Legit Security ASPM vs OpenText Application Security Posture Management

Legit Security ASPM is an application security posture management platform for enterprise security and AppSec teams. It brings vulnerabilities, misconfigurations, secrets, GenAI usage, and other software supply-chain risks together across the development pipeline. Legit coordinates existing scanners, correlates and deduplicates findings, and applies contextual scoring using business criticality, compliance, GenAI use, APIs, and internet accessibility. It identifies remediation chokepoints where one action can address several issues, automates security guardrails and policies, and monitors code changes that may increase risk. The platform can discover code made with AI assistants and support controls for secure AI use. Reporting includes SBOM generation, metrics, and policy-adherence tracking. Legit lists 120 integrations, including Black Duck SCA, GitHub Advanced Security, GitHub Actions, GitLab CI, Jenkins, Okta, and Wiz, while its architecture supports custom integrations. It is available through web and API interfaces with hybrid deployment. Pricing requires contacting sales.

OpenText Application Security Posture Management is a web-based service for organizing application security risk. It correlates findings so information from security checks can be considered together, prioritizes risks to help teams decide what needs attention, and supplies remediation workflows for follow-up work. The listed deployment model is hybrid, allowing an organization to use a combination of deployment environments rather than a single model. Pricing is paid and available on request. OpenText was founded in 1991 and is headquartered in Waterloo, Ontario, Canada. Web is the only listed platform; no desktop, mobile, or self-hosted platform is specified in these facts. The product is centered on bringing findings into a shared posture process, ranking risk, and guiding remediation activities. Organizations reviewing it can focus on how those three capabilities and the hybrid deployment approach align with their application security operations.