The Technology

By dynamically routing data and communications traffic from client to client, or in this case, V2V™ (virtual machine to virtual machine), DSI’s Spread Spectrum IP Networking increases performance and reliability while minimizing the impact of environmental factors like bandwidth limitations and security factors such as denial of service or other methods of network infiltration. This allows for real-time, secure, robust communications in virtually any environment. In contrast, there are many factors that limit the reliability and security of traditional networking. DSI's patented technology brings secure high-performance networking to an entirely new level.

Traditional Networking


With traditional networking each client is dependent on a centralized server or servers to route and process all traffic on or through the network. This creates issues with vulnerability, performance, and bandwidth; while creating a situation where all clients are dependent on the server in order to communicate.

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Spread Spectrum IP™


Within Spread Spectrum IP™ networking, each client on the network, whether it’s a server, PC, tablet, or smart phone, runs a Dispersive Virtual Machine (DVM) application which manages communication and security.  This DVM maintains an IP “address book” that contains IP addresses of fellow clients on the network, for V2V (virtual  machine to virtual machine) communications.

A Dispersive Presence Server (DPS) authenticates each client on the network, the cloud, or both, and dynamically updates the clients’ IP “address book” on each client device, as well as the availability of each device on the network..  As clients communicate, they in turn update the server to keep connection and status accurate in real time.
 

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The Dispersive Virtual Machine (DVM)


Dispersive's Virtual Machines (Software Based Computers) are inserted between the Operating System and its Network Interface to control communications. The Virtual Dispersive Network provides unprecedented control of network communications without interfering with the normal functions of the Operating System and Applications.
 

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Next Generation Security

  • Allows use of single key encryption that is actually more secure than client-server multi-key encryption
  • Provides encryption layer that is immune to hacking
  • Allows rapid changes to device's network identity
  • Allows multiple peers to relay traffic to avoid man-in-the-middle attacks
  • Allows signaling between peers to overcome attacks and network bottlenecks

Defensive Capability

  • Provides a buffer between the Operating System and Network
  • Restricts traffic to and from trusted peers
  • Infected Operating System cannot use VDN to broadcast
  • Changes identity when under attack and alerts peers
  • Isolates and Re-routes attack for analysis and reaction
 

On any given day, there are as many as 7 million DoD computers and telecommunications tools in use in 88 countries using thousands of war-fighting and support applications. The number of potential vulnerabilities, therefore, is staggering.

DoD Quadrennial Defense Review, 2010

Dispersive Solutions, Inc.

Headquarters
2555 Westside Parkway, Suite 500
Alpharetta, GA 30004
(678) 648-6320

Washington DC Office
4501 Singer Ct., Suite 220
Chantilly, VA 20151
(703) 655-6562

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