NightVision vs. StackHawk
Both platforms run DAST inside developer workflows, with source-based API discovery, authenticated scans, and agent scan, fix, and rescan support. NightVision differentiates with deterministic local REST discovery, a browser-first crawler, and authentication preflight.
Two CI/CD-native DAST platforms. Different coverage models.
Both products can participate in an agent scan, fix, and rescan loop. The practical question is which discovery, authentication, and application-coverage model fits your environment.
Where StackHawk excels
StackHawk is a developer-first DAST with a genuinely strong CI/CD story: configuration lives in code, scans run per-commit across many repos, and its agent-loop integrations name the tools developers actually use (Claude Code, Cursor, Codex, Copilot). Its own positioning is API-first: "We focus on APIs... but you can scan SPAs and classic web apps as well."
Where NightVision goes further
NightVision combines a crawler built for modern single-page applications with local, deterministic source discovery for supported REST frameworks. That gives teams one workflow for browser-based web UI and API coverage, including authenticated applications, with source-linked finding context where Code Traceback is available. StackHawk is a strong API-first option with agent integrations and an LLM-assisted source-discovery workflow.
NightVision vs. StackHawk: feature breakdown
A direct comparison across the dimensions that matter most for modern application security programs.
| Capability | NightVision | StackHawk |
|---|---|---|
| Where your API spec comes from | ✅ Generated locally from source for supported REST codebases; deterministic static analysis, no LLM reads your code to generate the spec | ✅ LLM-assisted source analysis, according to StackHawk's documentation |
| Spec-generation framework coverage | ✅ Documented support across Python, JavaScript/TypeScript, Java, C#, Ruby, and Go frameworks | ✅ Documented framework matrix with availability varying by framework and release stage |
| Spec-generation packaging | ✅ Included with the platform | ⚠️ Gated to the Enterprise plan (their docs) |
| Modern SPA crawling | ✅ LLM-based form handling, WebDriver BiDi-based intelligent waiting, duplicate page detection | ⚠️ API-first by self-description: "We focus on APIs... but you can scan SPAs and classic web apps as well" (their DAST page) |
| Authenticated scanning | ✅ Playwright-recorded logins with credentials auto-vaulted, TOTP/MFA support, and an optional login check for CI | ✅ Supported via configuration (cookies, tokens, scripts) |
| Finding evidence | ✅ Request and response evidence; file:line Code Traceback on supported API findings discovered from source | ✅ HTTP request/response evidence |
| Agent remediation loop | ✅ MCP server and skills let agents trigger scans, inspect source-linked evidence where supported, draft code changes, and rescan | ✅ Agent integrations support finding, fixing, and rescanning within coding workflows |
| What your coding agent consumes | ✅ MCP server + Claude Code skills serving deterministic, source-linked runtime evidence | ✅ Named agent integrations: Claude Code, Cursor, Codex, Copilot (their site) |
| Private network scanning | ✅ Smart Proxy, zero infrastructure changes | ⚠️ Runs in your pipeline; scanner placement is on you |
| Getting started | ✅ Self-serve trial; onboard in 6 to 12 clicks, under a minute; no credit card | ✅ Self-serve, 14-day trial (their pricing page) |
| SOC 2 Type 2 | ✅ SOC 2 Type 2 (report available under NDA) | ✅ Yes (their trust page) |
Where NightVision separates from StackHawk
These aren't feature checkboxes. They're the design decisions that change what gets tested and how fixes get shipped.
Deterministic spec generation
API eNVy™ builds OpenAPI specs locally for supported REST codebases, typically in under 20 seconds. No LLM reads your code to generate the spec, and source code stays in your environment.
The web-app half of your portfolio
NightVision crawls and tests browser-based applications with LLM-based form handling, WebDriver BiDi-based intelligent waiting, and duplicate page detection. StackHawk describes its approach as API-first while also supporting SPA and classic web application scans.
Evidence developers can act on
Findings include request and response evidence, and supported source-discovered API findings add Code Traceback to the endpoint's file and line. Agents and developers can use that context to draft a fix, then rescan to validate the changed application.
The honest answer: it depends on your workflow.
✅ Choose NightVision when…
- You need one workflow covering the web UI and the APIs behind it
- Your API surface includes undocumented or shadow REST endpoints
- You want spec generation that is deterministic and local, with no LLM reading your code
- You want supported source-discovered API findings tied to the endpoint's file and line
- Your logins involve MFA/TOTP and you want a dedicated authentication check in CI
- You need to scan private-network apps without infrastructure changes
Consider StackHawk when…
- You want security scans running inside the coding-agent loop today; their agent-native motion is productized and first to market
- You want a low per-user entry price to start small across many repos
- You've invested heavily in StackHawk configuration-as-code and it covers your needs
- Your program is API-first and browser-based web app coverage is secondary
- You want repo inventory across GraphQL, gRPC, and WebSocket APIs as well as REST
Common questions about switching from StackHawk
How does NightVision's API spec generation compare to StackHawk's?
Both tools can generate an OpenAPI spec from source, but the methods differ. NightVision's API eNVy™ runs locally as deterministic static analysis: no LLM reads your code to generate the spec, source code stays in your environment, and supported REST codebases typically produce a spec in under 20 seconds. StackHawk documents an LLM-assisted approach, with availability varying by framework and plan.
Does NightVision scan web applications as well as APIs?
Yes. NightVision's crawler is built for modern single-page applications: LLM-based form handling fills validation-gated forms with internally consistent values, WebDriver BiDi-based intelligent waiting advances when network and DOM activity settle, and duplicate page detection keeps scans finite on templated applications. StackHawk is API-first by positioning and also supports SPA and classic web application scans.
How do agent remediation workflows compare?
Both products can support an agent loop that scans the application, uses finding evidence to guide a code change, and rescans to validate the result. NightVision exposes scans and source-linked evidence where supported through its MCP server and skills, with the final change handled through the team's normal review and merge controls.
Can NightVision scan apps on private networks?
Yes: NightVision's Smart Proxy scans private-network applications with zero infrastructure changes. No agents, no routing configuration.
How NightVision compares to other tools
NightVision vs Burp Suite · NightVision vs Checkmarx · NightVision vs Invicti · NightVision vs Snyk · NightVision vs Veracode · NightVision vs Bright Security · NightVision vs Rapid7 InsightAppSec · NightVision vs HCL AppScan · NightVision vs OWASP ZAP · NightVision vs Escape · NightVision vs 42Crunch · All comparisons
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