What is Software supply chain security?

Software supply chain security is the practice of protecting the code, components, tools, people, and processes involved in building, delivering, and running software.

It matters because modern applications are rarely built from scratch. They depend on open-source libraries, third-party packages, CI/CD systems, update channels, vendor software, and endpoint deployments that can all introduce risk.

How does it work?

Software supply chain security works by adding control points across the software lifecycle: source code, dependencies, build pipelines, release approvals, distribution, and runtime monitoring. Teams verify where software came from, what it contains, who changed it, and whether it is safe to deploy.

Common controls include SBOMs, dependency scanning, code signing, vulnerability management, least-privilege build systems, artifact provenance, vendor risk reviews, and endpoint checks after deployment.

Software supply chain security vs application security

Application security focuses on finding and fixing flaws in application code and design. Software supply chain security focuses on trust around the code: who built it, which dependencies it uses, whether artifacts were tampered with, and whether updates are delivered safely.

Both are necessary. A secure application can still become risky if a dependency is compromised, a build pipeline is abused, or a vendor update introduces malicious code.

How Hexnode supports Software supply chain security

Hexnode supports the endpoint and runtime side of supply chain risk management. Through Hexnode UEM, teams can use endpoint visibility, software inventory, compliance checks, patch workflows, application controls, remote actions, and security posture management to validate what is running across managed devices.

This is useful when a vulnerable package, unauthorized application, or risky vendor update affects the fleet. Hexnode helps teams move from identification to action by enforcing policies, deploying updates, restricting unapproved software, and checking device compliance across distributed environments.

When should organizations use it?

Organizations should prioritize it when they build software, buy third-party applications, rely heavily on open-source components, manage regulated environments, or operate large endpoint fleets.

It is especially important after major vulnerability disclosures, supplier incidents, mergers, audits, or new compliance requirements. The goal is to reduce blind spots before a trusted software path becomes an attacker’s route into the business.