Pricing alternative to Bright Security

Bright Security positions itself as a high-end solution with per-api seat pricing that scales quickly. middleBrick offers a straightforward per-scan model with monthly access tiers, removing per-endpoint license fees. This structure is favorable when the number of endpoints fluctuates or when you prefer predictable recurring spend over seat-based budgeting.

Total cost of ownership includes onboarding time, ongoing maintenance, and integration overhead. Bright often requires security teams to integrate agents or SDKs and manage API keys at scale. middleBrick requires no agents or code changes, which reduces setup effort and long term maintenance. For teams already operating in CI/CD pipelines, the operational overhead stays lower because there is no runtime component to deploy or update.

Consider the ongoing operational costs of maintaining security tooling. Bright’s per-seat model can increase as your API inventory grows, while middleBrick’s scan-based pricing aligns cost with actual assessment activity. If continuous monitoring is needed, middleBrick’s Pro tier provides scheduled rescans and diff detection without adding per-API license fees.

Budget planning is simpler when pricing is consumption-based rather than seat-based. With middleBrick, you pay for the scans you run and the monitoring cadence you select. This can reduce financial risk when onboarding new APIs or during periods of rapid change.

For teams priced out of Bright Security, middleBrick presents a lower entry cost with a clear price ladder from free through enterprise tiers. The absence of per-API license fees makes it practical to start small and expand coverage as the value of continuous scanning is demonstrated.

Bright Security and middleBrick both provide security scanning and reporting aimed at API risk reduction. middleBrick focuses on black-box scanning with a read-only methodology that requires no agents or code access. Bright may include agent-based instrumentation, which introduces additional deployment considerations and maintenance.

middleBrick maps findings directly to PCI-DSS 4.0, SOC 2 Type II, and OWASP API Top 10 (2023). These mappings support audit evidence for control validation and help security teams demonstrate due diligence. The scanner detects issues such as authentication bypass, broken object level authorization, insecure configuration, and data exposure patterns aligned to these frameworks.

For other regulations, middleBrick helps you prepare for audits by surfacing findings relevant to security controls described in HIPAA, GDPR, ISO 27001, NIST, CCPA, and similar regimes. It is important to note that middleBrick is a scanning tool and is not an auditor, so it cannot certify compliance or guarantee adherence to any regulatory standard.

Bright Security may offer additional workflow integrations and dashboard customizations aimed at enterprise governance. middleBrick provides comparable capabilities through its web dashboard, CLI, and CI/CD integrations. The GitHub Action can fail builds based on score thresholds, and the MCP Server enables scanning from AI coding assistants, which supports secure development practices without requiring a separate workflow layer.

The choice between the tools often comes down to methodology and deployment constraints. If your organization requires a purely black-box, read-only approach that avoids agents and runtime instrumentation, middleBrick offers a focused alternative while still addressing widely recognized security frameworks and audit requirements.

Bright Security typically integrates into existing security workflows via agents, SDKs, or runtime instrumentation. This can introduce complexity in environments with diverse tech stacks or strict change management policies.

middleBrick operates as a self-service scanner with no agents, SDKs, or code access. The CLI supports straightforward usage with commands such as middlebrick scan https://api.example.com, producing JSON or text output suitable for scripting. This reduces integration friction for teams that rely on static analysis within CI pipelines.

The GitHub Action provides a CI/CD gate that fails the build when the API score drops below a defined threshold. This enforces security checks early in development rather than as a late-stage gate. The MCP Server makes the scanner accessible from AI coding assistants, allowing developers to trigger scans directly from their development environment.

Authenticated scanning in Starter and higher tiers supports Bearer tokens, API keys, Basic auth, and cookies. Domain verification is enforced through DNS TXT records or an HTTP well-known file, ensuring that only domain owners can submit credentials. The scanner forwards a restricted set of headers, limiting noise and reducing the risk of unintended side effects.

For organizations with established security tooling, middleBrick offers an API client for custom integrations. This enables automated scanning schedules, programmatic retrieval of reports, and incorporation into existing risk dashboards without requiring deep coupling to the scanner internals.

middleBrick detects issues across 12 categories aligned to OWASP API Top 10, including authentication weaknesses, broken object level authorization, privilege escalation, and data exposure. It also covers input validation, rate limiting, encryption misconfigurations, SSRF indicators, inventory problems, and unsafe consumption patterns.

The LLM / AI Security category includes 18 adversarial probes across Quick, Standard, and Deep scan tiers. These probes test for system prompt extraction, instruction override, jailbreak techniques, data exfiltration attempts, token smuggling, and other AI-specific risks. This coverage helps teams assess the security of public-facing endpoints that interact with language models.

OpenAPI analysis is supported for versions 3.0 and 3.1, as well as Swagger 2.0, with recursive $ref resolution. The scanner cross-references the specification against runtime behavior to highlight undefined security schemes, deprecated operations, and missing pagination that can lead to over-fetching.

It is important to understand what the scanner does not do. It does not perform active SQL injection or command injection testing, as those require intrusive payloads outside the stated scope. It does not detect business logic vulnerabilities, blind SSRF, or guarantee the absence of any specific vulnerability. The scanner provides detection and reporting with remediation guidance rather than automatic fixing.

Finally, the tool is designed for read-only assessment. Destructive payloads are never sent, and infrastructure-level protections block private IPs, localhost, and cloud metadata endpoints. These design decisions reduce operational risk while maintaining coverage for common configuration and exposure issues.

middleBrick prioritizes data minimization and user control. Customer scan data is deletable on demand and purged within 30 days of cancellation. The tool does not sell data and does not use scan data for model training, which reduces privacy-related risks for security teams.

The scanner employs multiple layers of protection against unsafe targets. Private IPs, localhost, and cloud metadata endpoints are blocked to prevent accidental disruption. Only read-only methods are used during scans, ensuring that no destructive actions are taken against production systems.

Continuous monitoring in the Pro tier enables scheduled rescans on intervals ranging from every six hours to monthly. Diff detection highlights new findings, resolved findings, and score drift over time. Email alerts are rate-limited to one per hour per API to avoid notification fatigue.

Webhook delivery in Pro includes HMAC-SHA256 signed payloads, and webhooks are automatically disabled after five consecutive delivery failures. This protects downstream systems from malformed or unexpected messages while providing reliable event propagation.

Organizations that require strict operational boundaries can rely on the combination of read-only scanning, explicit blocking of sensitive targets, and clear data retention policies. These controls help ensure that security assessments remain safe, auditable, and aligned with enterprise risk practices.