Product Security
Product Security For The Software You Build
You answer for every component in the release, including those no one on your team wrote or reviewed.
With NetRise, know exactly what’s in every release: what you ingested, what actually compiled, and what to fix — before it ships under your name.
The Challenge
You Own The Release. AI Is Writing More Of What’s In It.
Open-source packages, their dependencies, AI-generated code, and the firmware and OS layers beneath them make up most of what you ship — all under your product’s name, and more than your SCA tools alone can scan.
Where Build-Side Tools Stop Short
SCA Scanners
Read declared dependencies in source; don’t confirm what the build actually included.
Source-derived SBOMS
Describe what was declared, not the compiled artifact your customers receive.
CVE-based tooling
Flags known vulnerabilities, not the secrets, keys, and misconfigurations shipped with the artifact.
Firmware & OS-layer tooling
Stops at the application layer; misses the kernels, RTOS, drivers, and firmware you inherit and ship.
With NetRise
Evidence At Every Stage Of The Build
Should this package enter the build? NetRise Provenance® applies one consistent trust standard and keeps malicious packages out with Package Firewall Manager.
What actually compiled in, including what no manifest declared? NetRise Turbine® analyzes the compiled artifact — application code, third-party components, and the layers beneath them: kernels, RTOS, drivers, and firmware — surfacing statically linked libraries, vendored dependencies, and the non-CVE risk scanners miss: embedded secrets, exposed keys, and misconfigurations.
Does the artifact match what you intended to ship, and can you prove it? Turbine produces a build-true SBOM you can hand to customers and regulators.
A component you shipped goes bad. Which products and versions are affected? Provenance blast radius scopes propagation across your builds in minutes, so the answer is on file, not assembled by hand.
The Solution
Two Products. One Complete Answer.
Provenance determines whether software should be trusted before it enters your build and traces how far risk propagates once a dependency turns. Turbine independently verifies what actually compiled into the release — components plus the secrets, keys, and misconfigurations no manifest lists — with no source code required.
NetRise Turbine
Turbine doesn’t infer risk from a manifest. It analyzes the compiled artifact directly: components, credentials, and the paths a system entry point can reach, so you can act:
- What’s Inside? — The actual component inventory, including statically linked and embedded dependencies that no manifest declared.
- Is it Reachable? — Whether a traceable execution path connects a system entry point to the affected component, so you prioritize risk that can actually be reached.
- What non-CVE risk is present? — The exposed secrets, keys, and misconfigurations shipped in the artifact that a CVE scan never surfaces.
What Turbine sees in the artifact:
- 3×more reachable vulnerabilities via deep execution-graph analysis
- 10k+kernel-CVE findings auto-resolved per scan
- 13kcertificates and 128 private keys in one patched device — not one a CVE
NetRise Provenance
Provenance maps every dependency to its origin and traces how far its risk reaches, scoring each on three dimensions. Package Firewall Manager then blocks what fails wherever code enters — even the packages your AI assistant suggests:
- What’s the Impact? — How far a risky package or maintainer reaches across your builds and products.
- Is the Repository Healthy? — Whether the project behind it is active and maintained, or decaying.
- Who’s Involved? — Who maintains it, where they’re based, and whether they’re tied to known risk.
What Provenance maps across the supply chain:
- 3M+open-source repositories tracked
- 10M+packages mapped to upstream sources
- 100M+components marked, with organization and geographic data
NetRise Provides Product Security Results You Can Measure
Block risky and malicious packages before they enter a build.
Produce build-true SBOMs for customers and regulators.
Reduce vulnerability noise by more than 90% with reachability analysis.
Tell customers which products and versions are affected in minutes, not weeks.