Since 2002, OPSWAT has been a global leader in cybersecurity for critical environments. Focused on protecting the world’s most sensitive networks, OPSWAT solutions combine advanced threat prevention, zero-trust access, and compliance enforcement. From energy and finance to healthcare, government, and defence, OPSWAT helps organisations safeguard their infrastructure, maintain resilience, and stay protected against evolving cyber threats.
Our dedicated team brings deep expertise across OPSWAT’s cybersecurity portfolio, ensuring every solution is tailored to safeguard your critical infrastructure. From threat prevention and secure access control to compliance enforcement, our in-house specialists support you from design and configuration through deployment and after-sales service—delivering OPSWAT solutions that protect what matters most in the toughest digital environments.
OPSWAT Peripheral Media Protection delivers industry-leading defence against file-borne threats, ensuring compliance and security from the point of entry all the way to the endpoint. In today’s critical environments, every file, device, and piece of removable media can become a potential risk. OPSWAT eliminates these risks by scanning, sanitising, and validating files across any media type before they reach your network. With built-in policy enforcement and advanced threat detection, organisations can prevent malware infiltration, protect sensitive data, and maintain regulatory compliance.
Trusted worldwide across sectors such as energy, healthcare, finance, and government, OPSWAT ensures that critical infrastructure stays secure, compliant, and resilient against evolving cyber threats.
OPSWAT MetaDefender for File Security™ protects against file-borne malware by scanning, sanitising, and validating every file before it enters your network. Supporting multiple file types, it ensures safe data transfer, enforces compliance, and prevents hidden threats—keeping your critical infrastructure secure, resilient, and ready to face evolving cyber risks.
OPSWAT MetaDefender Software Supply Chain™ protects the integrity of your software development lifecycle by preventing vulnerabilities, malware, and hidden threats from entering at any stage. With advanced analysis, secure code validation, and compliance enforcement, it ensures software components remain safe and reliable. Organisations can build, deploy, and maintain applications with confidence while meeting the highest compliance standards and safeguarding against supply chain attacks.
OPSWAT MetaDefender NetWall™ provides next-generation data diode and security gateway solutions designed to protect critical infrastructure networks. By enabling secure, one-way data transfer and enforcing strict segmentation, NetWall prevents cyber threats from crossing network boundaries while maintaining operational continuity. Ideal for industries such as energy, finance, and government, NetWall delivers trusted protection for sensitive systems, ensuring resilience and compliance in today’s evolving threat landscape.
OPSWAT MetaDefender Endpoint Security SDK™ empowers developers to build robust endpoint protection directly into their applications. By providing advanced threat detection, vulnerability assessment, and file sanitisation capabilities, this platform ensures software solutions can defend against modern cyber threats. Flexible and scalable, it enables organisations to integrate security at the core of their development lifecycle, protecting endpoints while meeting compliance and performance requirements across industries.
OPSWAT MetaDefender Email Security™ delivers advanced protection against phishing, spam, malware, and zero-day threats hidden in email attachments or links. By combining deep content inspection, file sanitisation, and policy enforcement, it ensures secure email communication while preventing data leaks and compliance violations. Organisations gain a powerful solution that safeguards their most common communication channel, keeping employees, data, and critical infrastructure safe from evolving email-based cyberattacks.