Business Description

The Company VirnetX Holding Corporation (“Company”, “we”, “us”, or “our”) is an Internet security software and technology company with patented cybersecurity solutions that are designed to ensure resilient, secure communications across any network or device. Our flagship platform, VirnetX One™, is built on Zero Trust Network Access (ZTNA) principles and extends our patented Secure Domain Name System (SDNS) technology to establish end-to-end encrypted communications on demand, regardless of user location or endpoint. VirnetX One™ operates as a security-as-a-service platform and may be deployed in cloud, on-premise, or hybrid enterprise environments. The platform is designed to protect applications, services, and infrastructure by providing an additional security layer that integrates with existing systems to reduce exposure to evolving cyber threats affecting data, operating systems, infrastructure components, and gateway security controllers. VirnetX Matrix™ leverages the VirnetX One™ platform to secure communications using encrypted, identity-based access controls, including in contested or high-risk environments. It is designed to protect internet-enabled enterprise applications, connected devices, and control systems, such as file servers, data backup systems, and VPN or firewall environments. VirnetX Matrix™ is intended to be deployed without requiring material changes to an enterprise’s existing infrastructure and provides centralized visibility and policy enforcement to address unauthorized access and evolving attack techniques. VirnetX War Room™ also built on the VirnetX One™ platform, provides secure collaboration and visualization capabilities designed to support sensitive, unclassified but secure communications. The platform enables controlled access to virtual meeting environments by validating user and device permissions prior to granting access. VirnetX War Room™ is intended for use cases where confidentiality and access control are critical, including government, law enforcement, legal, financial, and healthcare environments. Our products, including VirnetX One™, VirnetX Matrix™, and VirnetX War Room™, are designed to support U.S. Department of Defense (DoD), federal government, and commercial customers requiring real-time encrypted communications and network security. We believe our solutions are applicable across a range of public and private sector markets, including critical infrastructure, law enforcement, healthcare, financial services, legal services, energy, and related industries. We pursue sales opportunities nationwide and engage with universities and academic institutions to support research collaboration, workforce development, and technology transition initiatives. We also support international sales of our commercial products in compliance with applicable U.S. export control laws and regulations, including the International Traffic in Arms Regulations (ITAR) and the Export Administration Regulations (EAR). Our compliance processes are designed to ensure that international transactions adhere to export control requirements while supporting authorized global customers. Our technology roadmap addresses the continued growth of Internet of Things (IoT) and edge computing environments. We are extending secure networking capabilities to resource-constrained devices through obfuscated and lightweight security mechanisms designed to protect communications without exposing underlying security processes. These efforts support secure identity, trust enforcement, and encrypted communications for distributed and edge-based systems. 2 Index We are developing a federated, hybrid mesh network architecture designed with security as a foundational element. This approach incorporates dynamic trust evaluation, autonomous recovery, and distributed decision-making to enhance network resilience and adaptability. We believe this architecture aligns with broader industry trends toward decentralized and resilient network models. To support system design and evaluation, we employ Model-Based Systems Engineering (MBSE) and agent-based modeling methodologies. These approaches enable simulation and analysis of complex systems, including cyber-physical environments and adaptive networks, and support assessment of system behavior under evolving threat conditions. We have undertaken efforts to align certain services with the Department of Defense's Digital Engineering (DE) strategy.…