Robotics has always been hamstrung by something far more fundamental than mechanics or processing power—fragmentation.
Every robot exists in isolation. Each operates within: • Its proprietary software layer • Its closed hardware infrastructure • Its isolated intelligence framework
This siloed architecture is the real bottleneck. Until robots can break free from these walls and leverage shared ecosystems, we'll keep hitting the same ceiling. The breakthrough won't come from faster chips or better servos—it'll come from opening up the intelligence stack.
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Robotics has always been hamstrung by something far more fundamental than mechanics or processing power—fragmentation.
Every robot exists in isolation. Each operates within:
• Its proprietary software layer
• Its closed hardware infrastructure
• Its isolated intelligence framework
This siloed architecture is the real bottleneck. Until robots can break free from these walls and leverage shared ecosystems, we'll keep hitting the same ceiling. The breakthrough won't come from faster chips or better servos—it'll come from opening up the intelligence stack.