Provenance Intelligence

Who’s Really Behind Your Software?

Your software depends on open-source software components you didn’t write—and may not fully understand. NetRise Provenance reveals who is behind them, where they originate, how risk spreads across libraries and repos, and how far a compromise can reach. With a Policy Engine and blast radius analysis, teams can stop risky dependencies from entering builds and act faster when incidents emerge.

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Where Does Software Supply Chain Risk Hide?

Dependency Blast Radius

Risk can spread across services, products, and vendors before teams understand which components are affected.

Risk Concentration in Ecosystems

Critical dependencies may rely on a small number of maintainers or organizations, concentrating trust in too few hands.

Policy Violations at Intake

New dependencies can enter builds or procurement workflows before teams realize they violate internal standards or review criteria.

Unknown Maintainers

Teams often cannot see who actually writes and maintains the open-source dependencies they rely on.

Hidden Geopolitical Exposure

Country footprint and organizational ties often remain invisible, leaving sanctions and regional software risk unassessed.

Fragile Repositories

Declining activity, maintainer concentration, and poor repository hygiene can signal instability long before a dependency is flagged elsewhere.

Why Software Provenance is Crucial to Understanding

SBOMs, manifests, and vulnerability management tools show components and CVEs — not the maintainers, organizations, or countries behind them.
Dependency graphs reveal what is connected, but not where software truly originates or how stewardship risk concentrates.
Traditional tools rarely show how far a risky package, repository, or maintainer can propagate across products, services, or vendors.
Repository health signals such as low activity, poor hygiene, and maintainer concentration are rarely evaluated.
Policy enforcement remains manual and inconsistent across builds, procurement, incident response, and dependency review.

Without this context, teams cannot reliably decide which software to trust, block, or replace.

How NetRise Provenance Solves the Problem

Verify Where Open-Source Components Come From
Resolve packages to canonical repositories so teams can confirm true software origin.

See Who Stands Behind Dependencies
Link dependencies to maintainers, organizations, and regions to reveal who is behind the software.

Understand Blast Radius Fast
Map dependency and reverse-dependency relationships to assess where exposure appears and how far it propagates across libraries, repos, products, and vendors.

Enforce Policies with Policy Engine
Define and enforce consistent policies for builds, procurement, and incident response using provenance, advisories, repository health, geography, and organizational risk signals.

Spot Fragile Repositories Early
Evaluate activity, maintainer concentration, and security hygiene to identify higher-risk dependencies before they become incidents.

Who This Helps

Product Security / DevSecOps
Evaluate open-source dependencies using maintainer identity, repository health, and Policy Engine rules before approving software for production.

Third-Party & Supply Chain Risk Teams
Assess vendor software using independent evidence about contributors, organizations, geographic exposure, and upstream project risk.

CISOs & Security Leaders
Gain a defensible view of software supply chain risk tied to maintainers, organizations, countries, and ecosystem exposure.

Enterprise Security Engineers
Overlay provenance, dependency, and repository risk onto SBOMs to triage incidents faster and assess blast radius accurately.

Provenance Intelligence

Where Does Software Supply Chain Risk Hide?

Why Traditional Tools Fall Short

Why Software Provenance is Crucial to Understanding

How NetRise Provenance Solves the Problem

Who This Helps

See Who’s Behind Your Software