Technology

Modern military operations rarely depend on a single communications transport or a fixed network layout. Rajant’s Kinetic Mesh® networking architecture connects fiber, LTE/5G, Wi-Fi, satellite, Ethernet, RF, and tactical radios into one distributed communications fabric that adapts as operational conditions change.

Built on a distributed Layer 2 architecture, Rajant continuously evaluates available communications paths packet by packet while maintaining constant protocol overhead as networks scale. Rather than replacing existing communications infrastructure, Mesh-Over-Everything overlays and unifies available transport technologies into one operational network.

Rajant’s Kinetic Mesh® networking is powered by InstaMesh®, the protocol that enables BreadCrumb® nodes to continuously discover, evaluate, and use available communications paths. Mesh-Over-Everything® extends this architecture by unifying multiple communications transports into one operational network, allowing information to move across available paths as conditions change.

Rather than operating as isolated communications systems, Rajant enables fiber, LTE/5G, Wi-Fi, satellite, Ethernet, RF, and tactical radios to operate together through one distributed Layer 2 networking architecture.

Core Technology Highlights

• Layer 2 Distributed Architecture
• Cross-Transport Communications
• Packet-by-Packet Path Evaluation
• Constant Protocol Overhead
• Overlay Existing Infrastructure

Modern defense operations extend beyond individual platforms. Personnel, vehicles, autonomous systems, sensors, command elements, and fixed infrastructure must communicate while continuously moving across changing operational environments.

Rajant provides one networking architecture that enables communications across the force while supporting distributed edge intelligence, autonomous systems, and multi-domain operations.

Operational Capabilities

Communications Across the Force

Connect personnel, vehicles, autonomous systems, sensors, command elements, and infrastructure through one distributed networking architecture.

Distributed Edge Intelligence

Support AI, computer vision, sensor fusion, and distributed applications through Flying Cowbell™, CORA, and edge computing technologies operating closer to where data is generated.

Flying Cowbell configurations are available for under $1,000, making distributed edge computing more accessible for autonomous systems, mobile platforms, and distributed operations.
visit rajanthealth.com to learn more.

Heterogeneous Operations

Military operations increasingly depend on heterogeneous combinations of personnel, vehicles, autonomous systems, sensors, aircraft, maritime assets, and mission applications operating together. Rajant provides the distributed networking architecture that allows these systems to communicate, share information, and adapt across changing operational environments.

Existing Infrastructure Integration

Overlay existing communications infrastructure rather than replacing it, allowing organizations to extend current investments while incorporating new technologies.

Multi-Domain Operations

Support communications across land, air, maritime, autonomous, and fixed assets operating together throughout changing operational environments.

Rajant’s defense networking architecture builds upon decades of commercial deployments across mining, industrial automation, transportation, and other demanding operational environments. Operational experience gained supporting mobility, scale, and continuous network evolution provides a proven foundation for today’s defense missions.

Security

Rajant’s distributed Layer 2 architecture supports secure communications without relying on centralized infrastructure. By enabling multiple communications paths and distributed networking, Rajant helps organizations maintain operational flexibility as network conditions evolve while integrating with existing communications systems.

Range

Rajant unifies RF, fiber, LTE/5G, satellite, Ethernet, Wi-Fi, and tactical radios into one operational network, allowing organizations to extend communications using the transport technologies best suited to each operational environment. As available paths change, the network continues to evaluate and utilize the communications resources best suited for the mission.

Modularity

Rajant’s open architecture allows organizations to integrate communications technologies, sensors, applications, autonomous platforms, and future capabilities without replacing existing infrastructure. As operational requirements evolve, new technologies can be incorporated while preserving existing investments and supporting future mission needs.

Rajant’s networking architecture has been refined through more than two decades of commercial and industrial deployments before supporting defense applications. Experience operating in demanding mobile environments has helped shape an architecture designed for operations where communications continuously evolve.

Rajant has demonstrated large-scale mobile networking during DARPA OFFSET while supporting commercial deployments exceeding 500 moving vehicles operating simultaneously. The architecture maintains constant protocol overhead as networks scale while evaluating communications paths packet by packet.

Military communications continue to evolve as autonomous systems, AI, sensors, and mission applications become increasingly distributed. Rajant’s open architecture supports distributed edge computing through Flying Cowbell™, CORA, and BC|Commander®, enabling organizations to integrate new technologies while preserving existing communications infrastructure.

Rather than locking organizations into a closed ecosystem, Rajant provides a networking foundation that grows alongside future operational requirements.

Rajant extends its networking architecture through BC|Commander® for network management, Flying Cowbell for distributed edge computing, and CORA for open application integration. Together, these capabilities enable communications, computing, and mission applications to operate as one distributed architecture while preserving existing infrastructure investments.