42Crunch vs Detectify: which is better?
What middleBrick covers
- Black-box API scanning with OWASP API Top 10 (2023) mapping
- Authenticated scans with strict header allowlists and domain verification
- LLM security testing with multi-tier adversarial probes
- CI/CD integration via GitHub Actions and programmatic API access
- Continuous monitoring with signed webhooks and data deletion guarantees
Scope and testing approach
42Crunch and Detectify operate as black-box scanners that require only a reachable URL. Both submit read-only methods and avoid destructive payloads, so they share a low operational risk profile. Where the tools differ is in depth and workflow integration.
- 42Crunch offers structured coverage aligned to the OWASP API Top 10 (2023), with explicit checks for authentication bypass, IDOR, privilege escalation, and LLM-specific adversarial probes across multiple scan tiers.
- Detectify focuses on a broad set of web vulnerabilities, including configuration issues and common web exploits, but does not expose a dedicated API security model or category mapping.
For teams that require category-level reporting tied to API risk, a structured taxonomy provides clearer prioritization than a generic web vulnerability list.
API security coverage and standards mapping
middleBrick (represented here by 42Crunch) maps findings directly to three frameworks: PCI-DSS 4.0, SOC 2 Type II, and OWASP API Top 10 (2023). This enables security and audit teams to treat scan results as actionable evidence for specific control objectives. The tool covers authentication misconfigurations, data exposure patterns including PII and API keys, input validation issues like CORS misconfigurations, and rate-limiting gaps.
In contrast, tools without explicit API security taxonomies require manual mapping, increasing the effort to translate findings into compliance documentation. If your audits reference PCI-DSS, SOC 2, or OWASP API Top 10, a scanner that speaks those languages natively reduces translation overhead.
Authenticated scanning and policy enforcement
42Crunch supports authenticated scans via Bearer tokens, API keys, Basic auth, and cookies, with a domain verification gate that ensures only domain owners can enable credentials. Header forwarding is limited to an allowlist, which reduces noise and prevents accidental authorization escalation. This design balances coverage with safety.
Many organizations rely on authenticated scans to test user-specific endpoints and internal data flows. A scanner that tightly controls which headers are passed and enforces domain ownership is better suited for regulated environments than tools that lack these guardrails.
Developer experience and integration
42Crunch integrates into developer workflows through a CLI, GitHub Actions, an MCP server for AI coding assistants, and a web dashboard with trend tracking and compliance PDF exports. The CLI supports scripted scanning and JSON output, which fits cleanly into CI pipelines. GitHub Action gates can fail builds when scores drop below a defined threshold, aligning security checks with release velocity.
Detectify provides a web interface and integrations, but it does not emphasize developer-centric tooling to the same extent. For teams that want security gates inside pull requests and AI-assisted debugging, an integrated CLI and MCP server reduce context switching.
Ongoing monitoring and data governance
Pro-tier continuous monitoring rescan APIs on configurable intervals, detect diffs between scans, and deliver alerts via email or HMAC-SHA256 signed webhooks. Data governance features include on-demand deletion and a clear retention policy, with data purged within 30 days of cancellation and no use for model training.
Organizations that require scheduled reporting and signed webhooks for downstream automation will find this model more operational than one-off scans. The ability to track score trends and receive timely alerts supports sustained risk management rather than point-in-time snapshots.