Engineering-first robotics, AI, maker hardware, STEM, and creator technology reporting
Ahead of Automate 2026, exhibitor signals point to complete automation stacks: robots, cobots, conveyance, controls, vision, safety, and software integration.
Automate 2026 Is Becoming a Stack Check for Factory Robotics Buyers Read More
A no-hands-on spec review comparing three edge AI accelerator paths for robotics and maker projects: Raspberry Pi AI Kit, Coral USB Accelerator, and Jetson Orin Nano Super.
Raspberry Pi AI Kit vs Coral USB vs Jetson Orin Nano: A Spec Review for Edge AI Builders 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
FANUC’s Automate 2026 lineup points industrial robotics toward perception-driven cells, but the real engineering test is integration discipline, safety validation, and maintainable data pipelines.
FANUC’s Automate 2026 Physical AI Demos Put Robot Integration Under the Microscope Read More
A spec-based buyer evaluation of the Raspberry Pi AI Camera for robotics and maker labs: what the hardware promises, where it fits, and the tests TVG would run before calling it competition-ready.
Raspberry Pi AI Camera Buyer Evaluation: What Robotics Builders Should Test First 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
RECF Robotics keeps teams’ existing robots, parts, and practice investment usable for 2026–2027. The engineering story is less about a new brand and more about continuity, documentation, and maintainable student systems.
RECF Robotics Gives 2026–2027 Teams a Continuity Test, Not a Reset Read More
CODESYS will bring virtual PLCs, virtual safety control, CODESYS 4, and AI-supported engineering to Automate 2026 as industrial control becomes more software-defined.
CODESYS at Automate 2026 Shows Factory Control Moving Toward Software-Defined Workflows Read More
Raspberry Pi’s AI Arcade project shows how generative AI becomes more useful when it is constrained by real controls, boot flows, screens, and saved hardware interactions.
Raspberry Pi AI Arcade Turns Generative AI Into a Physical Maker Interface Read More
Arduino and Robu.in’s Physical AI Challenge India 2026 gives students and makers a practical framework for building sensor-driven edge AI systems.
Arduino’s Physical AI Challenge Turns Edge AI Into a STEM Hardware Test Read More