Search Articles — Sudonull

https://sudonull.com/hybrid-ai-robotics-safe-integration-of-llm-and-tinyml

How to Build a Safe Robot Architecture with AI: Separating LLM and TinyML, Prompt Optimization, Dynamic Sensor Weighting. Real Code Examples.

https://sudonull.com/nvidia-and-kawasaki-robotics-center-in-silicon-valley-shift-in-physical-ai

Analysis of NVIDIA and Kawasaki Collaboration: Ecosystem Hub, Physical AI, Market Implications and Hidden Goals. Find out who wins and who loses.

https://sudonull.com/august-robotics-30m-for-robots-for-ai-data-centers

August Robotics raised €30M to scale autonomous drilling robots for data centers. Speed up to 10 times higher, accuracy 99.97%. Find out who will benefit from construction automation.

https://sudonull.com/deep-robotics-dr-01-speed-12-km-h-why-this-is-not-a-breakthrough

Chinese startup Deep Robotics showed the Dr.01 robot with a record speed of 12 km/h. But why is this marketing? Analysis of characteristics, hidden goals, and real competitors. Read the details.

https://sudonull.com/robot-dr-01-from-deep-robotics-speed-12-km-h-and-analysis

Chinese humanoid robot Dr.01 reaches 12 km/h but works only 2 hours. We analyze pros, cons, and prospects. Read details.

https://ymaho.com/ipo-of-cosmo-robotics-and-polled-on-kosdaq-in-may-2026

Analysis of Cosmo Robotics and Polled IPOs on KOSDAQ: record oversubscription, impact of exchange reform, and price forecasts. Learn what risks and opportunities await investors.

https://ymaho.com/rl-improves-surgeon-robot-interaction-in-the-operating-room

Learn how reinforcement learning (RL) transforms a robot assistant into a proactive colleague, improving ergonomics. Read about the 2026 breakthrough.

https://ymaho.com/microrobots-for-microsurgery-analysis-of-the-concordia-breakthrough

Soft microrobots created for removing blood clots. Real analysis: in vitro engineering vs clinical trials. Read expert assessment of the technology.

https://ymaho.com/neuralink-robot-automatic-chip-implantation-into-the-brain

Neuralink introduced a robot that implants chips into the brain in 20 minutes without opening the membrane. Learn how the technology is changing neurosurgery and the BCI market.

https://ymaho.com/laser-acoustic-imaging-safety-of-surgical-robots

Photoacoustics builds 3D maps of nerves in real time, reducing the risk of complications. Learn how the technology is changing laparoscopy. Read an expert review.

https://ymaho.com/laser-acoustic-imaging-how-the-technology-will-change-robotic-surgery

Photoacoustic imaging allows the surgeon to see nerves and blood vessels through tissues in real time. Learn how this will reduce the risk of complications and who will benefit from its adoption.

https://ymaho.com/physical-ai-in-medicine-kawasaki-nvidia-and-microsoft-create-robots-for-hospitals

Kawasaki, NVIDIA and Microsoft have joined forces to create Physical AI in hospitals: robots for surgery, care and logistics. Analysis of risks and prospects. Learn how AI is changing medicine.

https://ymaho.com/magnetically-controlled-soft-robots-for-treating-blood-clots-safer-than-catheters

Concordia researchers created soft robots with AI and magnetic control for removing blood clots. Lower risks than catheters. Learn about the breakthrough and its limitations.

https://ymaho.com/training-ground-drone-operators-a-new-defense-focus

How Telecom and Funds Scale Training for Ground Robot Operators. Why Skills Are More Important Than Hardware and How This Changes the Global Technology Market.

https://ymaho.com/magnetically-controlled-robots-for-treating-thrombosis-a-breakthrough

Canadian engineers have created soft robots with AI navigation for removing blood clots. 792-fold acceleration of computations. Learn about a new alternative to catheters.