Code
SAST finds bugs.
We find the ones an attacker can reach.
Every code scanner produces a list. Ours produces a shortlist, weighted by whether the sink is actually reachable from an untrusted source at runtime, given the deployed routes, auth middleware, and infra you run today. Findings carry an exploit path, a CODEOWNERS route, and a fix diff the author can accept in a single PR.
92%
FP reduction vs. legacy SAST
40+
Languages and frameworks
<2min
PR check median
3:1
Dev-hours saved per finding
Capabilities
Runtime evidence,
pulled back into the IDE.
◈
Reachability-aware SAST
Taint analysis fused with deployed routes, auth middleware, and trust boundaries. A sink behind admin-only auth is not a critical, no matter what the pattern matcher says.
▤
Dependency graph with CVSS → Exploitability
Every CVE traced from manifest to call site to runtime surface. You stop chasing the 8.8s that sit in a code path nobody loads.
⌖
Secret reachability
A leaked token in a test file is cleanup. A token in a lambda handler reading from a prod KMS is an incident. We tell you which is which before the commit lands.
⊡
IaC drift and policy
Terraform, CloudFormation, and Pulumi diffed against live cloud state and policy. Flag drift, stop merge when the change would open a path.
◉
PR comment and auto-fix diff
Findings arrive as inline PR comments with a suggested fix. Accept the diff, merge, and the finding closes itself, no ticket round-trip.
⎔
CODEOWNERS-aware routing
Every finding routed to the human who owns the file, with blast radius and the downstream callers attached. No more security-to-engineering ping-pong.
How it works
From pattern matching
to proof the path exists.
Most SAST asks: does the code match a dangerous pattern? We ask: can an attacker, today, with the routes and auth you've deployed, get to this sink? The answer is a much shorter list.
01
Index
Every repo ingested into a cross-service call graph. We understand your monorepo, your microservices, and the RPC edges between them.
Per org, not per repo02
Taint
Sources, sinks, and sanitizers inferred, then walked against your deployed routes and auth. A bug that only fires behind an internal header is weighted accordingly.
Runtime-aware03
Gate
PR-gated checks post inline. Merge is blocked only for findings on a reachable path from an untrusted source. The rest go on the queue, not the critical path.
Gates that earn respect04
Fix
The author sees a diff, a rationale, and a one-line rollback. Accept, and the finding closes. Dismiss, and the rationale is captured for the audit trail.
Closed-loopSurface
The PR check your engineers don't mute.
Spec sheet
The boring details
that determine fit.
For the platform engineer who has to make this pass a security review at 10pm on a Thursday. We've been them.
Languages
TypeScript · JavaScript · Python · Go · Java · Kotlin · Ruby · C# · Rust · PHP · Scala
Frameworks
Express · NestJS · Django · Flask · FastAPI · Spring · Rails · .NET · Gin · Echo
SCM integrations
GitHub · GitLab · Bitbucket · Azure DevOps · self-hosted
CI integrations
GitHub Actions · GitLab CI · CircleCI · Buildkite · Jenkins · Azure Pipelines
IaC
Terraform · CloudFormation · Pulumi · CDK · Helm · Kustomize
Deployment
SaaS · single-tenant · BYO-VPC · air-gapped on Enterprise
Data residency
US · EU (Frankfurt) · UK · AU · CA · BYOK on Enterprise
Fix formats
Inline PR suggestion · patch · Terraform hunk · IAM diff · ADR stub
Next in the fabric
USE CASE / CLOUD
The infra side of the same path.
A SQL sink is only reachable if the route is public. The cloud workstream models the route. Same graph, other half of the picture.
01 / EXPOSURE INTELLIGENCE
Zoom out past the diff.
The same reachability model runs org-wide. See every exploitable path across every repo, service, and cloud in one queue.
Start today
Connect a repo.
See your first proven path.
Read access. 30 minutes. No credit card.