List of AI News about robotic manipulation
| Time | Details |
|---|---|
|
2025-12-16 12:27 |
AI Robotics Breakthroughs: PaXini Debuts DexH13 Humanoid, Google Gemini Real-Time Speech Translation, and Unitree's Humanoid App Store
According to @AINewsOfficial_, recent developments in the AI robotics industry include PaXini's launch of a new humanoid robot equipped with ultra-tactile DexH13 hands, which significantly enhance dexterous manipulation capabilities and open new use cases for automation in manufacturing and healthcare (source: @AINewsOfficial_, Dec 16, 2025). Google has introduced Gemini, a real-time speech-to-speech translation system, demonstrating advancements in natural language processing and cross-lingual communication for enterprise and consumer applications (source: @AINewsOfficial_, Dec 16, 2025). Unitree has released a humanoid 'App Store,' providing developers with a scalable ecosystem to deploy AI-powered applications for robots, which could accelerate innovation and monetization models in robotics (source: @AINewsOfficial_, Dec 16, 2025). TouchLab's tactile hand demo has showcased next-level manipulation, highlighting opportunities for precision robotics in logistics and service industries (source: @AINewsOfficial_, Dec 16, 2025). |
|
2025-06-24 14:01 |
Google DeepMind’s Multi-Embodiment AI Model Enables Advanced Robotic Manipulation Across Humanoids and Bi-Arm Robots
According to Google DeepMind, their new AI model supports multiple robot embodiments, including humanoids and industrial bi-arm robots, despite being pre-trained exclusively on the ALOHA dataset and human instructions (source: Google DeepMind Twitter, June 24, 2025). The model demonstrates advanced fine motor skills and precise manipulation, allowing robots to perform complex tasks that typically require human dexterity. This development represents a significant leap in AI-driven robotics, broadening practical applications in manufacturing automation, logistics, and service industries. Businesses can leverage this technology to boost efficiency and adapt to dynamic operational requirements, optimizing labor costs and improving safety standards. |