
Process Validation
We validate your secure development lifecycle practices — governance, code reviews, security controls, release procedures — against CRA-relevant benchmarks.
FIXED-PRICE • ENGINEERING-GRADE • ACTIONABLE ROADMAP
Know exactly where you stand. Get a clear, prioritized plan to close CRA gaps - before your customers or regulators ask first..
Trusted by Automotive OEMs, Tier-1 Suppliers & Industrial Manufacturers Across the EU

The EU Cyber Resilience Act (CRA) is the most sweeping cybersecurity regulation to hit the product market in a decade. Effective December 2024, it demands that every manufacturer, importer, and distributor of products with digital elements — from IoT sensors to industrial controllers to embedded software — demonstrate verifiable compliance across the entire product lifecycle. Vulnerability reporting obligations kick in September 2026, with full compliance required by December 2027.
The requirements go far beyond running a scanner: security-by-design documentation, structured SBOM, vulnerability-handling processes, risk assessments, CE conformity declarations, and supply-chain accountability. The question isn’t whether CRA applies to you — it’s how quickly you can demonstrate readiness. And that’s where Codelab’s CRA Compliance Check comes in.
Regulators are increasingly holding boards and individual executives personally liable for compliance failures. Cyber risk must now be treated as a critical business risk, necessitating formalised collaboration between legal, procurement, and technical teams.
Your embedded devices are increasingly distributed, connected and exposed to growing regulatory pressure, including the Cyber Resilience Act.
Every firmware update is no longer just about functionality – it is about security, remote rollout capability and a repeatable, auditable process.
Codelab’s Secure Bootloader gives you a proven, flexible foundation so you can focus on developing your product instead of reinventing the update mechanism.
Many organizations already invest in security. But CRA compliance isn’t about effort — it’s about structured, demonstrable evidence. Here’s where the gap hurts most:

CRA requires specific documentation: security-by-design rationale, vulnerability handling records, SBOM, risk assessments, security advisories. Most teams lack a clear mapping of what’s required vs. what they currently produce.
Ad-hoc scanning, informal reviews, and undocumented triage don’t survive a formal review. CRA demands consistent, traceable records — not ‘we usually do this.’
OEMs and prime manufacturers are cascading CRA obligations down the supply chain. Supplier questionnaires are getting harder. Without structured compliance evidence, you risk losing contracts.
Different teams, different workflows, different levels of documentation. CRA standardize information to be available not a format.
Stage 1 - We don’t deliver a generic checklist. Our CRA Compliance Check is a structured, engineering-grade assessment that maps your real processes, tools, and work products against CRA-aligned expectations — and hands you a prioritized, actionable roadmap to close the gaps.

We validate your secure development lifecycle practices — governance, code reviews, security controls, release procedures — against CRA-relevant benchmarks.
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We examine your actual artifacts: SBOMs, vulnerability management records, release notes, security advisories, technical documentation. Do they exist? Are they sufficient? Are they traceable?


Risk posture overview + top priority actions — designed for leadership and board-level communication.
Every finding mapped to CRA control areas (process, tools, artifacts) with evidence references and severity classification.
Actions, owners, effort bands, dependencies, and a recommended 30/60/90-day implementation timeline.
Ready-to-use policy templates, procedure documents, and checklists to accelerate your remediation.
“Organizations spent approximately $200 billion on cybersecurity products and services in 2024, up from $140 billion in 2020. The vended cybersecurity market is expected to grow 12.4% annually between 2024 and 2027, driven by the rising number of breaches and the cost of complying with strict new regulations.”
[OPTIONAL STAGE 2) CRA requires documented cybersecurity risk assessments for every product. Our moderated workshop takes you from ‘we should do this’ to ‘it’s done and documented’ — in days, not months.
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Choose from lightweight STRIDE-based, attack-tree-based, or hybrid approaches — tailored to your product complexity and team maturity.

Our planned AI moderator assistant captures assets, threats, assumptions, and mitigations in real-time - suggesting standard threat patterns and countermeasures to accelerate output.


Having led security assessments for global Tier-1 automotive suppliers and industrial OEMs, I can tell you the biggest risk isn’t the CRA itself — it’s the assumption that your existing processes already cover it. In nearly every engagement, we uncover critical gaps that teams didn’t know existed. Our structured methodology finds those blind spots fast and gives you a concrete plan to close them — so when the deadline arrives, you’re ready, not scrambling.

No open-ended consulting engagements. No scope creep. Our services are designed with fixed, predictable pricing so you can budget confidently and scale across your product
Every engagement follows a standardized, proven methodology — ensuring consistency, efficiency, and no surprises.
We align on which products, lifecycle stages, and stakeholders are in scope. You receive a structured evidence request list — exactly what to prepare and where to find it.
We review your documentation, tooling, and artifacts with read-only access. Common work with your team during an assessment process is crucial .
The assessment process is structured around artefacts, with engineering, QA, release, and management stakeholders. We walk through your actual processes — not theoretical ones.
We present preliminary findings in a collaborative session — no surprises. You validate, clarify, and add context before the final report.
CRA compliance services are emerging fast. But most come from either pure consulting firms or pure tool vendors — rarely both. What sets us apart is this:
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Traditional Consultancies |
Codelab CRA Compliance Check |
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Pricing |
Time & materials, unpredictable |
Fixed-price per assessment — budget with confidence |
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Deliverables |
Generic PDF reports with vague recommendations |
Engineering-grade findings mapped to CRA controls with effort bands and owners |
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Methodology |
Bespoke each time, inconsistent |
Standardized, repeatable, scalable across product portfolio |
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Post-assessment |
Report delivered, engagement ends |
Implementation sprints, toolchain setup, and ongoing retainer available |
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Industry expertise |
General IT / compliance background |
Deep embedded, automotive, IIoT, and manufacturing process knowledge |
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Risk assessment |
Separate engagement, different team |
Integrated CS RA Workshop with AI-assisted moderation and ready-to-use outputs |
We take ownership of the entire development lifecycle — from concept and architecture to CRA-compliant validation and full system integration. With 220+ engineers in Poland, we support global Tier-1 automotive, industrial, and telecom leaders in building secure, scalable, and regulation-ready systems. . ISO 27001 certified. TISAX assessment approved. We don’t just assess — we understand how compliant engineering organizations actually work
years of experience with complex projects
Business Setup Growth
product carlines handled
NPS Score

We follow a methodical process designed for efficiency, with sufficient detail to ensure transparency while respecting your time constraints:
A focused meeting to map your business objectives, technical stack and modernization goals. It allows to better understand key deadlines, pain points and define a tailored approach.
Based on the discovery phase, our experts conduct a focused audit tailored to your challenges. It covers software, data flows, integrations, architecture, and delivery practices.
Session that brings stakeholders together to discuss team dynamics and the development process. It helps uncover tools, blockers, and communication gaps.
We compile findings into an executive summary and detailed technical report delivering a report with clear, business-aligned next steps.
High-level overview of findings and business implications.
Clear, actionable report highlighting key issues, inefficiencies, and risks.
Prioritized recommendations and a structured improvement roadmap, combining quick wins with long-term strategies. All delivered within business days from project start.
The CRA compliance cascade is already in motion. OEMs and prime manufacturers are building CRA requirements into their supplier agreements today. The question isn’t whether you’ll need to demonstrate compliance — it’s whether you’ll be ready when asked.
In a 30-minute consultation, you’ll learn:
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CRA compliance is a journey, not a one-time project. These complementary services can accelerate your path to full readiness:
Maximize efficiency, streamline processes, and overcome development challenges for a competitive edge.
If you manufacture, import, or distribute products with digital elements on the EU market — including software, firmware, IoT devices, embedded controllers, or connected hardware — CRA almost certainly applies. This includes components supplied to other manufacturers. Custom software built exclusively for internal use by a single client is generally excluded.
September 11, 2026 — mandatory vulnerability reporting (24h early warning to ENISA). December 11, 2027 — full compliance required (security-by-design, SBOM, CE marking, lifecycle documentation). Products not meeting these deadlines cannot legally be placed on the EU market.
Non-compliance can result in fines up to €15 million or 2.5% of global annual turnover, product withdrawal from the EU market, and significant reputational damage. Your customers may also drop non-compliant suppliers from their supply chains well before the regulatory deadline.
No. It is a structured assessment — not a formal audit like ISO certification. We evaluate your processes, tools, and work products against CRA-aligned expectations and deliver a prioritized gap analysis with a remediation roadmap. It’s a practical engineering review designed to tell you exactly where you stand and what to fix — not a pass/fail certification exercise.
ISO 27001 focuses on information security management systems (ISMS) at an organizational level. CRA compliance is product-specific — it requires demonstrable evidence for each product: SBOM, vulnerability handling, security-by-design, CE conformity, and lifecycle support. Our assessment specifically targets these product-level CRA requirements.
A typical CRA Compliance Check is completed within one week: kickoff (day 1), evidence collection (days 2–3), stakeholder workshops (days 3–4), and findings validation plus roadmap delivery (day 5). Complex multi-product assessments may take 1–2 weeks.
We provide a structured list of evidence requests at kickoff. Typical items include SBOM samples, vulnerability-tracking records, CI/CD pipeline configurations, release procedures, and security policies. Where needed, we involve your engineers in short, focused touchpoints to clarify how your product actually works, so we can interpret the evidence correctly. We work with read-only access and lightweight workshops to minimise disruption to your day-to-day work.
The Cybersecurity Risk Assessment (CS RA) Workshop is a moderated session where we guide your team through a structured risk analysis for your product(s). CRA explicitly requires documented risk assessments. If you don’t have a formal one for each product, you’ll need one. Our workshop delivers this in a week.
You receive a complete deliverable package: executive summary, detailed findings, and a prioritized 30/60/90-day remediation backlog. You can self-remediate, engage Codelab for implementation sprints, or set up an ongoing retainer for continuous compliance support.
Absolutely. Unlike pure consulting firms, Codelab has 220+ engineers who can help you execute: build pipelines, deploy toolchains, implement security processes, create documentation frameworks, and support your teams through the transition.