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Documentation Index

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Traditional chip design follows a waterfall model where verification consumes 60-70% of development time and resources. A single design iteration can take months, with each bug discovered late in the process potentially adding weeks to the schedule. This sequential approach:
  • Limits design space exploration to conservative, incremental improvements.
  • Prevents rapid iteration based on real-world feedback.
  • Creates enormous financial risk, as errors discovered post-fabrication can cost millions to rectify.
ChipForge Solution: To fundamentally disrupt this bottleneck, we are developing a decentralized mechanism where miners are incentivized to prove a design wrong by finding a bug, analogous to how miners compete in a blockchain’s Proof-of-Work system. This feature, which will function as a specialized subnet for verification challenges, is currently in development and will allow for parallel, competitive verification using open-source EDA tools. Our current focus remains on democratizing the initial design phase.