NightVision vs. Invicti
NightVision is whole-app DAST: a coordinated platform workflow that tests web applications and APIs on a crawler built for modern single-page apps, scans fully authenticated with MFA, and widens coverage with an OpenAPI spec generated from your source code. Invicti is a runtime-first enterprise AppSec platform with proof-based scanning heritage. Here's how the two compare.
An enterprise platform and a purpose-built whole-app DAST.
The question isn't which one is better; it's which one fits how your team builds and ships software.
Where Invicti excels
Invicti (formerly Netsparker) built its name on proof-based scanning that automatically confirms many findings, and it now sells a consolidated platform spanning DAST, SAST, SCA, container security, API security, and ASPM, with a large enterprise customer base and 110+ integrations claimed. For security organizations consolidating multiple AppSec technologies with one enterprise vendor, that breadth is real.
What NightVision is built for
NightVision uses a coordinated web-application and API workflow: a crawler built for modern apps works alongside source discovery that can generate an OpenAPI spec and surface supported REST routes missing from documentation or observed traffic. Request-level findings retain the HTTP request and response, Code Traceback is available on supported source-discovered API scans, and coding agents can use finding evidence to propose changes and rescan under repository review controls.
NightVision vs. Invicti: feature breakdown
A direct comparison across the dimensions that matter most for modern application security programs. Competitor claims reflect Invicti's own public documentation.
| Capability | NightVision | Invicti |
|---|---|---|
| Whole-app web + API DAST | ✅ One engine crawls the web UI and tests the APIs behind it | ✅ DAST for web apps plus API security across REST, SOAP, and GraphQL |
| Where does your API spec come from | ✅ Generated from source in under 20 seconds (API eNVy); deterministic static analysis, no LLM reads your code | ⚠️ Runtime-side discovery: spec crawling, extraction during web scans, API gateway integrations, and production traffic sensors |
| Modern SPA crawling | ✅ LLM-based form handling, WebDriver BiDi intelligent waiting, duplicate page detection | ✅ AI-enhanced crawler releases |
| Authenticated scanning | ✅ Playwright-recorded logins, credentials auto-vaulted, TOTP/MFA; a login-check gate fails CI instead of silently scanning logged out | ✅ AI login and form filler |
| Finding evidence | ✅ Request and response evidence on request-level findings; Code Traceback on supported source-discovered API scans | ✅ Proof-based scanning confirms findings with safe auto-exploitation at the HTTP level |
| Source-line linkage | ✅ Code Traceback on supported source-discovered API scans | ⚠️ DAST-to-SAST correlation across two engines |
| Remediation output | ✅ Coding agents can use finding evidence to propose changes and rescan under repository review controls | ⚠️ AI remediation guidance |
| What your agent consumes | ✅ MCP server plus Claude Code skills serving deterministic, source-linked findings | ⚠️ No published first-party MCP server found on Invicti's product pages |
| CI/CD integration | ✅ Native: GitHub Actions, GitLab, Jenkins, Azure DevOps; SARIF into GitHub Security Alerts | ✅ 110+ integrations claimed; workflow centers on the platform console |
| Private network scanning | ✅ Smart Proxy, zero infrastructure changes | ⚠️ Internal scanning via deployed agents and appliances |
| Getting started | ✅ Self-serve free trial; 6 to 12 clicks, under a minute | ⚠️ Quote-led enterprise sales; Acunetix is the SMB line |
| SOC 2 Type 2 | ✅ SOC 2 Type 2 (report available under NDA) | ✅ Yes |
What one source-linked product changes
These aren't feature checkboxes. They're the reasons teams shipping daily choose purpose-built whole-app DAST.
Map the app from two directions
The crawler maps what the browser can reach; static source analysis can map supported REST routes the code exposes. The platform dynamically tests everything it finds, so coverage doesn't depend on production traffic.
See the APIs nobody documented
Most REST API endpoints are undocumented. API eNVy generates an OpenAPI spec from source in under 20 seconds, which can surface routes missing from documented specs.
Request and code context
Request-level findings retain HTTP request and response evidence. On supported source-discovered API scans, Code Traceback can link a finding to the endpoint file and line in the same workflow.
Scan fully authenticated
Playwright-recorded logins with credentials auto-vaulted and TOTP/MFA support. A login-check gate fails the pipeline instead of silently scanning logged out.
From finding to proposed change
Coding agents can use finding evidence to propose a change and rescan it under normal repository review controls.
Agent-ready by design
An MCP server and Claude Code skills let your coding agents consume deterministic, source-linked findings.
The honest answer: it depends on your workflow.
✅ Choose NightVision when…
- You want continuous, authenticated web and API testing in every pipeline run
- Your API surface includes undocumented or shadow APIs
- You want developers to run scans without a security engineer present
- You need to scan private-network apps without infrastructure changes
- You want Code Traceback on supported source-discovered API scans in the same workflow
- You want agents to use finding evidence to propose changes and rescan under repository controls
- You want a self-serve trial instead of an enterprise procurement cycle
Consider Invicti when…
- You're consolidating DAST, SAST, SCA, API security, and ASPM on one enterprise platform
- Your organization is already standardized on Invicti's proof-based workflow
- You need Invicti's specific compliance reporting packages
- Procurement prefers an established enterprise platform vendor
The agent-ready dimension
Coding agents are becoming part of every AppSec workflow, and that raises a new question in any scanner evaluation: can your agent launch a scan, read the evidence, propose a fix, and verify it? NightVision ships an open-source MCP server and Agent Skills for exactly that loop: findings arrive carrying runtime evidence (file and line on supported source-discovered API scans), the agent fixes over MCP and rescans, and your review process governs the merge.
Whichever tool you choose, ask the same question of it; the loop is never better than the scanner underneath it.
"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 Invicti
How is NightVision different from Invicti?
Invicti is a runtime-first AppSec platform (DAST plus SAST, SCA, API security, and ASPM) known for proof-based scanning. NightVision is whole-app DAST with a coordinated web-application and API workflow: source discovery can generate an OpenAPI spec for supported REST frameworks, request-level findings retain HTTP evidence, and Code Traceback is available on supported source-discovered API scans.
Where does the API spec come from in each tool?
Invicti's API discovery is runtime-side per its own documentation: spec crawling, extraction during web scans, API gateway integrations, and network traffic analysis sensors. NightVision generates the OpenAPI spec from your source code in under 20 seconds using deterministic static analysis, so endpoints that never received traffic still get tested.
How do findings link back to code in each tool?
NightVision retains request and response evidence for request-level findings, and API findings discovered from source carry a native file and line Code Traceback, in one product. Invicti correlates DAST findings with results from its separate SAST engine. One product versus two correlated engines is the structural difference.
Does NightVision run fully authenticated scans with MFA?
Yes. Playwright-recorded login scripts with credentials automatically vaulted, TOTP/MFA support at scan time, and a login-check gate that fails the CI pipeline instead of silently scanning logged-out pages.
What evidence does NightVision provide?
NightVision dynamically tests the running app. Request-level findings retain HTTP evidence, supported source-discovered API scans can add endpoint file and line context, and teams can replay eligible findings for validation.
When is Invicti the better fit?
When you're consolidating multiple AppSec technologies on one enterprise platform, when your organization is already standardized on Invicti's proof-based workflow, or when procurement favors an established enterprise platform vendor. NightVision is SOC 2 Type 2 and in production with teams at BeyondTrust, JPMorgan, and Tyler Technologies, so enterprise readiness itself is not the dividing line.
How NightVision compares to other tools
NightVision vs Burp Suite · NightVision vs Checkmarx · NightVision vs Snyk · NightVision vs StackHawk · 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
Test the whole app, not just the parts you documented.
Map your app from source and the browser, run an authenticated scan, and see the request and response evidence on request-level findings, with Code Traceback on supported source-discovered API scans. Self-serve, no credit card.