Anthropic's 'Project Fetch' Phase Two Experiment Shows Claude Opus 4.7 Robot Operating Speed Increased by 10 Times
Anthropic announced the results of Phase Two of Project Fetch, where non-robotics expert employees operated quadrupedal robots to complete complex tasks, comparing the performance of Claude model assistance with pure human performance.
The experiment showed that the latest Claude Opus 4.7 achieved fully autonomous operation in tasks, with an average execution speed at least 10 times faster than human teams.
This result reinforces Anthropic's leading position in the field of embodied intelligence, with accelerated funding flowing into robotics and AI integration projects, benefiting AI laboratories and hardware partners with strong autonomous operation capabilities.
Source: Public Information
ABAB AI Insight
Anthropic previously focused on large model safety and capabilities, and this time Project Fetch expands into embodied intelligence, continuing its evolution from language models to applications in the physical world.
On the capital front, the experiment validates the efficiency advantage of the Claude model in real robotic tasks, concentrating resources on robotic data training and autonomous system development to seize market opportunities.
Similar to early experiments in embodied AI like Tesla Optimus or Figure, current AI robots are at the initial stage of model-driven autonomous capability explosion.
Essentially, this represents a technological substitution: the AI model's 10-fold speed increase replaces human operational bottlenecks, driving capital from traditional robotic programming towards AI autonomous control, restructuring the labor structure in manufacturing and service industries.
ABAB News · Cognitive Law
Model autonomy surpasses human collaboration: 10 times speed, the dawn of the AI robot era.
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Embodied intelligence determines the next battlefield: language models landing in the physical world, accelerating comprehensive technological substitution.