Revolutionary Stealth Networking
Dispersive’s Stealth Networking delivers unparalleled security, reliability, and performance across all networks. Inspired by battlefield-proven techniques, our software creates virtual active/active multipath mesh networks with rolling encryption keys and granular access controls, capable of obfuscating control elements and securing data in transit against nation-state threat actors and supply chain attacks.
Microservices Architecture and Deployment Flexibility
DispersiveFabric, a software-defined overlay network, leverages a microservices architecture and can be deployed on physical network devices, in containers, or as virtual appliances. We maximize bandwidth by aggregating all available connections and dispersing application traffic across encrypted channels.
Dynamic Performance Optimization
Our technology offers up to a 10x performance improvement over SD-WAN and VPN-based solutions. We monitor every connection and adapt in real-time to changing conditions such as DoS, DDoS, and man-in-the-middle attacks. Dispersive’s solutions guarantee packet delivery, dynamically deflect packets away from degrading paths or threats, ensuring QoS levels by reducing overall latency and packet loss.
Partner-Integrated and Future-Proof
Dispersive Stealth Networking is not only resilient and robust, but also designed to be future-proof. We support partner integrations via a REST API and are committed to expanding our AIOps, containerization, and IoT capabilities. This partner-integrated approach allows us to offer a wider range of services and continue providing cutting-edge technology solutions.
Easy Provisioning and Administration
Our technology solutions are designed for ease of use. Whether it’s our hosted solution DispersiveCloud or DispersiveFabric for larger, more complex environments, our solutions are easy to deploy and manage.
AI Network Morphing
Real-time and dynamic condition analysis using AI autonomously re-arranges traffic flow to manipulate the attack surface during cyberattacks. Additionally, the AI network morphing is continuously adapting to changing network conditions to not only react to network degradation but to enhance performance.
Stealth Networking: Faster, More Secure & Resilient
Dispersive’s Multi-Path/Multi-Cloud: Step by Step
Step 1: Split-Session Multipath
Data streams are split at the authenticated source and re-addressed with a Dispersive header to force traffic to follow different network paths based on instructions from the Dispersive Controller across one or more physical circuits.
Step 2: Data Deflections
The underlying IP networks deliver these packets to Dispersive software nodes known as Data Deflects. Placement of these deflects influences the actual physical paths traversed.
Step 3: Rolling to Next Path
New paths can be established/rolled during the transmission enhancing performance by avoiding link failures and bypassing congested pathways.
Step 4: Deflections Re-Address Packets
The deflects receive the packets and re-address them for the final destination.
Step 5: Data Reassembled
The authenticated destination reassembles the split packet streams and strips out the Dispersive header information before passing the original packet to the receiving application. Missing packets are re-requested to ensure guaranteed packet delivery.