and personalization, making smart homes not only more functional but also more responsive to their inhabitants’ needs.
Saros Z70: A Smarter Robotic Vacuum
The smart home sector witnessed the arrival of Saros Z70, a robotic vacuum equipped with a foldable five-axis mechanical arm. This arm allows it to pick up items such as tissues and socks and move obstacles out of its way. It’s also programmed to avoid startling pets and boost suction around pet supplies for a thorough clean. Additionally, it can be set to relocate household items to predetermined positions.
This innovative robotic vacuum represents a leap forward in smart home cleaning technology. By incorporating a mechanical arm and advanced AI capabilities, the Saros Z70 can perform tasks beyond simple vacuuming, enhancing its utility and efficiency. The ability to navigate around obstacles and interact with household items reflects the growing sophistication of robotic assistants, which can adapt to dynamic environments and complex tasks. This trend indicates a future where smart home devices are not only more efficient but also more autonomous and capable of performing a wider range of functions.
The development of advanced robotic vacuums like the Saros Z70 underscores the potential for AI to transform domestic life. As these devices become more intuitive and capable, they can reduce the burden of household chores, allowing individuals more time for other activities. The integration of AI technologies in smart home devices reflects a broader movement towards more intelligent and responsive home environments. This evolution promises to make daily routines more streamlined and efficient, contributing to a higher quality of life.
Omnia: The Intelligent Health Monitoring Mirror
Withings showcased Omnia at CES 2025, an innovative smart mirror designed to provide a comprehensive, interactive view of vital health indicators. Currently in development, Omnia utilizes AI to aggregate, analyze, and interpret key health metrics such as heart health, nutrition trends, body composition, lung function, activity tracking, and sleep quality. This holistic approach to health monitoring reflects the growing importance of personalized health technology in everyday life.
The smart mirror includes a connected base loaded with sensors for daily measurements related to weight, heart health, and metabolic scans. It also features an empathetic AI Vocal Companion offering real-time feedback and motivational support, though it has the potential to be overtly persistent. This blend of advanced sensing technology and AI-driven insights aims to provide users with a more proactive and informed approach to their health, making it easier to track progress and stay motivated.
Omnia represents a significant advancement in the integration of AI with health and wellness technologies. By providing real-time feedback and comprehensive health data, the smart mirror can help users make more informed decisions about their lifestyle and well-being. This innovation aligns with broader trends towards more personalized and preventative healthcare solutions, which leverage technology to empower individuals to take charge of their health. As AI continues to play a more prominent role in health monitoring, devices like Omnia can contribute to more effective and personalized healthcare.
Plantaform: Smart Indoor Garden with Fogponics Technology
Plantaform introduced the world’s first smart indoor garden using fogponics technology at CES 2025. This evolution of aeroponics, developed by NASA, delivers water and nutrients directly to plant roots through an ultra-fine mist, promoting faster growth and higher yields while consuming significantly less water. This advanced gardening system represents a fusion of AI and sustainable agriculture, offering a more efficient and user-friendly way to grow plants indoors.
Renata Scorsone, VP of Marketing at Plantaform, emphasized that unlike existing indoor gardens, Plantaform is fully enclosed and automated, optimizing light, water, airflow, and temperature for ease of use and efficient growth of various plants. This comprehensive approach to indoor gardening reflects the growing interest in sustainable and environmentally friendly technologies that also provide convenience and accessibility.
Plantaform’s smart indoor garden showcases the potential for AI to revolutionize home gardening. By automating and optimizing key aspects of plant care, this innovation makes it easier for individuals to grow healthy plants with minimal effort. The use of fogponics technology is particularly noteworthy, as it offers a more efficient and sustainable alternative to traditional gardening methods. As AI continues to integrate with sustainability-focused technologies, we can expect more advanced solutions that promote both convenience and environmental stewardship.
AI in TVs
The integration of artificial intelligence in televisions has revolutionized the viewing experience. Smart TVs now come equipped with advanced AI capabilities that can analyze viewing habits, suggest personalized content, and even adjust picture and sound settings for optimal performance. This technology has transformed how users interact with their TVs, making entertainment more intuitive and enjoyable.
Hisense HAIO163: A Colossal 163-Inch Screen
Televisions have long been a staple at CES, and Hisense’s HAIO163 stood out with its colossal 163-inch screen. This impressive display boasts vivid, vibrant colors, integrated light sensors, intelligent temperature control, and dual-core SOC technology for seamless content management and reliable 24/7 broadcast capabilities. The HAIO163 reflects the ongoing advancements in TV technology, where size and clarity are complemented by intelligent features that enhance the viewing experience.
The integration of AI in the HAIO163 allows for more dynamic and adaptive screen performance, adjusting parameters such as brightness and contrast in real-time for optimal viewing. This level of intelligent control can significantly enhance the user experience, making content more immersive and visually appealing. The HAIO163’s capabilities highlight the potential for AI-driven advancements to elevate home entertainment systems, providing users with more engaging and personalized experiences.
Hisense’s HAIO163 underscores a broader trend towards more intelligent and interactive home entertainment systems. As AI continues to evolve, we can expect future televisions to offer even more sophisticated features that cater to individual preferences and viewing habits. This evolution mirrors the broader movement toward more personalized and responsive consumer electronics, where AI plays a central role in enhancing functionality and user satisfaction.
LG OLED TVs: Enhanced Picture and Sound Quality
LG showcased its latest OLED evo lineup at CES 2025, featuring the advanced Alpha 11 AI Processor Gen2. This processor ensures enhanced picture and sound quality, leveraging deep learning algorithms designed to improve low-resolution images, providing sharper visuals. The inclusion of Dynamic Tone Mapping Professional offers enhanced HDR10 control for precision in color and detail representation, making the new OLED TVs stand out in terms of visual fidelity.
The Alpha 11 AI Processor Gen2 represents a significant leap forward in TV technology, utilizing AI to optimize both audio and visual elements. This enhancement allows for more accurate and vibrant color reproduction, sharper images, and clearer sound, creating a more immersive viewing experience. The advanced capabilities of LG’s OLED TVs highlight how AI can transform traditional home entertainment systems, making them more adaptive and engaging for users.
LG’s focus on integrating AI into its OLED TVs reflects broader trends in the television industry, where advanced processors and intelligent algorithms are becoming standard features. These innovations promise to deliver more realistic and lifelike visuals, enhancing the overall viewing experience. By leveraging AI, LG aims to set new standards in TV technology, offering users a more dynamic and enjoyable way to consume media.
Samsung Neo QLED 8K QN990F: The Pinnacle of TV Technology
Samsung’s most advanced TV, the Neo QLED 8K QN990F, features the NQ8 AI Gen3 Processor and various on-device AI enhancements. These improvements include 8K upscaling and auto HDR remastering, encased in an ultra-slim and minimalist design. This model exemplifies the fusion of cutting-edge technology with elegant aesthetics for a premium home entertainment experience, reflecting Samsung’s commitment to innovation and quality.
The NQ8 AI Gen3 Processor is a key component of the Neo QLED 8K QN990F, enabling advanced features such as 8K upscaling, which enhances lower resolution content to near-8K quality. The auto HDR remastering feature further improves the visual experience by optimizing color and contrast in real-time. These AI-driven enhancements make the QN990F a standout model in Samsung’s lineup, offering users unparalleled picture quality and performance.
Samsung’s Neo QLED 8K QN990F represents the pinnacle of TV technology, combining advanced AI features with sleek design elements. The focus on 8K resolution and real-time optimization reflects a broader industry trend towards higher quality and more immersive viewing experiences. As AI continues to advance, we can expect future televisions to offer even more sophisticated features that cater to the evolving demands of consumers.
AI in Weird Tech
Nékojita FuFu: A Novel Solution to Heat-Sensitive Tongues
Yukai Engineering from Tokyo introduced the Nékojita FuFu at CES 2025, a portable robot offering a novel solution for those with a heat-sensitive tongue. The robot cools hot food or drinks by blowing on them with an internal fan and features a special algorithm, the ‘Fu-ing System,’ to randomize blowing strengths and rhythms mimicking human behavior. This quirky yet practical invention highlights the playful side of AI-driven technology, addressing a common issue with an innovative approach.
The Nékojita FuFu is designed to aid individuals, particularly parents and seniors, who struggle with hot meals or beverages. By simulating human-like behavior, the robot makes the cooling process more natural and effective. This inventive application of AI demonstrates how advanced technologies can be used to solve everyday problems in creative and unexpected ways. The Nékojita FuFu’s unique design and functionality reflect the diversity of AI applications, showcasing the potential for innovation in even the most familiar aspects of daily life.
Yukai Engineering’s Nékojita FuFu illustrates the potential for AI-driven devices to enhance everyday routines with smart, user-friendly solutions. By combining technology with a touch of whimsy, products like the Nékojita FuFu can make daily tasks more enjoyable and accessible. This trend towards more personalized and engaging technology showcases the versatility of AI and its ability to improve a wide range of activities and experiences.
Nanoleaf LED Light Therapy Face Mask: Skincare Meets Tech Innovation
In a groundbreaking fusion of skincare and technology, the Nanoleaf LED Light Therapy Face Mask is revolutionizing how we approach skin treatments at home and in professional settings.
Artificial Intelligence (AI) has moved beyond being just a concept of the future; it is now a significant part of our present reality, swiftly changing many facets of our daily lives. AI’s presence is evident in various areas, such as computing, smart home technologies, and a range of innovative gadgets. This technology is leading the charge in bringing forward new and practical solutions that enhance everyday living, catering to both essential and novel needs.
At CES 2025, numerous AI-driven advancements were exhibited, showcasing how this technology is expected to mold the future of everyday technology. The event highlighted a vast array of innovations, from smart home systems that learn and adapt to individual habits to innovative gadgets that simplify complex tasks. These advancements not only aim to make life easier and more efficient but also push the boundaries of what technology can achieve.
In essence, AI is revolutionizing the way we interact with technology on a daily basis. Its integration into various devices and systems is set to bring about more personalized experiences, streamlined processes, and smarter, more responsive environments. As AI continues to evolve, its potential to transform our lives grows, making it an exciting field to watch in the coming years.
