Xuanji A3
PulseAugur coverage of 璇玑A3 — every cluster mentioning 璇玑A3 across labs, papers, and developer communities, ranked by signal.
- 2026-06-29 product_launch BYD is set to launch its self-developed Xuanji A3 intelligent driving chip in its Denza brand production vehicles next year. source
3 day(s) with sentiment data
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Saab unveils high-end autonomous combat aircraft concept
Saab has unveiled its A3 concept for a collaborative combat aircraft, designed as a high-end, autonomous, supersonic, and tailless air vehicle. This concept aims to complement existing crewed fighters like the Gripen E …
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Chinese startup Super-Dimension Dynamics unveils full-stack embodied AI system
Chinese embodied AI startup Super-Dimension Dynamics has unveiled a full-stack solution for developing humanoid robots, including their KAI Bot humanoid robot, KAI Hand dexterous manipulator, KAI Halo data collection de…
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Humanoid robots play autonomous table tennis at World Robot Games · 8 sources tracked
At the 2026 World Robot Games, a team from the University of Hong Kong and KAI research demonstrated the first fully autonomous humanoid robot table tennis match. Two robots, utilizing the SMASH 2.0 system, played an en…
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Proof-or-Stop method enhances autonomous coding agent reliability with verifiable evidence
A new method called Proof-or-Stop Lifecycle Control has been developed to enhance the reliability of autonomous coding agents. This system ensures that lifecycle transitions, such as 'reviewed' or 'DONE', are only permi…
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BYD to debut self-developed Xuanji A3 autonomous driving chip in 2025
BYD is preparing to launch its self-developed intelligent driving chip, Xuanji A3, in its Denza brand production vehicles next year. This 4nm chip boasts a single-unit computing power exceeding 700 TOPS, with three unit…
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New research enhances VLA models for robotics and visual reasoning
Recent research explores enhancing Vision-Language-Action (VLA) models for robotic manipulation and general visual reasoning. Studies investigate grounding sim-to-real generalization through domain randomization and pho…