Find it.
Fix it.
Prove it.
Your security tools find the problems. Kanonika is the layer that acts on them — and proves it.
The governed, verifiable execution layer
Working today with
Kanonika is the governed, verifiable execution layer for your infrastructure.
It turns a decision into an authorized change, carries it out through the tools you already run, and produces cryptographic proof the change happened.
Every action is policy-bound, reversible, and written to a tamper-proof ledger — it's what makes autonomous remediation safe in a regulated, hybrid estate, and what an ungoverned automation script can never be.
We don't replace the tools you already own — we govern them, turning siloed detection and patching into one accountable action layer. And where you don't have a tool of your own, the Kanonika Agent does the work directly.
Today we apply that to security remediation; the same layer can govern and prove any change you need to make.
What happens after a finding lands
Most tools stop once they've told you something is wrong, and the rest of the work falls to whoever picks up the ticket. Kanonika takes it from there: working out what needs to change, making that change through the systems you already run, and then going back to check it actually worked before anything gets recorded.
Detect
Unify Amazon Inspector, AWS Health, Microsoft Defender, advisories, and your scanners into one prioritized view.
Explore detection →Remediate & verify
Findings come with a fix — executed under your control, then confirmed by a re-scan.
Explore remediation →Prove
Every change anchored to a hash-chained, tamper-proof ledger. Audit on demand.
Explore the ledger →Your scanners agree more often than you'd think
Run more than one scanner and they'll regularly flag the same underlying problem on the same machine — each in its own format, each with its own suggested fix. Someone has to work out that those are one issue before any of it reaches engineering. When that doesn't happen, engineering gets three tickets for one problem and applies whichever fix they read first.
Patch OpenSSL on web-04
Kanonika fingerprints a finding on the things that actually identify it — the vulnerability and the asset it sits on — and ignores which tool reported it. The duplicates collapse on the way in, so nobody is reconciling spreadsheets before engineering can start.
It works with what you already have
You've already spent years choosing scanners, endpoint management and cloud tooling, and we're not asking you to replace any of it. Kanonika works through those systems. On the machines where you don't have anything in place — and there are always some — our own agent runs on Windows, macOS and Linux and does the work itself.
Answering an auditor shouldn't take a week
Every change Kanonika makes is written down as it happens, and each record is cryptographically tied to the one before it. If anyone edits an entry after the fact the chain stops adding up, which is the difference between a log you have to vouch for and evidence that stands on its own. So when someone asks what changed in March, you answer with a query rather than a fortnight of screenshots.
Illustrative entries. Your ledger shows your own estate.
Fix it once, and it counts in four places
The same change often satisfies CIS, NIST 800-53, ISO 27001 and SOC 2 at the same time. We keep the 576 mappings between findings and controls current, so nobody on your team is maintaining that spreadsheet.
Nothing to map by hand
A finding turns up already tied to the requirements it touches — 451 controls across the four frameworks — so the question of what a given CVE means for your audit is answered before anyone asks it.
Still provable in seven years
Every record goes into write-once S3 storage under Object Lock and stays there for seven years. That matters when an audit lands long after the people who made the change have moved on, and nobody can remember what was done.
Ready to close the loop?
We'll run Kanonika against a slice of your own environment, so you can watch the whole path from a finding through to a fix that's been checked and recorded.