Gen 1
Time-Shared Servers Not connected
Gen 2
Physical Servers connected by wire
Gen 3
Independent, Personal Computers and Devices connected by wire and wireless
Gen 4
Virtualization within the Compute, Network, and Storage operating independently
Gen 5
Fully Orchestrated Virtualization & Stealth Networking
Gen 6
Stealth Networking Active Failover for Continuous Moving Target Defense. They can't steal what they can't find.
The Generational Evolution of the Cyber Warfare Battlefield
Cloaks all communication in motion. Invisible pathways, randomized every second.
Stealth Network
[ LAYER 1 ]
Stealth Network
[ LAYER 1 ]
Continuously redeploying workloads — no fixed endpoints, no static servers.
Infrastructure
[ LAYER 2 ]
Infrastructure
[ LAYER 2 ]
Data fragments scatter across virtual containers, reassembling only on demand.
Storage
[ LAYER 3 ]
Storage
[ LAYER 3 ]
The orchestration engine. Controls time, motion, and randomization across all layers.
Beginning with the virtual network overlay that operates in a Stealth fashion, and actively cloaking the infrastructure and endpoints within
We call it active failover. This is the coordination of existing infrastructure and leveraging the failover feature continuously and ahead of any attack or outage
Virtual components are layered into existing architecture, not requiring the traditional “Rip-and-Replace”
The RAVID methodology allows for the use of already existing infrastructure to maintain 0% downtime while reducing the cost of future expenses.
