A seed defines a problem. The instrument solves it in seconds. You verify the answer yourself — branch by branch, in minutes. Every result is a proof.
seed
A public seed creates the problem. The seed is open — anyone can rebuild the exact same problem from it. github.com/suprastructural/proof
solve
The instrument grows a tree of leaves over the state space. Finding this tree would take centuries by brute force. The instrument finds it in seconds.
publish
The solved tree and its canonical SHA-256 hash are published to proofs. The result is deterministic — same seed, same tree, every time.
verify
Rebuild the problem from the public seed. Walk the published tree — every branch checks against the problem you built. Then hash it. It matches. No trust required.
why this matters
Hard to solve. Trivial to verify.
Every critical chip, AI system, and high-assurance device has a structure that defines its behavior. Functional tests confirm what a design does — but they miss silent changes to what a design is. Architectural drift, supply-chain insertions, and hardware trojans can pass every functional test while altering the underlying structure.
We built the first instrument that produces verifiable structural proofs.
A seed defines the problem. The instrument solves it — growing a tree whose branches and leaves map the full structure. The published proof is independently checkable: rebuild the problem from the seed, walk every branch, verify the hash. When two versions of a design produce the same tree, their structure is proven unchanged.
This lets engineering teams sign off on tapeouts with confidence, certify IP blocks at handoff, and detect modifications that evade all functional testing.
The free portal demonstrates this on synthetic seeds from open source. Production engagements apply the same deterministic instrument to your real designs — from thousand-gate blocks to hundred-million-component SoCs.
Every test in our validation suite produced a correct result with no exceptions.
We sell structural truth.