Engineering-first robotics, AI, maker hardware, STEM, and creator technology reporting
Robotics and AI covers physical AI, industrial automation, robots, machine vision, edge AI hardware, simulation, safety, and deployment workflows, emphasizing what technical teams should evaluate before adoption.
LooperRobotics Insight 9 combines stereo vision, edge AI, and robotics SDK promises. TVG treats it as a project watch item with a practical backer-risk and test checklist.
LooperRobotics Insight 9 Project Watch: A Spatial AI Camera Backer Checklist Read More
Qualcomm’s Dragonwing IQ10 Robotics Reference Design matters less as a chip headline and more as a full-stack robotics integration baseline.
Qualcomm’s Dragonwing IQ10 RRD Turns Robot AI Into a Stack Integration Problem Read More
ICRA 2026’s strongest signal for robotics builders is not a single demo. It is the field’s shift toward repeatable benchmarks, edge compute, and test discipline.
ICRA 2026 Shows Robotics Is Becoming a Benchmark Discipline Read More
A practical engineering guide to understanding and implementing the CAN bus protocol in robotics projects for robust, noise-resistant communication between controllers, motors, and sensors.
A Practical Guide to Using CAN Bus in Your Next Robotics Project Read More
RobOmni, launched at ICRA 2026, reframes physical AI evaluation around contact-rich manipulation, tactile sensing, and cross-embodiment robot testing.
RobOmni Puts Tactile Sensing on the Robotics Benchmark Scorecard Read More
A practical latency-budget guide for robotics builders choosing edge AI cameras, accelerators, and control-loop architectures.
Edge AI Camera Latency Budget: A Practical Guide for Robotics Builders Read More
A practical engineering guide to choosing encoders, IMUs, distance sensors, limit switches, cameras, and current sensing for school robotics teams without overspending or overcomplicating the robot.
How to Choose Sensors for a School Robotics Team in 2026 Read More
Albert is a low-cost open-source quadruped robot project that puts gait, inverse kinematics, and mechanical tradeoffs within reach for makers and students.
Albert Shows How Cheap Quadruped Robots Can Teach Real Robotics Read More
FANUC’s Automate 2026 demos show physical AI moving into inspection, picking, cobot setup, and factory workflows—but integration risk still matters.
FANUC at Automate 2026: Physical AI Moves From Demo to Factory Workflow Read More
NVIDIA’s CVPR physical-AI agent skills highlight a practical robotics bottleneck: repeatable data generation, simulation, policy training, and evaluation.
NVIDIA’s Physical-AI Agent Skills Put the Focus on Robotics Workflow, Not Just Models Read More