AUDIT · PRIORITIZATION

Prioritization done right — so you can act on it.

The prioritization era was over the moment AI made exploit generation effectively free. But when a human still has to look at something, it should be the right thing. Heeler scores every finding against your real runtime exposure, ownership, and business context — not theoretical CVSS.

CVSS isn't your threat model.

Public severity scores don't know which of your services touch the internet, which dependencies are reachable, which secrets are live, or which agent artifacts ran in production this week. Heeler does — and uses all of it to score what you actually look at.

WHAT GETS PRIORITIZED

One scoring framework. Four signals.

SCA, SAST, Secrets, and Agent Skills all score against the same context engine — so a critical SCA finding and a critical Agent Skills finding actually mean the same thing.

SIGNAL 01

SCA

Runtime-reachable CVEs in services that actually run — not "transitive dep mentioned in a lockfile."

SIGNAL 02

SAST

Exploitable code patterns in code that ships to production — not regex matches in dead branches.

SIGNAL 03

Secrets

Validated live credentials in committed files — not anything that looks like it could be a token.

SIGNAL 04

Agent Skills

Risky MCP servers, suspicious CLAUDE.md updates, malicious fetched docs — the supply chain your agents read from.

Six dimensions of context behind every score.

From the Context Engine — connected once, used everywhere.

AGENT

Skills, MCP configs, agent policies your team has in place.

CODE

Repos, modules, dependencies, reachability, patterns, commit history.

CLOUD

Live services, exposure, configuration, deployment state.

BUSINESS

Service criticality, compliance scope, risk tolerance.

OWNERSHIP

Team mapping down to the dependency level.

THREAT

Vulnerability research, CVE feeds, exploit availability, in-the-wild signal.

Read more about the Context Engine →

What a prioritized finding actually looks like.

Same CVE. Same CVSS. Two very different priorities once context lands.

SERVICE A

Critical CVE in payments service

  • CVSS base9.8
  • Reachable code pathYes
  • Internet exposureYes
  • Touches customer dataYes (PII + cards)
  • Ownerpayments-team
  • Exploit availableYes (public PoC)

Heeler score: CRITICAL · act now

SERVICE B

Same CVE in internal worker

  • CVSS base9.8
  • Reachable code pathNo
  • Internet exposureNo (VPC-internal)
  • Touches customer dataNo
  • Ownerdata-pipeline-team
  • Exploit availableYes

Heeler score: LOW · queue for batch remediation

See your real findings get scored against your real stack.

A demo on your codebase shows what Heeler would surface as Critical, what it would deprioritize, and why — with the context trail behind every decision.