The 2025 cyber threat landscape shows critical vulnerabilities in corporate infrastructures due to rapid changes. According to the ENISA Threat Landscape 2025, 4,875 incidents were recorded between July 1, 2024, and June 30, 2025. For engineering leaders and Cloud Architects, this confirms that manual security checks can no longer keep pace with resource deployment speeds, becoming a bottleneck that opens doors for attackers.
Why manual compliance is losing relevance
The scale of cyber readiness is confirmed by the Cisco Cybersecurity Readiness Index 2025, based on a survey of 8,000 cybersecurity leaders across 30 countries. Organizations relying on reactive measures face a gap between declared policies and actual system configurations.
Configuration drift: the invisible threat
"Configuration drift" occurs when manual infrastructure changes deviate from established security baselines. This creates compliance gaps that complicate adherence to NIS2 and CISA CPG requirements. Without automation, documentation quickly becomes outdated, and vulnerabilities become systemic.
Policy-as-Code: an automated filter in CI/CD
Policy-as-Code (PaC) turns compliance into a technical test. By integrating PaC into CI/CD pipelines, teams can automatically block deployments that do not meet standards. For example, a pipeline can automatically reject attempts to deploy S3 buckets with public access, require mandatory encryption tags, or verify network group rules for hybrid clouds.
Architectural approach: security-by-design
Security must be embedded in the core of the architecture, not added as an external layer. The Intecracy Group alliance applies the security-by-design methodology. Solutions built on the UnityBase platform utilize built-in Domain metadata, RBAC, and RLS mechanisms. This allows for the implementation of security models at the system core level, ensuring consistency of governance policies in hybrid environments where data is distributed between the cloud and on-premises infrastructure.
Checklist for Policy-as-Code implementation
- Define critical security baselines: encryption, public access, network rules.
- Integrate PaC tools (e.g., OPA or Checkov) into CI/CD.
- Configure notifications for developers regarding policy violations directly in the IDE.
- Implement 'hard fail' for critical violations that block dangerous changes.
- Regularly audit policies in accordance with NIS2 and CISA CPG requirements.
FAQ
How to integrate Policy-as-Code without stopping development?
Use 'soft fail' mode, where violations are logged without blocking the pipeline, allowing teams to gradually adapt code to new requirements.
How does PaC help in passing a NIS2 audit?
PaC provides an evidentiary basis: every infrastructure change is versioned and verified by automated tests, creating a transparent audit trail.
Which tools are best suited for PaC?
The standard for IaC compliance includes tools like Open Policy Agent (OPA) and Checkov, which allow policies to be described as code for many cloud providers.