AI Robot Technology for Beginners: Concepts, Components, and First Projects

Learn how robot sensing, software nodes, edge computing, simulation, and safe first builds work together.
ROS, middleware, robot software frameworks

Learn how robot sensing, software nodes, edge computing, simulation, and safe first builds work together.

See where robots deliver at scale, where pilots fall short, and what to check before deploying a system.

Learn how Beijing's road data and XPENG's world models fit together—and where technical claims still need proof.

A practical guide to separating a drone-manufacturing announcement from funded, testable production capacity.

DC proposes $6 million upfront licensing for robotaxi operators, plus per-mile taxes, restricting fleets to 200 vehicles and delaying paid service until 2028.

The KAIST HOUND quadruped learns diverse gaits autonomously, achieving 6 m/s on stairs without requiring terrain-specific programming.

Air Force tests first autonomous weapons release on combat aircraft, demonstrating real-time autonomous target engagement under human command and control.

Learn how four-legged robots are trained for rough terrain—and how to tell a real navigation advance from a well-edited demo.

A clear, plain-language guide to how counter-drone systems detect and stop drones—and the legal limits that shape real deployments.

Security teams are racing to deploy anti-drone technology at major U.S. sporting events, turning what was once a specialized military capability into routine venue protection.