middleBrick vs Traceable

What middleBrick covers

  • Black-box scanning with no agents or code access
  • Covers OWASP API Top 10 (2023) mapping
  • Supports OpenAPI 3.0, 3.1, and Swagger 2.0
  • CI/CD integration via GitHub Action
  • Continuous monitoring with diff detection
  • Read-only methods with strict safety controls

Scope and detection approach

middleBrick is a black-box API security scanner that submits requests and analyzes responses. It does not require agents, SDKs, or access to source code. Supported methods are GET and HEAD, with text-only POST used for LLM probes. The scanner completes in under a minute and maps findings to OWASP API Top 10 (2023).

Traceable focuses on runtime application self-protection and API gateway enforcement. Its detection approach depends on inline proxying and policy rules rather than black-box exploration. Because traffic is inspected in-line, it can enforce decisions but does not provide the same breadth of black-box reconnaissance as a scanner that probes endpoints independently of runtime architecture.

For security teams validating API surface risk before deployment, a scanner that does not rely on agent placement or code instrumentation can reduce setup constraints. Traceable’s strength is policy enforcement at the gateway, whereas middleBrick’s strength is broad, low-friction reconnaissance across diverse stacks.

Target user and deployment considerations

middleBrick targets developers and security engineers who need to quickly assess API risk without changing code or runtime. The scan requires only a reachable URL and supports OpenAPI analysis to cross-check spec definitions against observed behavior. Setup is limited to providing authentication when necessary, with strict header allowlists and domain verification to prevent credential misuse.

Traceable targets operations and security teams managing API traffic in production, often deployed as a proxy or gateway. Integration typically involves routing traffic through the platform, which introduces architectural dependency and may require configuration changes at the network or application level.

In a comparison of middleBrick vs Traceable, deployment footprint is a differentiator. MiddleBrick avoids infrastructure changes, while Traceable typically requires integration points that affect traffic paths and may need ongoing tuning to balance security and availability.

Continuous monitoring and alerting

middleBrick Pro tier provides scheduled rescans every six hours, daily, weekly, or monthly. It detects diffs between scans, highlighting new findings, resolved findings, and score drift. Email alerts are rate-limited to one per hour per API, and webhooks are HMAC-SHA256 signed, with auto-disable after five consecutive failures.

Traceable may offer monitoring through its gateway logs and policy runtime metrics, focused on blocking or allowing requests based on defined rules. The specifics depend on deployment and are not detailed here.

For teams needing ongoing posture tracking without manual re-scanning, middleBrick’s monitoring model provides structured, periodic reassessment with explicit thresholds for notification. Traceable’s monitoring is tied to live traffic and policy enforcement rather than discrete assessment cycles.

Product integrations and output

middleBrick integrates via a web dashboard for reviewing scans and score trends, a CLI with JSON and text output, a GitHub Action for CI/CD gating, an MCP server for AI coding assistants, and a programmatic API. Dashboard features include branded compliance PDF downloads and remediation guidance linked to findings.

Traceable typically integrates with deployment pipelines and API gateways, providing dashboards and alerts focused on policy violations and traffic anomalies. Integration methods vary by deployment model and are generally oriented around runtime enforcement.

In middleBrick vs Traceable, the former emphasizes assessment artifacts and developer-friendly reporting, while the latter emphasizes enforcement within live traffic. MiddleBrick’s CLI and CI/CD integration support automated gating, whereas Traceable’s integrations focus on runtime decisions.

Pricing and compliance framing

middleBrick Free tier allows three scans per month with CLI access. Starter at 99 USD per month supports 15 APIs, monthly scans, dashboard access, email alerts, and an MCP server. Pro at 499 USD per month supports 100 APIs with continuous monitoring, GitHub Action gates, and compliance reporting. Enterprise at 2000 USD per month offers unlimited APIs, custom rules, SSO, and dedicated support.

Traceable’s public pricing is not specified here. Evaluation should consider total cost of ownership, including integration effort, required infrastructure, and ongoing maintenance.

middleBrick maps findings to PCI-DSS 4.0, SOC 2 Type II, and OWASP API Top 10 (2023). For other frameworks, it helps you prepare for audits and surfaces findings relevant to security controls. It is a scanning tool and does not certify compliance.

Frequently Asked Questions

Does middleBrick perform active exploitation like SQL injection?
No. The scanner uses read-only methods and does not send destructive payloads. It does not perform active SQL injection or command injection testing.
Can authenticated scans be run with CI tokens?
Yes. Bearer tokens, API keys, Basic auth, and cookies are supported for authenticated scanning. Domain verification is required to ensure credentials are used by the domain owner.
What happens to scan data after account cancellation?
Customer scan data is deletable on demand and purged within 30 days of cancellation. Data is never sold and is not used for model training.
How does middleBrick handle indirect prompt injection in LLM scans?
It runs multi-turn manipulation and indirect prompt injection probes across tiered scan depths to surface risks in LLM-facing endpoints.
Does middleBrick replace a human pentester?
No. It does not detect business logic vulnerabilities or blind SSRF, and it should not replace a human pentester for high-stakes audits.