Latest in AI

The top 12 AI stories from around the world — models, enterprise deployments, cybersecurity, policy, and hardware. Refreshed every three days.

The Future Is Now

Humanoid Robots

Humanoid AI robot — the future of artificial intelligence

Commercial AI Robotics — 2025–2026

The machines are no longer science fiction.

In Production

Tesla Optimus Gen 2

Tesla

Tesla's bipedal humanoid robot designed for factory automation. Capable of walking, manipulating objects, and performing repetitive tasks. Tesla aims for mass production at under $20K per unit.

5'8" tall · 125 lbs
Dexterous 11-DOF hands
Full-body AI vision
Autopilot-derived brain
Commercial Deployment

Figure 02

Figure AI

Backed by OpenAI and Microsoft, Figure 02 uses multimodal AI to reason, speak, and perform complex physical tasks. Currently deployed in BMW manufacturing facilities.

5'6" tall · 132 lbs
OpenAI-powered cognition
Natural language control
16-hour battery life
Industrial Release

Boston Dynamics Atlas

Boston Dynamics

The electric successor to the iconic hydraulic Atlas. Designed for real-world industrial use, Atlas can lift, carry, and navigate complex environments with unprecedented agility.

5'10" tall · 180 lbs
Electric actuators
Whole-body manipulation
Hyundai partnership
Warehouse Deployed

Agility Digit

Agility Robotics

Purpose-built for logistics and warehouse operations. Amazon has deployed Digit units for tote handling. Agility's RoboFab facility can produce 10,000 units per year.

5'9" tall · 143 lbs
Tote & package handling
Amazon partnership
RoboFab mass production

Specifications and availability subject to change. Information sourced from manufacturer announcements and public disclosures.

About This Feed

This page surfaces the top AI stories from across the industry — covering model releases, enterprise deployments, cybersecurity developments, hardware advances, and policy updates. Stories are sourced from leading AI publications and community discussions, then refreshed automatically every three days so you always have a current view of what's moving the field.