As industrial systems grow more connected, complying with recognized cybersecurity standards like IEC 62443 is essential. This international standard provides a comprehensive framework to secure Industrial Automation and Control Systems (IACS), reduce operational risk, and align with global cybersecurity regulations.
Our SaaS platform, myorbik, helps product manufacturers and asset owners meet IEC 62443 requirements by:
IEC 62443 is a family of standards developed by the International Electrotechnical Commission (IEC) to address cybersecurity across the entire lifecycle of industrial automation and control systems. It supports all stakeholders—asset owners, product manufacturers, system integrators, and service providers—in designing, implementing, and maintaining secure OT environments.
Gap assessment & risk analysis – Identify vulnerabilities and compliance gaps in your products.
Secure development lifecycle (SDL) – Implement security from the first line of code.
Documentation & certification support – Streamline the process for audit readiness.
Increasingly mandated in sectors like energy, transport, and manufacturing.
Identifies and mitigates cyber threats in OT networks and devices.
Prevents downtime and ensures safe industrial operations.
Demonstrating compliance helps win contracts and build trust.
Learn how Orbik Cybersecurity can help you achieve and maintain IEC 62443 compliance across your product ecosystem.
Introduces key terminology, the security model based on zones and conduits, and lifecycle principles that underpin the entire standard.
Focuses on organizational aspects such as governance, cybersecurity program development, and process maturity—primarily targeting asset owners and service providers.
Provides guidance for secure system design and integration, including risk-based architectures and system-wide security controls to ensure resilient industrial environments.
Defines security requirements for individual products and components, emphasizing secure-by-design development practices and technical capabilities embedded in IACS devices.
The framework also establishes Security Levels (SL1 to SL4), allowing organizations to align cybersecurity controls with varying levels of attacker sophistication and operational risk.