Pre-audit security for smart contracts. Four tools on one formal methods engine: find known and unknown vulnerabilities, prove each one with an executable exploit, and block any merge that misses your threshold.
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Deductive Interception is our formal methods engine, built from scratch: custom intermediate representation, deterministic symbolic execution, empirically observed signals, and machine-checkable proof artifacts. AI as an orchestration layer - not the source of truth. That is what makes it safe to gate a pipeline on.
Known and unknown vulnerabilities, proven by counterexample.
Known attack classes, with coverage measured.
Built on Deductive Interception
Reads your whitepaper, design docs, comments, NatSpec, threat models, past audits and formal verification specs, and infers the invariants your code depends on.
Symbolically executes until it can prove one of those invariants breaks.
Returns a summary, the exploit path, and a deterministic PoC that proves the finding is exploitable.
Starts from the engine's vulnerability signals and enumerates every feasible path through your contracts.
Runs each known attack strategy that applies to a path, deterministically, until one lands or the path is shown safe.
Returns a PoC for every violation, plus the coverage record: which reachable paths were adversarially tested, and which weren't.
Rebuilt for smart contracts
Compiles your contracts into the engine's intermediate representation, which captures Solidity semantics precisely.
Runs a detector set written for smart contracts across every function, on every commit.
Returns line-level findings with severity in the PR and the IDE, without the false-positive backlog.
On EigenLayer (53 contracts, ~12K lines), Olympix found 3 true positives to Slither’s 0, with 23 false positives to Slither’s 150.
Injects realistic faults into your contracts, from flipped operators to inverted conditions, across 14 mutation operators.
Reruns your existing test suite against every mutant.
A mutant your tests catch is killed. One that survives is a bug your suite could ship. Returns the mutation score, every survivor by location, and a score you can enforce.
On a large contract, Olympix finishes a full mutation run in about 20 minutes, against 20+ hours for Slither and 25+ hours for Vertigo-rs. That’s roughly 60x faster, with twice as many mutation operators as Slither (14 vs. 7).
Read the mutation testing comparison →Thresholds live in the dashboard, per tool, across every repo. A repo that misses one fails at HEAD. Security posture becomes a metric you enforce, not a report you wait for.
Org-wide posture Which repos pass every threshold, which fail at HEAD, which never ran.
Your policy, per tool Zero open high or medium BugPoCer findings, zero BugScout exploits, mutation score of 90% or higher.
Gaps are visible A required tool that didn't run on HEAD is flagged, not skipped.
Export the record Hand it to your auditor, your board, or your regulator.
Same engine and same thresholds in the terminal, the pipeline, the editor and the agent. Every result rolls up to one dashboard.
Static analysis on every EVM contract before it reaches external auditors.
Mutation testing in CI across its repositories.
BugPoCer ahead of every external audit.
Send us a repo that's already been audited. We run Olympix at the same commit and show you what comes back.
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