CES 2026 Highlights Shift Toward AI Robotics and Dedicated Accessibility Stage

January 6, 2026

CES 2026 highlighted a surge in AI-powered robotics and the introduction of a dedicated accessibility stage at the annual event in Las Vegas this year.

Marc Aflalo, technology journalist and host of YourTechReport on SiriusXM, joined the Double Tap team and described the shift as significant for both mainstream technology and accessibility-focused innovation.

Aflalo reported that robotics is a dominant theme this year, with “interactive AI robots of all shapes and sizes” appearing across the show floor. These range from novelty concepts to early-stage domestic automation systems, including robots designed for household tasks such as cleaning and cooking. However, he noted that many remain impractical for consumers due to cost, with some devices expected to reach “$20,000 US,” limiting near-term adoption.

Alongside robotics, CES continues to showcase incremental improvements in established categories such as televisions, home theatre systems, and wearables. Smart glasses, in particular, are gaining traction, driven by lower-cost entry points introduced by companies such as Meta. Aflalo said the industry is moving toward more passive, integrated computing experiences, where multiple AI systems work together to simplify user interaction.

A key development this year is the introduction of a formal accessibility stage at CES. Previously limited to a smaller area within Eureka Park, accessibility now has a dedicated platform supported by Verizon. Aflalo described planned sessions including discussions with Amazon, Microsoft, and Easterseals on AI and accessibility, as well as demonstrations of immersive healthcare technologies and announcements from accessibility-focused startups.

He emphasised that while CES remains focused on “future gazing,” the presence of a structured accessibility programme signals growing recognition of inclusive design within mainstream technology.

The developments at CES 2026 reflect a broader shift toward AI-driven, task-specific technologies and more integrated user experiences. For blind and partially sighted users, the expansion of accessibility-focused programming suggests increased visibility and potential influence in shaping future products.

However, many innovations—particularly in robotics—remain early-stage and financially inaccessible, indicating that widespread adoption will depend on cost reduction and practical use cases over the coming years.