Show all 27 topics
- Identity Access Management
- Internet
- Internet of Things
- Internet Protocol
- Multicloud
- Multiprotocol Label Switching
- Networking
- Network Security
- Operational technology
- Overlay Network
- Private Cloud
- Public Cloud
- Segmentation
- Software
- Software-Defined Wide Area Network
- Virtual Networking
- Wholesale
- Wide Area Network
- Zero Trust
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Who is Dispersive Networks?
Dispersive Networks is a networking and security vendor that provides software-defined, cloud-delivered virtual networking technology focused on securing and optimizing IP traffic over public and private networks.
- Software-defined virtual networking platform for secure IP connectivity across distributed environments.
- Network security capabilities that obfuscate traffic paths and reduce exposure on public networks.
- Performance optimization for application traffic across hybrid and multi-cloud infrastructures.
- Cloud-delivered and software-based deployment model for enterprise and service provider networks.
- Support for integration with existing network and security architectures, including Wide Area Network (WAN) and zero trust strategies.
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More About Dispersive Networks
Dispersive Networks offers software-based virtual networking (networking/security) engineered to secure and optimize IP traffic across public and private infrastructures, including the public internet, private data centers, and public cloud environments. Its technology is aimed at enterprises, service providers, and government or institutional users that require encrypted, resilient connectivity for distributed applications, users, and devices.
The company’s platform operates as an overlay network that abstracts connectivity from the underlying physical infrastructure. It uses Software Defined Networking (SDN) concepts (networking) to establish virtual paths for traffic and applies policy-based controls to manage how data flows between endpoints. The solution typically runs in virtual machines, containers, or cloud instances, and can also be deployed at the network edge to support remote sites, branch offices, and field assets.
A central feature of Dispersive Networks’ approach is traffic segmentation and obfuscation (security). Rather than transmitting a session over a single logical path, traffic can be divided, encrypted, and sent across multiple independent paths, making interception and traffic analysis more complex for attackers and reducing reliance on any single route. This approach aligns with zero trust networking principles, where implicit trust in the network is removed and each connection is authenticated, authorized, and encrypted.
From an architectural standpoint, the platform integrates with existing IP networks, Multiprotocol Label Switching (MPLS), Software-Defined Wide Area Network (SD-WAN), and cloud Virtual Private Cloud (VPC) or VNet constructs. It supports standard IP protocols and is designed to fit within enterprise security architectures that may include firewalls, VPNs, identity and access management, and Security Information and Event Management (SIEM) systems. Organizations can deploy it as part of broader secure access, site-to-site connectivity, or application delivery strategies.
In the enterprise marketplace taxonomy, Dispersive Networks aligns with secure virtual networking (networking/security), zero trust network communication (security), and cloud connectivity optimization (networking) categories. Its offerings are positioned for scenarios such as interconnecting cloud regions, protecting traffic over untrusted networks, supporting remote and mobile workforces, and linking Operational technology (OT) or Internet of Things (IoT) environments back to centralized applications. For technical stakeholders, the platform provides a software-defined option to enhance confidentiality, integrity, and availability of IP traffic without requiring wholesale replacement of existing network hardware.
Our description of Dispersive Networks. Updated December 2025.
