Innovators from around the world unite at CES 2026 to tackle global challenges, redefine industries, and create a future driven by technology, AI, and collaboration, showcasing breakthroughs in healthcare, transportation, and more, as the event becomes a hub for shared pursuit of innovation and partnership.

The keynote highlights the pivotal role of AMD in shaping the AI future, emphasizing leadership in high-performance computing, and its impact on healthcare, education, and more, setting the tone for CES 2026.

The dialogue envisions a future where AI revolutionizes urban planning, healthcare, transportation, and renewable energy, ensuring advancements benefit society while preserving human values and history.

AMD's CEO highlights the critical role of AI in transforming industries and daily life, outlining a vision to increase global compute capacity by 100 times over five years. The company aims to integrate AI into all compute platforms, from cloud and PCs to edge devices, ensuring AI's accessibility and impact for billions. AMD is committed to developing a full range of compute engines tailored for various applications, driving innovation and efficiency across sectors.

AMD introduces Helios, a groundbreaking AI rack designed to meet escalating compute demands for AI. Featuring advanced Instinct Mi455 GPUs, EPYC CPUs, and Pensando networking chips, Helios offers unparalleled performance and scalability. Built on an open modular design, it integrates high-speed networking to function as a unified system, enabling the construction of powerful AI clusters. Demonstrated at CES, Helios showcases AMD's commitment to driving AI innovation at the infrastructure level.

Helios, a groundbreaking system, features Mi 455x GPUs and Venice CPUs, designed for enhanced performance, efficiency, and cost-effectiveness in data centers, utilizing advanced cooling, chiplet technology, and high-bandwidth networking.

The dialogue highlights advancements in AI technology, focusing on Helios racks with unprecedented computational capabilities, Mi 455's significant performance increase, and OpenAI's pivotal role in democratizing AI, exemplified by ChatGPT's global impact and creative applications.

The dialogue highlights the transformative role of AI in enhancing personal experiences and professional fields, from healthcare and newborn management to scientific discovery and software engineering, emphasizing its potential to amplify human intelligence and productivity.

The dialogue highlights the increasing need for computational power as AI models advance, emphasizing their exponential utility in various applications. It discusses the shift from simple question-answering to complex workflows involving multiple AI agents. The speaker underscores the potential for AI to significantly impact healthcare, productivity, and personal life, advocating for a massive scale-up in GPU availability to harness these benefits. However, no current plans exist to achieve the necessary scale, posing a significant challenge for the industry.

AI tools like ChatGPT played a life-saving role by accurately identifying a severe blood clot condition and advising against a potentially harmful antibiotic treatment, highlighting the importance of integrating AI in healthcare for improved patient outcomes and safety.

Discusses AI's resource balancing on GPUs, emphasizing the need for hardware tuned to applications, with a focus on human attention as a precious resource. Highlights OpenAI's compute constraints impacting feature releases and predicts GDP growth driven by compute availability, advocating for AI's benefits to local communities and scientific advances.

AI can significantly improve efficiency and bridge knowledge gaps across various disciplines, leading to advancements in science, healthcare, and enterprise. The collaboration aims to harness AI's potential to solve complex problems and enhance human capabilities, focusing on optimizing resource allocation for societal benefit.

AMD introduces a full portfolio of AI solutions, including Helios for high-performance computing, Instinct Mi 440x GPUs for compact data center use, and Mi 430x for high precision. The company emphasizes the importance of an open ecosystem, showcasing its support for open-source projects and collaboration with AI companies like Luma AI.

The dialogue highlights Luma's mission to develop multimodal AI systems capable of understanding and simulating the world through physics, causality, and cross-modal data integration. Introducing Ray 3, the first reasoning video model, it showcases advancements in 4K and HDR video generation, setting a new standard for AI intelligence and application.

Ray 3, a cutting-edge AI model, is being utilized by enterprises and creators to produce high-quality content, including feature-length movies. Its latest feature, Ray 3 modifier, offers enhanced control and precision, enabling users to edit real or AI-generated footage to achieve their creative visions, marking a significant advancement in AI-assisted creative storytelling.

The dialogue discusses a groundbreaking system that empowers filmmakers and creators by enabling hybrid human-AI productions, eliminating the need for elaborate sets, and allowing for extensive editing. It highlights the development of powerful multimodal agent models, aiming to assist users in accomplishing tasks, from partial to full completion, and showcases a demo illustrating this innovative approach.

A multimodal agent enables human-AI collaboration in storytelling, significantly reducing production needs. Luma's partnership with AMD supports 60% of its growing inference workloads, showcasing seamless integration and AMD's pivotal role in facilitating advanced AI capabilities.

Discussed the collaboration's impact on multimodal AI models, focusing on cost efficiency and scalability. Anticipated advancements include automating complex simulations and enhancing general-purpose robotics, mirroring human multimodal capabilities.

Discussing escalating demand for compute, the focus shifts to the upcoming Mi 500 series, leveraging Cdna 6 architecture and 2nm technology, aiming for a 1000x AI performance leap, democratizing powerful AI capabilities.

The dialogue highlights the transformative role of AI in enhancing PC capabilities, focusing on advancements in content creation, productivity, and personal assistance. It showcases AMD's leadership in AI PC development, introducing the Ryzen AI 400 series processors, and emphasizes the synergy between hardware and software innovations to deliver a smarter computing experience. Liquid AI's role in driving model innovation for on-device AI is also spotlighted.

A foundation model company discusses their innovative approach to building efficient, generative AI models optimized for various processors, reducing computational costs without compromising quality. Announces Liquid Foundation Models 2.5, highly capable tiny-class models with advanced instruction-following abilities, available for download, optimized for AMD Ryzen AI CPUs, GPUs, and NPUs.

The dialogue highlights the advancements in AI technology, specifically focusing on the integration of multimodal models capable of processing text, vision, and audio, as well as the potential for proactive AI agents to enhance productivity. It envisions a future where AI can autonomously manage tasks, such as attending meetings, allowing users to concentrate on their primary activities. This transformative approach aims to make AI more efficient and seamlessly integrated into daily workflows, particularly on PCs.

Highlights an advanced AI system's capability to transcribe, analyze, and draft email responses locally, ensuring user control and privacy. Anticipation for integrating these features with Zoom, showcasing the potential of proactive AI agents in enhancing productivity and collaboration.

AMD introduces the Ryzen AI Max, a powerful processor for AI developers, gamers, and creators, featuring advanced CPU, GPU, and NPU capabilities. It supports up to 128 GB of unified memory, enabling efficient local AI model execution. The platform, compatible with Windows and Linux, accelerates AI and content creation tasks. AMD also announces the Ryzen AI Halo, a compact desktop for AI development, capable of running large models independently, set to launch in Q2, offering a comprehensive solution for local AI deployment.

The dialogue highlights the evolution of visual quality in gaming and the slow pace of 3D world creation, which is now being transformed by AI. A leading AI expert discusses the future of 3D world creation and the establishment of her company, emphasizing the pivotal role of AI in changing how we build virtual environments.

Highlights the advancement of AI technology focusing on spatial intelligence, enabling machines to perceive, create, and reason in 3D/4D environments, akin to human capabilities, aiming to bring significant value through innovations in embodied and generative AI.

The dialogue introduces a groundbreaking approach to 3D scene generation, where AI models, like Marble, can construct detailed, navigable environments from a handful of images. This technology enables the creation of cohesive, expansive worlds, bridging visual inputs into immersive spaces, showcasing advancements in AI's capability to mimic human-like environmental comprehension.

A team leverages AMD's SMI 320 four-five X chip and Rock M as stack software to transform ordinary phone camera images into detailed 3D environments. By using a generative model called Marble, they can instantly remodel spaces into various design styles, significantly reducing the time needed for traditional 3D modeling workflows. This technology not only accelerates the creation of immersive worlds for gaming, design, and robotics but also ensures coherent navigation and editing experiences, highlighting the importance of fast inference speeds for responsive 3D environments.

A collaboration between industry leaders highlights advancements in AI, particularly in spatial intelligence and real-time creation. The partnership leverages AMD's technology to significantly enhance performance, enabling AI to understand and navigate 3D environments. This breakthrough promises to revolutionize workflows, allowing creators to design in real time and intelligent agents to learn in digital worlds before real-world deployment. The focus is on responsible AI development that augments human creativity and productivity.

AMD technology is transforming healthcare through AI, enabling earlier cancer detection, faster drug development, personalized medicine, and improved patient outcomes via advanced computing and robotics.

AI is transforming drug discovery by enabling precision engineering in biology, targeting diseases with high unmet medical need. The technology can potentially cure conditions like baldness and neglected areas, offering a more efficient alternative to traditional trial-and-error methods.

AI and drug discovery are transforming women's health by potentially delivering disease-modifying therapies for conditions like endometriosis, affecting 1 in 10 women, through powerful computational capabilities. The partnership with AMD has enabled scaling inference to screen over a million drugs daily, enhancing the contextualization of biology for better models. Additionally, AI is aiding in precision medicine by reading and understanding the human genome, paving the way for improved health outcomes and personalized treatments.

Illumina, a leader in DNA sequencing, collaborates with AMD to harness the power of AI, genomics, and proteomics for drug discovery and disease prevention. This synergy aims to transform healthcare, improve longevity, and enhance the quality of life by leveraging advanced computational technologies and generative AI to unravel biological complexities.

AI is transforming healthcare by accelerating drug discovery, enhancing productivity, and fostering innovation. Through collaborations with academia, startups, and tech giants, the industry aims to optimize AI models for handling vast datasets, leading to faster candidate drug development and improved clinical outcomes. The focus is on leveraging AI to prevent chronic diseases and revolutionize biological understanding.

Speakers envision a future where AI aids in predicting and preventing sickness, offering personalized treatments, and extending healthy lives through regenerative biology, moving from sick care to preventative care.

AMD showcases its leadership in physical AI, highlighting high-performance CPUs and accelerators enabling precise, real-time decision-making in robotics, infrastructure, and medical fields, through an open software ecosystem and partnerships.

A team, rooted in over two decades of physical AI and biomechanics research, discusses their creation of advanced human-like robots designed to enhance human potential. Highlighting their belief in technology serving people, they emphasize the critical role of AMD's unified computing architecture in enabling fast, deterministic processing for their robotic innovations, ensuring safety and efficiency at every level.

Inspired by biomechanics, the approach emphasizes touch and fast reflexes in humanoid robots, integrating them into real-world applications like healthcare. An open platform enables tactile sensors to enhance human-robot interaction, promoting recovery and smarter assistance, exemplifying human-centric physical AI.

Gene 1, designed with Italian aesthetics and advanced touch sensitivity, marks a pivotal advancement in human-robot collaboration, promising enhanced safety and natural interaction in various sectors, from factories to healthcare, set for commercial deployment in 2026.

AMD adaptive computing supports critical space missions, including autonomous Mars exploration and lunar infrastructure development, with technology powering rovers and robotic systems at major space agencies.

Blue Origin aims to protect Earth by moving heavy industry off the planet, focusing on lunar permanence as the next step in space exploration. The company, named after Earth's pale blue dot, seeks to build infrastructure for millions to live and work in space, benefiting Earth. Lunar Permanence, a key business unit, focuses on establishing a reliable, repeatable, and low-cost human presence on the moon, collaborating with AMD for advanced equipment.

High-performance computing and AI are essential for Blue Origin's complex space missions, enabling reliable, efficient, and resilient flight computers. The collaboration with AMD has accelerated development, allowing for AI integration that enhances mission capabilities, such as identifying lunar landing sites and optimizing deep space exploration. The future involves leveraging edge AI for real-time decision-making and radio astronomy on the far side of the moon, marking a significant step in space exploration.

AMD highlights its role in powering the fastest and most efficient supercomputers globally, enabling breakthroughs in climate modeling, energy solutions, and pandemic response. Collaborating with national labs and the Department of Energy, AMD is driving the Genesis mission, a public-private initiative merging AI, supercomputing, and quantum computing to accelerate scientific discovery.

The Genesis mission mobilizes unprecedented federal scientific resources to double American science productivity within a decade, focusing on AI to tackle critical challenges in biotech, energy, and more, fostering industry partnerships and interagency collaboration.

The dialogue emphasizes Genesis's role in generating high-quality scientific data to enhance AI capabilities, impacting healthcare, drug discovery, energy, and manufacturing. It highlights the U.S.'s commitment to AI leadership through private and public sector collaboration, removing innovation barriers, and accelerating R&D, as outlined in the AI action plan.

The dialogue highlights the government's initiative to integrate AI education, focusing on the AI Education Pledge. It emphasizes the involvement of over 5,000 students and 1,000 educators across the U.S., the commitment of $150 million by a major player to expand AI education, and the establishment of a nationwide AI and robotics campaign. The success is showcased through the achievements of high school students at a hackathon, culminating in a recognition event at CES.

Three young coders from various U.S. states, with no prior AI experience, developed an AI robot barista using AMD technology. Inspired by its adaptability, they envision robots aiding in firefighting. AMD honored their achievement with $20,000 educational grants to further their innovation.

A heartfelt acknowledgment of the impact and dedication shown by individuals and teams in advancing AI education, highlighting their crucial role in uniting industry efforts and national progress.

A powerful technology, AI, is transforming the tech landscape, necessitating a broad portfolio of solutions and an open ecosystem built on industry standards. The dialogue emphasizes the importance of collaboration across the industry to bring AI to everyone, showcasing the spectrum from technology to partnerships, and highlighting the collective effort to address global challenges.