Software Supply Chain Security
Most software your organization runs was compiled by someone else. Turbine opens the artifact and establishes what it actually contains, without source code.
Learn moreSee what's compiled into your software — not just what's declared.
NetRise Turbine® analyzes the compiled binary itself, so you can prove what's really in the software you build, buy, and run.
Other tools only find the CVEs they can see. Turbine finds risk those tools miss — and shows you where it lives.
Through binary composition analysis, Turbine reads the compiled artifact, not just the application layer, so it catches the components and non-CVE risk a declaration leaves out.
The Problem
The declaration isn't always what executes
Manifests, source-derived SBOMs, and questionnaires describe what someone intended to ship — not what's compiled into the artifact you build, buy, and run. Most of what runs was never written by the party who shipped it: inherited kernels, open-source packages, embedded firmware, statically linked dependencies that no manifest lists.
Software Builders:
Your release sign-off covers the code your team wrote. Nothing covers the kernel, open-source software (OSS) packages, and firmware you inherited — or a component substituted at build time that your manifest never listed.
Software Buyers:
You're trusting a vendor's SBOM that you can't verify and a questionnaire answered once during onboarding.
The Gap
The risk that carries no CVE
An asset doesn't need a CVE to be dangerous. Secrets, public/private key pairs, certificates, and misconfigurations ship inside the artifact — the kind of risk a CVE scan isn't built to find.
Software Builders:
A hardcoded credential, expired certificate, or public/private key pair sits in your firmware right now, and a researcher, customer, or regulator may find it before you do.
Software Buyers:
The non-CVE risk a vendor left in the software you run is exactly the category your questionnaire never asks about, and your vendor never reveals.
The Solution
Answer the exposure question with evidence
Turbine reads the compiled binary image — no source code required, and nothing needed from the vendor — and returns a binary-derived component inventory (a complete SBOM), applies execution-aware reachability to show which findings are actually reachable, and pinpoints where each one lives across your environment.
Software Builders:
When a CVE disclosure drops, know which products and versions ship it — and tell customers in hours.
Software Buyers:
When the next big Zero-day drops, know which of your assets contain the affected component before the war room convenes.
Ready to See Your Real Risk?
Featured Solutions
Where Turbine Fits in Your Workflows
One analysis of a compiled artifact supports multiple programs: securing the software your organization runs, inventorying the cryptography inside it, and proving what's in a release before it ships.
PQC Cryptography Compliance
Quantum-vulnerable cryptography sits buried in compiled code. Turbine inventories the certificates, keys, and algorithms in use and exports a CBOM you can report against.
Learn more
Product Security
A release goes out under your name whether or not you know what's in it. Turbine confirms what the build compiled, and what to fix first.
Learn morePRODUCT FEATURES
From Compiled Artifact to Closed Ticket
Turbine works from the compiled artifact, so one analysis carries a team from establishing what's inside all the way to a ticket someone can close.
SBOM Generation & Management
Produce a complete, binary-derived SBOM from the software itself — including the statically linked and embedded dependencies no manifest lists — ready to hand to customers, auditors, or regulators.
Execution-Aware Reachability Analysis
Cut thousands of findings to the few that can actually be reached, so remediation targets real risk, not dormant-vuln noise.
License Risk
Surface open-source license compliance risk — the obligations and conflicts buried in inherited and embedded components — before they become legal exposure.
Jira Integration & Remediation Workflows
Route findings straight into the workflows your team already runs, so remediation moves in Jira instead of stalling in a report.
AI Provider & Model Identification
Identify the AI models and ML components compiled into software, so AI doesn't become an ungoverned supply-chain blind spot.
RiseAI
Investigate risk in plain language and act on it — ask questions, get answers, and move to remediation — with AI-generated reports that make even opaque or encrypted binaries readable.
Binary Analysis vs SCA: What Each Sees
CapabilitySource-based SCANetRise Turbine (binary analysis)
Works without source code
Analyzes third-party firmware & acquired binaries
Finds statically linked / embedded deps no manifest lists
Detects secrets & misconfigurations compiled into the artifact
Execution-aware reachability from the running binary
Cryptographic asset inventory for PQC
Diffs compiled builds to show what changed
Is "where are we exposed?" answerable in your organization today?
See what Turbine finds in the software you build, buy, and run — starting with the compiled binary itself.