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Overview

DevSecOps & Product Engineering

For embedded and IoT products, DevSecOps looks a little different than it does for a pure web team — you’re dealing with cross-compilation, hardware-in-the-loop testing, and firmware signing, not just containers and pull requests. We build CI/CD pipelines that treat security as a built-in gate, not a separate audit that happens after the code is already written.

The goal is straightforward: every commit gets tested on real or emulated hardware, every dependency gets scanned, every release gets signed, and every step is logged well enough to satisfy an auditor or a customer’s security questionnaire without a scramble.

Technical Approach

We implement static application security testing, dynamic testing, and software composition analysis directly in CI/CD pipelines, alongside container image scanning, infrastructure as code policy checks, and secrets management so credentials never end up committed to a repository by accident. A core deliverable for every pipeline we build is automated software bill of materials generation, which has moved from a nice to have to a practical necessity under recent EU rules.

Security teams that wait until after an incident to build vulnerability management and SBOM processes are working against the clock unnecessarily. Organizations that already have this tooling in place before a regulatory deadline hits spend far less time and money getting compliant than those starting from scratch afterward.

The Cyber Resilience Act’s vulnerability and incident reporting obligations take effect on 11 September 2026, requiring manufacturers of software and connected products to report actively exploited vulnerabilities within 24 hours. Meeting that timeline depends entirely on already having an accurate SBOM and a working vulnerability triage process, exactly what a mature DevSecOps pipeline produces as a byproduct of normal operation. NIS2 also expects supply chain security controls from in scope entities, and a DevSecOps pipeline with dependency scanning and provenance tracking is one of the most direct ways to demonstrate that control in practice.

What we deliver

  • CI/CD pipelines with hardware-in-the-loop and emulated test stages
  • Automated static analysis, dependency scanning, and SBOM generation
  • Signed build and release pipelines for firmware and applications
  • Infrastructure-as-code for reproducible build and test environments
  • Security gates aligned with Cyber Resilience Act and ISO 27001 requirements

If your release process still depends on someone remembering to run the security scan, let’s automate that away.

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