From commit to production, tested.
Static analysis on every pull request, dynamic scans on every deploy, and an autonomous pentester that tries to chain what it finds. Findings sit beside the runtime picture, so you fix what is actually exposed.
Shift left, and keep looking right.
- 01
Code
Connect GitHub or GitLab. Every pull request is scanned for injection, unsafe deserialisation, hard-coded secrets and risky dependencies.
- 02
Deploy
Each staging deploy gets a dynamic scan: the real app, real routes, real auth.
- 03
Attack
The pentest agent tries to turn findings into access, and stops at proof.
- 04
Prioritise
Runtime tells you what is loaded, listening and reachable, so the queue starts with what matters.
Findings narrowed to the ones that can be exploited.
Each stage narrows the list: found in code, shipped in the build, reachable at runtime, proven exploitable.
Comments where developers work
Findings land on the line in the pull request, with the fix suggested in the same language.
Secrets never merge
Keys and tokens are caught before they reach the main branch, with a check that blocks the merge.
Authenticated DAST
Scans log in like a user, so the pages behind the login are tested too.
Proof, not maybes
The pentester records each step it took, so an exploitable finding comes with its evidence.
Reachability from runtime
A vulnerable function that never loads drops down the list. One that faces the internet goes to the top.
Evidence for secure development
Scans and fixes feed SOC 2, ISO 27001 and PCI DSS secure development controls.
Built for what you run.
Connects to
- GitHub
- GitLab
- Docker
- Kubernetes
- Jira
- Slack
Part of one platform.
Application security is in development. This page shows where it is going; details will change as we build it with early-access customers. Today's product is on the platform pages.
Want it first? Build it with us.
Early-access customers shape what ships: tell us what you run and what you need it to do.