Live Avatars, Lighter VR and New Compute Commitments

Google’s Gemini 3.8 launch adds live avatars, while Anthropic’s $11.6 billion agreement with Akamai commits to cloud infrastructure over multiple years. Elsewhere, hardware announcements span lighter VR glasses, optical connections and an upcoming orbital computing test.

New Interfaces, Different Delivery Timelines

Google has launched Gemini 3.8 with live avatars, adding a visual dimension to interaction with its AI. Avatars could support more personalized communication, but their introduction alone does not establish better engagement or effectiveness. For application developers, the concrete development is a new interaction feature; its value will depend on whether that presentation helps people communicate in a particular application.

Meta’s 100-gram VR glasses are planned for Spring 2027 at $1,299.99, with 3D movies and immersive live sports among the intended uses. The announcement describes glasses paired with a compute puck, an important part of understanding the lightweight design. Unlike Google’s launched avatar feature, this remains a future hardware release. Its relevance is specific to immersive viewing, rather than evidence that avatars and VR are converging into a single product direction.

Cloud Capacity Meets Hardware Experiments

Anthropic has signed a multi-year cloud agreement worth $11.6 billion with Akamai, a substantial commitment to infrastructure supporting its demand. At the component level, Lumentum, Qualcomm and Corning’s optical die-to-die link demonstration targets copper connections in AI racks. The proposed replacement aims to improve data transfer and reduce latency. These address different infrastructure needs: the agreement concerns cloud services, while the optical work concerns connections inside rack-scale hardware. The demonstration does not establish a production deployment.

Google is also preparing to test computing hardware in a different setting: Project Suncatcher is scheduled to launch October 1 to test TPUs in orbit. As of September 26, that launch is still ahead. The project explores the potential for cloud computing in space, with an orbital hardware test as the next concrete step. It belongs alongside the optical demonstration as an infrastructure experiment, though neither establishes the operational benefits of deploying the technology broadly.