Olympix checks every upgrade using formal methods against the rules your product must always follow.
Dependency vulnerabilities doubled in a year.
Know which upgrades are safe to push, and get the exact input that breaks the ones that aren't.
We find the rules your product relies on; you confirm them.
Every upgrade PR, in CI.
Every violation comes with the exact input that breaks it.
We call these rules invariants.
Upgrades that don’t change how your product works merge without necessitating manual review.
Upgrades that do change how your product works are flagged before merge, even when tests pass.
Security patches ship once they’re checked, instead of waiting weeks in the review queue.
Runs in your environment. Coding agents read approved invariants via MCP.
Formal methods, proven in web3 where bugs can't be undone.
Four years running formal methods on smart contracts, where one bug is permanent and costs millions.
The formal methods engine that checks smart contracts now checks every dependency upgrade in your CI, against rules your team confirms.
Every flag comes with the exact input that breaks it, so your team can rerun it instead of trusting a model’s opinion.
Protected across Olympix customers
One security fix, two ways to ship it.
Clear your upgrade backlog without the risk. Talk to the formal methods team building it.