Overview

The platform covers code, secrets, open-source dependencies, AI models, coding agents and container images. Its breadth is useful for teams that want to connect software-component analysis with controls on AI-assisted development; it may be more than necessary for teams seeking only a standalone secrets scanner.

Deployment options include cloud apps, scans inside CI/CD runners, and Endor Outpost for scheduled monitoring or on-premises deployment. Endor Labs says cloud scans briefly clone code into a container that is destroyed after scanning; CI/CD scans keep code in the runner. AURI agents run on customer infrastructure, are read-only by default and require approval before mutating actions.

Key features

AI coding workflow: AURI for Developers helps scan and fix vulnerabilities, detect secrets and block malicious dependencies. This connects security checks to AI coding workflows rather than limiting them to a separate review step.
Code and secrets: Endor Code provides AI SAST and secrets detection. Teams can scan pull requests and use the platform's supported ecosystems, spanning C/C++, Go, Java, JavaScript, Kotlin, .NET, PHP, Python, Ruby, Rust, Scala, Swift, TypeScript and Bazel.
Dependency analysis: Endor Open Source provides reachability-based SCA, malicious package detection, AI model governance, and SBOM and VEX generation. Reachability analysis helps prioritize dependencies based on whether code paths use them; this is a practical distinction for teams managing large dependency inventories.
Agent governance: Teams can inventory coding agents, models, MCP servers and skills, then enforce policies on agent actions. That makes the platform relevant to organizations that need oversight as well as code scanning.
Integrations and access: Integrations include GitHub, GitLab, Bitbucket, CircleCI, Jenkins, Jira, Slack, Vanta, Cursor, Claude, Gemini and GitHub Copilot. The product offers a web UI and REST API on paid plans; endorctl installation covers macOS, Linux and Windows.

Pricing

Endor Labs uses a freemium model, with custom pricing for paid tiers and no free trial. Paid plans use annual fair-usage quotas based on purchased seats, but users are not blocked from scanning after exceeding those quotas. Teams should weigh that flexibility against the need to confirm seat-based pricing and expected usage with sales.

Plan	Price	What it includes	Best fit
Developer	0.00 USD per free	Local scans through the AURI MCP server; no account required. No UI, policies or scan history.	Individual developers who want local scanning without shared management.
Core	Custom pricing	Paid team tier with reachability, prioritization and policies; seat-based pricing.	Teams needing shared controls and dependency prioritization.
Pro	Custom pricing	Paid team tier with advanced vulnerability detection, triage and remediation across application layers; seat-based pricing.	Teams seeking broader vulnerability workflows across their applications.

The free tier's lack of UI, policies and history is a substantial limitation for teams coordinating reviews. Multiple Technical Success support tiers are tailored to team needs and deployment complexity.

Platforms

Endor Labs supports API, Linux, macOS, web and Windows, with hybrid deployment options. Teams can choose cloud scanning, CI/CD runner scanning or on-premises deployment through Endor Outpost, depending on their operating requirements.

Who it's for

Endor Labs is a strong fit for development and security teams that need code and dependency analysis alongside oversight of coding agents, especially when reachability and deployment choice matter. Individual developers can use the free local tier. Teams that only need a narrow secrets-scanning workflow, or need shared scan history without a paid plan, should look elsewhere.

Pros and cons

Pro: Combines AI SAST, secrets detection, reachability-based SCA, malicious-package detection and agent governance, reducing the need to treat these concerns as entirely separate workflows.
Pro: Cloud, CI/CD and on-premises deployment options give teams different ways to handle code scanning; the stated source-code handling distinguishes transient cloud clones from code kept in the runner.
Pro: A free local scanning tier requires no account, making it accessible to individual developers.
Con: The free tier has no UI, policies or scan history, so it is not a shared team workspace.
Con: Paid plans require sales contact for custom, seat-based pricing, making costs harder to assess before engaging.

Alternatives

Vooda AI is another freemium option with a free self-hosted plan at 0.00 USD per free, which may suit readers prioritizing a self-hosted choice.
ggshield has a free plan and trial, and its CLI is open source; consider it when an open-source CLI is the priority.
GitGuardian offers a free Starter plan for up to 25 developers, unlimited real-time scanning and up to 500 historical scan detections, which may fit teams wanting those stated free-plan limits.
Semgrep Code has a free edition covering Code and Supply Chain for up to 10 repositories and 10 contributors, making it an option for readers whose needs fit those caps.
Augustus is a free alternative.
Gitleaks is a free alternative.
Kingfisher is a free and open-source alternative.
Talisman is a free alternative with pre-commit and pre-push hooks.

Readers comparing categories can also browse Secrets Scanning Software, DevSecOps Platforms, Dependency Management Software and Software Composition Analysis Software.

Verdict

Choose Endor Labs if your team wants dependency reachability, application security scanning and coding-agent governance in a platform that can run through cloud, CI/CD or on-premises routes. Its main trade-off is clear: free use is limited to local scans, while team features require a sales-priced, seat-based plan.

	Endor Labs	Turing Security Center
Free plan	Yes	No
Free trial	No	Yes
Paid from	Free	BRL 2/mo
Open source	No	No
Platforms	api, Linux, macOS, Web, Windows	Web
Free plan	Yes	No
Remediation workflows	—	Yes

Endor Labs vs Turing Security Center

Endor Labs

Turing Security Center