As digital transformation accelerates across Saudi Arabia, many companies are actively seeking solutions and qualified auditors to ensure compliance with the National Cybersecurity Authority (NCA). Meeting these strict regulatory standards is no longer optional; organizations must align with official NCA control documents to secure their operations and protect sensitive data. Partnering with well-known, experienced auditors who deeply understand these frameworks is crucial. Proper auditing ensures full compliance, helping companies avoid severe regulatory penalties—which can include massive financial fines and license suspensions—for failing to meet Saudi Arabia’s cybersecurity mandates.
At the core of this compliance journey is the NCA Essential Cybersecurity Controls checklist. Rooted in frameworks like ECC-1:2018, these specialized checklists help organizations safeguard their assets, maintain data integrity, and build robust resilience against evolving cyber threats.
In this comprehensive guide, we will break down two critical operational checklists provided by the NCA: one tailored for IT Projects and Change Management, and another dedicated to Secure Software Development.
Securing IT Projects and Change Management
Any shift or upgrade in your IT environment inherently introduces risk. To mitigate this, the NCA provides the highly detailed Checklist_Cybersecurity-Requirements-in-IT-Projects-and-Change-Management_template_en.pdf.
This checklist defines the minimum cybersecurity requirements related to IT Projects and Change Management. The primary objective is to preserve the availability, integrity, and confidentiality of an organization’s assets and information. Importantly, all requirements within this checklist are strictly aligned with the cybersecurity requirements issued by the NCA, including ECC-1:2018.
Read also: “A Complete Guide to NCA Essential Cybersecurity Controls (ECC-1:2018)“
Key Phases and Implementation Controls
To safely navigate changes in your IT infrastructure, organizations must adhere to several vital controls:
- Stakeholder Identification: Relevant stakeholders must be appointed and involved early in the project or change. This includes team members who are explicitly responsible for cybersecurity matters and risk management.
- Change Classification: Every single change must be clearly classified as either a planned change, an IT project, or an emergency change.
- Threat Modeling: Threat modeling for the project must be performed. This process is crucial because it allows for proper risks and requirements identification.
- Testing and Simulation: Before any change is released to the production environment, it must be thoroughly tested. The testing environment must simulate the production one to the fullest extent possible. Furthermore, testing must include an assessment for the presence of cybersecurity-related vulnerabilities, which at a minimum includes vulnerability scanning.
- Emergency Change Protocols: If an emergency change is executed, it must be reassessed either as a standard change or a project as soon as possible to ensure additional requirements are fulfilled.
- Periodic Review: The checklist mandates a periodical review rate. The cybersecurity function must review the checklist at least once a year, or when significant technical changes occur in the infrastructure.
Elevating Software Development Security
Building custom applications requires an entirely different security posture. To address software-specific vulnerabilities, the NCA outlines the Checklist_Cybersecurity-Requirements-in-Software-Development_template_en-.pdf.
This specific checklist aims to define the cybersecurity requirements for software development activities. The goal is to assist organizations in the development and release of secure software for end users. Just like the IT Change Management framework, this document is firmly aligned with ECC-1:2018.
Essential Development Controls
To maintain a secure development lifecycle (SDLC), engineering and security teams must collaborate across the following mandated areas:
- Appointing a Security Champion: An intermediary must be defined to sit between the cybersecurity department and the development teams. This “Security Champion” ensures the seamless communication of requirements and helps solve security issues that arise during development.
- Testing Data Sanitization: Developers must never use raw, live data for testing. Data derived from production must be properly sanitized, meaning sensitive data is explicitly replaced with random content.
- Secure Development Guidelines: Guidelines detailing the secure usage of technologies within the development process must be created. These guidelines must be kept up-to-date and actively used by the development team.
- Static Application Security Testing (SAST): Automatic static application security testing must be conducted based on a risk assessment. The scanner’s configuration must be fine-tuned prior to scanning to ensure the entire code base is comprehensively reviewed for security flaws.
- Dynamic Application Security Testing (DAST): Automatic dynamic application testing is also required, ensuring configuration reviews cover critical areas like authentication and authorization.
- Secrets Management: Configuration parameters that contain sensitive values—such as credential keys, certificates, and license keys—must be modified and rotated from those originally used in the development environment. Safe storage mechanisms must be used, alongside established processes to ensure secrets are securely disposed of.
- Ongoing Review: Similarly, the head of the cybersecurity function must review this software development checklist at least once a year to maintain compliance.
Best Practices for Achieving Compliance
Achieving full compliance with the NCA Essential Cybersecurity Controls checklist requires more than merely ticking boxes at the end of a project; it necessitates a proactive, security-first mindset.
- Shift Security Left: Embed these checklist requirements at the initiation phase of your projects. Identifying a gap during the initial threat modeling phase is vastly more cost-effective than finding it during a final testing simulation.
- Automate Your Scans: Leverage automated tools for SAST and DAST integrations directly into your deployment pipelines to catch vulnerabilities early and consistently.
- Maintain Clear Evidence: NCA compliance audits rely heavily on verifiable proof. Ensure you are documenting all sign-offs, vendor assessments, and risk profiles in centralized, secure repositories.
By deeply integrating these standardized templates into your everyday operational workflows, your organization will fundamentally fortify its digital infrastructure against the modern threat landscape.
If your organization is looking to streamline its audit processes, avoid costly non-compliance charges, and secure its IT infrastructure, we are here to help. Contact us to consult with our experts and discover how we can guide you seamlessly through your NCA compliance journey.