Every surface you ship,
tested the way an attacker would.
Each surface’s own flaws, and the attack paths that run between them.
In scope
- Web apps
- iOS apps
- Android apps
- APIs
- LLM apps and agents
A repository in,
proofs and fixes out.
- Connect a repository.
- Launch up to thousands of agents.
- Prove each finding with a replayable exploit.
- Fix it automatically, in a pull request.
- Report every finding, proof and fix.
Starts where you code,
lands where you work.
- In from GitHub, GitLab or Bitbucket.
- Out to Slack, Linear, Jira or PagerDuty.
- Back as a fix, in a pull or merge request.
- GitHub
- GitLab
- Bitbucket
- Slack
- Linear
- Jira
- PagerDuty
A proof you can replay,
a fix you can merge.
Each finding arrives with its proof and its fix, not as a line in a scanner’s list or a recommendation in a pentest report.
Your scope sets the limits,
a human opens the gate.
- Your scope is enforced outside the model: allow-lists, rate limits and blast-radius caps it cannot widen.
- Approval comes before anything intrusive or state-changing. Read-only analysis runs on its own.
- The log records every agent action, with its inputs, a reasoning summary and the result.
Before you connect
a repository.
Do you train on our code?
No. Customer code, configuration, findings and runtime telemetry are never used to train or fine-tune any model.
Where does it run?
Our products are built to run in your VPC or a region you nominate.
What can we point it at?
Only systems you own or are explicitly authorised in writing to test.
Will it find everything?
No. Security testing is probabilistic: agents will miss things, and will sometimes be wrong. Each finding comes with its proof, as evidence for a person to decide on.
Are you SOC 2 certified?
No. We have not completed a SOC 2 audit. We build to a SOC 2 Type II control set, and will complete your security questionnaire on request.