A contextual risk analyzer that identifies software supply chain security risks at every software development stage, provides deep context and enables centralized risk prioritization and remediation planning.
Integrate any scanner with Lineaje’s software crawling and analysis engine to uncover comprehensive risks and threats across source code, artifact repositories and containers. Continuously scan both the source and packaged code of every software component at every stage of software development.
Scan private source code, artifact repositories, and container images within an organization's security boundaries, ensuring critical and proprietary IP remains fully protected and never leaves the environment.
Enumerate all dependencies, including static dependencies, to derive mandatory and optional dependency chains and their inherent risks. Detects reachable vulnerabilities and linked functions for deeper transitive dependency visibility.
Identify embedded malicious and tampered packages to safeguard against attacks, and highlight packages of dubious origin to limit geo-provenance risks.
Search a single project or across all scanned projects on more than 170 attributes. With our AI-enabled intelligence, answer deep questions about applications in second.
Detect poisoned supply chains, automatically attests to the integrity of each open-source and private component in applications and be alerted to any component that is not fully trustable. Full lineage attestation ensures that the software deployed is what was built, what was built is what was sourced, what was sourced is identical to what was published and what was published came from the source code it claims to be originated from.
Take advantage of our full policy framework that enables automated filtering and prioritization of analysis finding. Create a central view of prioritized risks and attestations across all stages of application development, across all environments.
Significantly reduce the manual effort involved in comparing different software products, versions, or SBOMs. Quickly identify changes between versions, assess potential vulnerabilities, and track trends over time. Automate workflows based on SBOM-based safety ratings, like generating compliance reporting and attestations.