"Developing frontier technology is often framed as a technical challenge, as if the entire endeavor could be reduced to solving a single equation. In my experience, that framing is incomplete and misleading."
"When enough attempts fall short, people stop treating the problem as unsolved and start treating it as unsolvable. My response was to question the underlying assumptions behind it."
"A large number of startup failures, particularly in robotics and other frontier domains, are not simply the result of hard problems. They are the result of inconsistent execution, fragmented thinking, and premature trade-offs."
"In robotics, that discipline manifests in ways that are often invisible from the outside. It requires modeling the real world with an almost obsessive level of precision."
Developing frontier technology is not merely a technical challenge but involves navigating uncertainty and skepticism. Many past attempts in robotics have failed, leading to a perception of unsolvability. The real issue lies in the discipline required for consistent execution and avoiding premature trade-offs. A significant number of startup failures stem from fragmented thinking rather than hard problems. Maintaining discipline over time is crucial for successful development, particularly in robotics, where precision in modeling and architectural decisions is essential.
Read at TNW | Deep-Tech
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