TenX Semi
TenX Semi provides autonomous chip design tools and agents built on a proprietary self-verify-and-fix loop that detects bugs, shrinks context, and automatically repairs designs before re-verifying. The platform combines probabilistic AI with deterministic algorithms to accelerate verification, with a Tier-1 customer uncovering critical production bugs in under two weeks and reported 30x faster verification than traditional flows.
- Semiconductor
- AI Agents
- Artificial Intelligence
- Developer Tools
- Software Only
Funding
Founders
Founder details are not available yet.
Product
Problem
Verification has become the bottleneck in modern chip design. As design complexity grows, traditional verification methods cannot keep pace, making it increasingly difficult to establish correctness of complex systems. The gap between the ability to create designs and the ability to verify them is widening.
Solution
TenX Semi provides autonomous chip design tools and agents built on a proprietary self-verify-and-fix loop. The platform detects bugs, shrinks the surrounding context, and automatically fixes the issue before re-verifying the design. This dramatically shortens design timelines while improving overall design quality. The approach combines probabilistic AI technologies with deterministic algorithms to achieve verification results far beyond traditional industry flows.
Target Audience
Primary customers are semiconductor companies designing complex chips, including Tier-1 hardware vendors, and chip design teams that need faster verification without sacrificing design quality.
Features
- Self-verify-and-fix loop that cycles through bug detection, context shrinking, and automated repair with re-verification
- Combination of probabilistic AI technologies and deterministic algorithms for design correctness
- Autonomous agents that operate on production designs, not just test cases
- Demonstrated capability of uncovering critical bugs in Tier-1 production designs in less than two weeks
- Reported 30x faster verification than traditional industry flows