NightVision vs. Escape
Escape brought modern, agentless API testing to developers, with a focus on GraphQL and business-logic flaws. NightVision takes a code-first path: it discovers APIs from your source code, including shadow endpoints, then attacks the running app and pins each validated finding to the exact file and line.
Two developer-first API DAST tools, two different starting points.
Both Escape and NightVision are built for teams that ship APIs fast and want security testing that keeps up. The real difference is where each one begins: from the running, exposed API, or from your source code.
Where Escape excels
Escape is a modern, API-native DAST. It is agentless by design, discovers APIs from the outside using subdomain enumeration, OSINT, and AI fingerprinting, and is known for its GraphQL depth and business-logic testing of issues like BOLA and IDOR. If runtime-side, schema-driven API testing with deep GraphQL coverage is your priority, Escape covers that.
Where a code-first approach helps
Escape's discovery starts from what is already reachable: running services, traffic, schemas you provide, and an agentic browser crawler. NightVision starts from your source code, generating the OpenAPI spec in under 20 seconds, so shadow and undocumented endpoints surface before they ship. It then attacks the running app and ties every validated finding to the exact file and line.
NightVision vs. Escape: feature breakdown
A direct comparison across the dimensions that matter most for modern API and application security programs.
| Capability | NightVision | Escape |
|---|---|---|
| Primary approach | ✅ Source-code-assisted DAST: reads code to map every endpoint, then attacks the running app to prove exploitability | ✅ Agentless, API-first DAST focused on business-logic and GraphQL testing |
| API discovery method | ✅ From source code in <20s via API eNVy™; surfaces shadow / undocumented endpoints before they run | ⚠️ Primarily from the outside (subdomains, OSINT, fingerprinting), provided schemas, and an agentic crawler; optional Git repo connect for spec generation |
| Finds undocumented / shadow APIs from code | ✅ Yes, generated from source without a running app or traffic | ⚠️ Surfaces exposed APIs at runtime; pre-deploy, code-level shadow discovery is not the primary model |
| Findings tied to source file + line | ✅ Yes: each validated finding maps to the exact file path and line (code traceback) | ⚠️ Request / endpoint-level findings with stack-tailored remediation; exact code-line mapping is typically manual |
| GraphQL & business-logic testing | ✅ Tests REST and GraphQL with validated, exploit-proven DAST | ✅ A core strength, with deep GraphQL support and a business-logic focus (BOLA, IDOR) |
| Web app (browser) + API scanning | ✅ Full web app and API scanning in one platform, with Playwright auth recording | ⚠️ API-centric by design; has an agentic browser crawler and front-end DAST, though web-app breadth is narrower |
| Scan speed | ✅ 10-15 minute scans | ✅ Built for developer-speed, automated scanning |
| CI/CD-native integration | ✅ GitHub Actions, GitLab, Jenkins, Azure DevOps; results in the PR and GitHub Security Alerts | ✅ Native: GitHub Actions, GitLab CI, Jenkins, Azure DevOps, and more |
| Private network scanning | ✅ Smart Proxy reaches private-network apps with no agents, appliances, or infra changes | ⚠️ Internal scanning via deployable Private Locations (customer-managed) |
| Validated, low-false-positive findings | ✅ Evidence-based: each finding is dynamically proven exploitable | ✅ Validation-focused approach; depth of exploit proof varies by class |
| Onboarding | ✅ Under a minute; CLI + VS Code; self-serve trial | ✅ Modern developer experience; quick setup |
| SOC 2 Type II | ✅ AICPA SOC 2 Type II | ✅ Yes, SOC 2 Type II compliant |
What sets NightVision apart from Escape
Both tools are built for developers. These are the places where NightVision's code-first design changes the outcome.
Discovery starts in your code
Escape discovers APIs from the running, exposed surface. API eNVy™ builds a complete OpenAPI spec from your source code in under 20 seconds, so shadow and undocumented endpoints are caught before they ship.
Your whole attack surface, pre-deploy
Because it reads source rather than waiting on traffic or schemas, NightVision can map endpoints that were never deployed to a reachable environment yet.
Line-of-code precision
Each validated finding maps to the exact file and line and lands in GitHub Security Alerts, so developers fix issues without tracing a request back to the responsible code by hand.
Web apps and APIs together
NightVision scans browser-based web applications and APIs in one platform, with Playwright auth recording, not just an API-centric model.
Private networks, zero changes
The Smart Proxy reaches private-network apps and APIs without agents, appliances, or routing changes.
Exploit-proven findings
Every reported issue is dynamically validated as exploitable against the running app, tied back to the exact code that caused it.
The honest answer: it depends on your priorities.
✅ Choose NightVision when…
- You want API discovery driven by source code, not just the exposed runtime surface
- Your API surface includes undocumented or shadow endpoints you need caught pre-deploy
- You want findings tied to the exact file and line, surfaced in GitHub Security Alerts
- You need to scan both browser-based web apps and APIs in one platform
- You need to reach private-network targets without infrastructure changes
- You want every finding dynamically proven exploitable
Consider Escape when…
- Deep GraphQL coverage and business-logic testing (BOLA, IDOR) are your primary focus
- You prefer fully agentless, outside-in discovery across subdomains and OSINT
- Your APIs are already exposed and documented with current OpenAPI or GraphQL schemas
- You want runtime-side API testing and have invested in Escape's workflow
"We won an award at our company's internal hackathon for demonstrating developer teams executing a DAST scan on a web app in eight minutes from start to finish during build time, with tickets opened automatically with Engineering."Steve McKinnon · Senior Application Security Engineer, BeyondTrust
Common questions about NightVision and Escape
How is NightVision's API discovery different from Escape's?
It's a different starting point. Escape discovers APIs primarily from the outside, using subdomain enumeration, OSINT, AI fingerprinting, an agentic browser crawler, and the schemas you provide, with optional access to your Git repositories to help generate specs. NightVision's API eNVy™ generates a complete OpenAPI spec directly from your source code in under 20 seconds, so shadow and undocumented endpoints can be found before they ship, without needing a running app or captured traffic.
Does NightVision test GraphQL and business-logic issues like Escape?
NightVision tests both REST and GraphQL and runs validated, exploit-proven DAST against the running application. Escape has earned a strong reputation specifically for GraphQL depth and business-logic testing of issues like BOLA and IDOR, so if those classes are your sole focus it's a capable tool. NightVision's advantage is pairing dynamic attacks with source-code mapping and code-line precision across web apps and APIs.
Does NightVision tie findings back to source code?
Yes. Because NightVision reads your source to map endpoints, it pinpoints each validated finding to the exact file path and line number, surfaced in GitHub Security Alerts. Escape's findings are typically request- or endpoint-level, with remediation guidance tailored to your stack, so connecting them back to the exact responsible line is usually a manual step.
Can NightVision scan apps on private networks like an agentless tool?
Yes. NightVision's Smart Proxy scans private-network applications and APIs with no agents, appliances, or routing changes. Both tools avoid installing agents on your hosts; both can also reach internal, non-public targets: NightVision via its built-in Smart Proxy, Escape via customer-deployed Private Locations.
Is NightVision CI/CD-native and developer-friendly?
Yes. NightVision integrates with GitHub Actions, GitLab, Jenkins, and Azure DevOps, runs 10-15 minute scans, offers a CLI and VS Code extension, and posts findings to the pull request and GitHub Security Alerts. Onboarding takes under a minute through a self-serve trial. Escape is also CI/CD-native with a strong developer experience.
How NightVision compares to other tools
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