Pre-audit security for onchain finance

Olympix is a formal methods and AI security platform for smart contracts. Set security thresholds, prove your code meets them, and gate releases on the result.

Book a Demo→
Build-time assurance for the best teams in onchain finance
CircleAaveSecuritizeEthenaArcUniswap Foundation
LI.FIFusion by IPORCrossmintStakeDAOCork
$155B+

In assets protected

Meet the teams →
$680M+

In losses preventable

See the preventable hacks →
68%

Overlap with external audit findings, caught before the audit

Get the audit overlap report →
1.8x

Higher recall than frontier cybersecurity models

Compare Olympix vs. AI →
The problem

Today's smart contract security stack is shallow, inconsistent, and unscalable.

AI

AI is shallow pattern matching. High false positives, and it misses true positives and novel vulnerabilities.

Fuzzing

Fuzzing is random. It samples the input space, so it only finds what it happens to generate. A clean run means nothing was found, not that nothing is there.

Formal verification

Formal verification proves things, and by hand it is expensive enough that teams verify a subsection of the system and ship the rest.

Audits

Audits are a point-in-time review of a fraction of the code. 88% of stolen funds since 2025 came from audited codebases.

Security has to shift left. Not a best guess. Deterministic findings you can measure and enforce.

Source: CoinGecko, 2026 State of Crypto Security.

Security lifecycle

Stop bugs where they start, not where they cost the most.

Olympix sits in the test layer, so the audit reviews hardened code and monitoring has less to catch.

Before Olympix
With Olympix

“Audits from top-tier firms are critical, but they are point-in-time. We added Olympix as a continuous, deterministic layer that runs alongside our audits and gives our team additional security controls throughout the development lifecycle.”

Jorge Serna, CTO & CPO, Securitize

$5B

in tokenized assets under management at Securitize

Read the Securitize story →

BugScout

Bounded Adversarial Verification

Every reachable path, checked against the set of deterministic attack strategies that applies to it.

Output: a POC for every violation, and a measurement: which reachable paths were adversarially tested and which weren't.

01 All paths
02 Reachable paths
03 Intercept
Reachable pathSignalAttack strategyVulnerability

BugPoCer

Counterexample-Guided Invariant Refutation

Infers the invariants and trust assumptions your code implicitly rests on but never states, then symbolically executes until one breaks.

Output: an executable counterexample, the exact state transitions, and the minimum conditions required to trigger it.

01 Ingest the repo
02 Infer invariants
03 Prove where they break
Repo materialInferred invariantSymbolic executionInvariant breaks
The platform

Plus the tools every serious team already runs, rebuilt for smart contracts

Static analysis

With a detector set written for smart contracts, not adapted to them.

Mutation testing

That gives you an enforceable coverage metric, not a line count.

Enforce

Set the threshold once. It holds everywhere.

Olympix connects to your repo, so it doesn't matter where the code gets tested. Run it in CLI, in your agent, in CI. The thresholds live in the dashboard, and every commit is measured against them.

Security posture stops being something an audit measures once and becomes something you measure continuously, and enforce.

Our research

Building since 2022

Olympix ran as a research lab for two and a half years before it was a product company.

2022

Research lab

Olympix starts as a research lab, not a product company, and Circle joins as a design partner from day one.

2022 to 2024

Observed, not designed

The engine runs on real codebases, and only patterns that preceded real vulnerabilities become signals.

2024

Product company

After two and a half years of research, the engine ships as a platform: four tools on one formal methods engine.

Today

In production

Teams across onchain finance run Olympix before every audit, from stablecoins to tokenized assets.

That body of work is not in any training data.

See it run on an audited codebase.

We take a public repo that has been through a professional audit and run the engine on it live. See what Olympix surfaces that the audit report doesn't contain.

Book a Demo→