Why DSI?

Meeting the challenge of secure, reliable and high-performance communications can be difficult using traditional tools and systems. It can be difficult and expensive to communicate between platforms and overcome issues with limited bandwidth, security, and compatibility with various types of networks. In addition, you typically  have to sacrifice performance and security in order to leverage current mobility options.

Virtual Dispersive Networking

With Virtual Dispersive Networking (VDN), your communications applications and data transmission on all platforms converge seamlessly. Each client communicates directly with other clients, and securely routes voice, video and data communications. by providing the capability to adapt dynamically to changing environments, threats and bandwidth, or infrastructure limitations,  VDN adds a layer of performance, security, and reliability to your existing fixed and mobile network.

Each client on the network, whether it’s a server, PC, or mobile device, runs a Virtual Machine application which manages communication and security.  Dispersive’s Virtual Machine (DVM) maintains an IP “address book” that contains connection data for communicating with other clients on the network.

The Dispersive Presence Server (DPS) authenticates each client in the local network, the cloud, or both; dynamically updating the clients’ IP “address book” for each client machine, as well as information such as the current status of the network.  As clients communicate, they in turn update the server, to keep connection and status accurate in real time.

Because each client can communicate directly with other clients on the network and route traffic dynamically, performance and security are vastly improved and dependence on a central server for all communication is greatly reduced. Data and communications can be dynamically routed through multiple paths for redundancy, and to maximize available bandwidth across all elements of your internal and external network.  We call this Spread Spectrum IP Networking™.

In the event of an attack or hacking attempt on a particular node or set of nodes on the network, the attack can be isolated and the communication or data is dynamically re-routed.  The VDN architecture, takes action to isolate or eliminate the threat, and protect and maintain the network.

A key benefit of Virtual Dispersive Networking is that it works on virtually any platform (server, PC and mobile devices) so it can utilize your existing hardware infrastructure. Your network can gain next-generation security and performance without having to be rebuilt from the ground up. Mobile devices such as laptops, tablets, and smart phones can also communicate remotely with fixed devices such as PCs and servers seamlessly, with the same security they would have behind a network firewall.

Performance, security, and reliability make  DSI’s Virtual Dispersive Networking, the path to next-generation solutions  for challenges involving network and mobile communications . Versatility, cost savings and the ability to adapt and scale for any situation or environment means that your communications can move faster and your organization and applications can gain agility, mobility and strength without sacrificing security and performance.
 

Traditional vs. Spread Spectrum IP Networking™

In a traditional network all data and communication are routed through a server. [Click image to enlarge]
With Spread Spectrum IP Networking™, data and communications are dynamically routed randomly peer to peer, or in Dispersive’s case, V2V (Virtual Machine to Virtual Machine) [Click image to enlarge]