Legit Security offers comprehensive solutions for managing software security risks, ensuring efficient code integration, risk reduction, and policy adherence through centralized controls and robust integration with existing tools.
Legit Security provides organizations with a powerful platform for enhancing software security. It offers a unified control panel that highlights high-risk findings and enhances security posture with risk scoring. By facilitating seamless integration with existing tools, it promotes a security shift-left approach. Centralized management helps enforce policy adherence while secret management capabilities add another layer of security. Despite some false positives in secret detection, Legit collaborates with engineering teams to ensure secure code integration.
What are the key features of Legit Security?
- Noise Reduction: Minimizes noise from scanning tools for increased efficiency.
- Risk Scoring: Highlights high-risk findings to prioritize security efforts.
- Unified Control Panel: Centralizes oversight for improved policy enforcement.
- Seamless Integration: Works with existing tools to reduce security risks.
- Secret Management: Ensures secure handling of sensitive information.
What benefits should be considered when evaluating Legit Security?
- Comprehensive Visibility: Offers end-to-end insights into the software development lifecycle.
- Security Shift-left: Facilitates early security integration for proactive risk management.
- Partnership with Engineering Teams: Promotes collaborative secure code implementation.
- Responsive Enhancement Requests: Reflects adaptability to user feedback for continuous improvement.
In industries dealing with sensitive data and complex code deliveries, Legit Security is implemented to manage the entire software development lifecycle. Organizations utilize it for compliance, integrating it with other scanning tools to bolster code supply chain security and application security management. In the wake of incidents like the SolarWinds breach, the importance of securing the software delivery pipeline has been underscored, positioning Legit Security as a crucial component in protecting against similar threats.
OX rewires your security program for the Mythos Age: the era where AI writes the code, chains the exploits, and moves faster than human-built defenses can track.
OX is an AI Native Application Protection Platform (AINAPP) unifying security from Prompt to Runtime. It moves your control surface upstream to the prompt, preventing and governing risk at the source instead of chasing it downstream in runtime.
OX Mind and OX AI Context Lake connect AI-user governance, code security, cloud and runtime enforcement, and agentic pentesting into one system that shares context across the entire Agentic Development Lifecycle (ADLC), replacing fragmented point tools with a single platform.
The platform runs on four connected pillars:
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OX VibeSec: Prevents unsafe AI decisions at the point of creation and governs every AI user in the organization, not just developers using coding assistants. Full visibility into which agents, MCPs, skills, and packages run, with what permissions, against what data.
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OX Code: Separates exploitable risk from theoretical noise using evidence from your actual deployment, threat model, and threat intelligence.
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OX Cloud: Prevents misconfigurations and enforces runtime boundaries that code and agents cannot cross, watching what actually runs in production.
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OX Agentic Pentester: Continuously simulates adversarial agent behavior to prove exploit paths back to their exact source, feeding what it finds back into OX VibeSec to sharpen governance.
OX connects to your existing stack and traces every finding back to its origin (the prompt, the AI user, or the endpoint that created it), then fixes issues at the source rather than flagging them after the fact.
For new deployments, OX consolidates governance, code security, cloud enforcement, and pentesting into one platform. For existing stacks, OX layers governance on top and makes current tools smarter through continuous learning, so the same issue never gets created twice.
Visit https://ox.security for more information.
