Distributed Computing up to 1,000 nodes. Real-time. No Servers. No SATCOM.
Today, multi-domain command and control depends on centralized base stations and mandatory SATCOM links. When a link fails, the network fragments. PULSE replaces this with a distributed, self-healing mesh where every node communicates directly. SATCOM becomes optional.
Today, distributed systems without servers crash at 20 nodes.
PULSE is a software microservice that guarantees message delivery — essential for distributed computing — across crewed, uncrewed, sensor, and dismount nodes in denied, degraded, intermittent, and limited bandwidth (DDIL) environments.
Two innovations make this possible. The NACK protocol — receivers signal only on missed messages — reduces network overhead by 95 to 99 percent. Beehive dynamic clustering groups nodes into self-healing colonies of 15 to 25, dropping scaling complexity from O(n²) to O(n).
PULSE runs on UDP/multicast. It deploys on the transport infrastructure already at the edge. Integration takes two to four weeks.
Three co-founders with overlapping experience across the defense industrial base, automotive, and hyperscale cloud — from concept to contract.
A ninety-second visualization of why acknowledgment-based protocols collapse at scale in DDIL, and what PULSE does instead. Narrated.
Technical inquiries, partnership discussions, and demonstration requests.