Discover hidden backdoors
Counterswarm identifies code paths where specific inputs return authentication tokens or privileged access. These exposures live inside business logic, not configuration files.
Secrets & Sensitive Data
Counterswarm identifies potential exposed credentials using repository and provider-format context, helping your team investigate and remediate exposures.
Uncover hidden credential exposures
Surface legacy secrets still active
Counterswarm scans repository files and git history for potential exposed credentials, helping your team investigate long-standing exposures.
Review potentially sensitive repository data
Review potentially sensitive values in connected repository files, using available findings to guide investigation and remediation.
How Counterswarm handles secrets and sensitive data
Detect credentials by context
Counterswarm combines secret-detection patterns with provider-format and code context to help distinguish potential credentials from public values and placeholders.
Investigate exposed credentials
Potential exposed credentials are identified with provider-format and repository context, helping your team investigate and rotate them.
Scan beyond your codebase
Counterswarm scans connected repository files and git history for potential exposed credentials, with scan coverage and limits reported for review.
Designed for flexibility
CI/CD integration
PR scans run in your existing pipeline, flagging new secrets before they reach production.
Source code native
Findings surface as PR comments with one click to view full context and remediation steps.
Deep + PR scans
Deep scans cover the full repo and PR scans catch what is being introduced, all in one tool.
Rotation context
Each finding shows where the secret is used across your codebase, so your team rotates it safely.
Explore products
-
Code
Find real vulnerabilities by tracing business logic, data flows, and cross-service interactions across your codebase.
Replacing Traditional SAST
Counterswarm investigates business logic and data flows, prioritizing findings with supporting evidence.
-
Dependency Firewall
Detect malicious behavior before it spreads through your environment.
-
Agentic Pentesting
Confirm which vulnerabilities are exploitable by testing your running application with real attack paths.
Replacing Manual pentesting, Traditional DAST
Counterswarm tests your running applications and automatically re-tests fixes at runtime after every merge.
-
Supply Chain
Prioritize dependency risk using package versions, advisories, and available usage evidence.
Replacing Traditional Static SCA
Counterswarm uses dependency versions and import evidence to help prioritize vulnerabilities relevant to your application.
