Rajant Health Incorporated and Videosoft Global have announced an expanded partnership to advance the Cowbell platform through enhanced capabilities designed for bandwidth-constrained environments.
This collaboration integrates the Cowbell distributed edge execution fabric with ultra-efficient video streaming technology. By combining compute, data, and mesh-agnostic networking, the system allows video to function as a scalable, first-class workload across dynamic systems rather than acting as a burden on network infrastructure. The architecture is built upon Rajant’s Kinetic Mesh networking, extending those capabilities to include distributed AI and compute at the tactical edge.
The platform is architected so that applications and data operate across a cluster of heterogeneous nodes. Through the Flying Cowbell initiative, mobile assets such as Uncrewed Aerial Systems (UAS) serve as active participants in the compute fabric rather than simple relays. This supports autonomous operation under disconnected, degraded, or intermittent conditions, ensuring decision-making capability remains intact in infrastructure-denied environments.
Video traditionally represents one of the most demanding workloads for distributed systems, often saturating available bandwidth. The integration of specialized streaming technology aims to reduce bandwidth requirements by 10x to 50x compared to conventional methods. This reduction enables low-latency situational awareness and adaptive performance that can scale across large numbers of mobile sensors and platforms.
The shift toward mobility-native distributed systems allows aerial, maritime, and ground assets to form a unified sensing fabric. This provides persistent coverage and real-time adaptation to mission conditions without a reliance on fixed infrastructure. The system maintains operational continuity through distributed state management and store-and-forward data pipelines.
Robert J. Schena, CEO of RHI, commented, “Cowbell was designed as a distributed execution layer at the edge, not just connectivity. With ‘Flying Cowbell,’ we’re extending that execution fabric into mobile systems, so applications and data move with the mission.”
The combined solution is intended for mission-critical applications, including distributed ISR in contested environments, maritime security, and coordinated autonomous system operations. It features an open architecture with APIs to support integration with existing sensors, edge AI frameworks, and various vehicle types.
Stewart McCone, CEO of Videosoft Global, added, “Video is one of the hardest workloads to scale in constrained environments. Together, we’re enabling reliable, scalable video without overwhelming the network.”
