Scope note: This comparison is intentionally limited to Dynamic Application Security Testing (DAST) workflows and runtime testing use cases. It does not compare SAST, design review, or pull-request code review features.
Why this comparison matters
Teams that ship APIs quickly need DAST programs that can run often, validate real attack paths, and produce findings that are easy for engineers to reproduce and fix. AWS Security Agent positions itself as an agent that can run on-demand penetration testing and validated attack scenarios. DASTPilot, by contrast, is purpose-built as a REST API-focused scanner with role-aware execution, OpenAPI-driven targeting, and business-logic abuse checks.
If your primary need is runtime API security validation, the differences below are what matter most.
Quick comparison (DAST use cases only)
| DAST capability | DASTPilot | AWS Security Agent (Preview) |
|---|---|---|
| API-first targeting | Imports OpenAPI, role mappings, auth profile, and roles as scanner input; built around REST API test execution. | Public page describes on-demand pentesting and tailored scenarios, but does not detail an OpenAPI-first API scanning workflow on the overview page. |
| Role-aware authorization testing | Explicit role configs, owned/foreign IDs, BOLA/BFLA checks, and cross-role probing are core scanner paths. | Public page highlights tailored penetration testing, but does not explicitly describe role-matrix authorization modeling in the overview. |
| Business-logic abuse testing | Dedicated checks for cart tampering and payment amount tampering/payment card exposure. | Public page emphasizes multi-step attack scenarios but does not enumerate API business-flow test modules in detail on the overview. |
| Injection depth for APIs | Includes SQLi + NoSQL heuristics (error, boolean, timing), plus other runtime probes. | Public page states validated vulnerabilities and penetration testing, but does not list specific SQLi/NoSQL API probe logic on the overview. |
| Auth lifecycle handling during scan | Supports token generation profiles and token regeneration on configured status responses (for example 401), reducing broken scan runs on expiring sessions. | Public page emphasizes speed and automation, but auth-refresh mechanics are not specified on the overview page. |
| Policy/profile control for repeatable scans | Security check registry + profile/policy model (full/quick/authz-focused/injection-focused/custom) for reproducible scan selection. | Public page focuses on outcomes and centralized standards; low-level DAST check-profile controls are not described on the overview. |
| Pricing predictability | Predictable fixed pricing for planning and budgeting. | Priced at $50/task-hour, and task-hour usage can be hard to predict for complex or evolving test scopes. |
Where DASTPilot is better for API DAST programs
1) It is built specifically for API DAST inputs, not just generic "run a pen test"
DASTPilot starts from concrete scanner artifacts: target base URL, OpenAPI spec, operation-role mappings, role credentials, and auth profile. That means the runtime attack engine can build targeted requests per endpoint and role rather than relying only on broad crawling/discovery.
For API security teams, this is a major operational advantage: less setup ambiguity, more deterministic coverage, and easier repeatability.
2) Stronger out-of-the-box authorization abuse coverage for APIs
DASTPilot includes dedicated BOLA and BFLA logic with role context and foreign identifier mutation. In practical terms, this aligns tightly with the top failure mode in API breaches: authorization breakdowns between tenants/users/roles.
If your incident history is "wrong user can read or mutate someone else’s object," this focus is exactly what you want in day-to-day DAST.
3) Better support for business-logic abuse in commerce-style APIs
Most scanners can detect syntactic vulnerabilities. Fewer can reliably probe business invariants. DASTPilot includes tests for cart total tampering, quantity manipulation, payment amount tampering, and card data exposure checks.
That makes it more useful for product/security teams who need to catch revenue-impacting abuse paths, not just classical injection signatures.
4) More explicit control over what gets tested and why
With a check registry plus scan profiles/policies, DASTPilot makes it easier to answer questions like:
- "What exactly did we run in this scan?"
- "Can we run authz-only tonight and full on weekends?"
- "Can we suppress lower-severity checks temporarily without code edits?"
That operational control matters when you run DAST continuously across many APIs.
5) Practical token/session resilience during long scan runs
DASTPilot supports auth token profile configuration and regeneration triggers when status codes (like 401) indicate expiry or invalidation. For authenticated API DAST, this reduces scan drift/failure and increases signal quality over long or queued runs.
6) More predictable pricing for teams that need cost control
AWS Security Agent pricing is listed as $50 per task-hour. In practice, task-hour consumption can be difficult to forecast as scan scope and scenario complexity grow, which can increase costs quickly.
DASTPilot, by contrast, uses predictable fixed pricing, making it easier for teams to budget ongoing API DAST programs without volatile per-task-hour swings.
Fair caveat
AWS Security Agent is in Preview and AWS may rapidly expand documented DAST depth, check granularity, and API-specific workflow controls over time. This comparison is based on currently public product positioning for AWS Security Agent and current DASTPilot implementation.
Recommendation
If your goal is API-centric DAST with strong authorization and business-logic abuse coverage today, DASTPilot is the better fit.
If your goal is broader lifecycle security with a managed AWS-native agent experience, AWS Security Agent may still be attractive-but for pure API DAST programs, DASTPilot currently provides more concrete, operator-level DAST capabilities.