The next generation of cyber-secure command and control for intelligence gathering (C5ISR) is taking effect through the modernization and improvement of command and control infrastructure and communications across all echelons. In this blog, we look at two key areas of how Voyager supports command post modernization on the move, which include:
- Cross-Platform Integration for Seamless, Multi-domain Operations
Integration of tactical radios, sensors, and data sources to provide a unified common operating picture (COP), ensuring interoperability across Government units and agencies. - Beyond Line-of-Sight (BLOS) Connectivity
Reliable data transmission, even in environments with limited line-of-sight or disrupted networks.
Modernization starts with modularity
Facilitating multi-domain operations requires a modular infrastructure approach. Modularity, in essence, is the flexibility to fit the needs of any mission operation on the fly. The Voyager family of compute, networking, and communications modules delivers on this exact requirement.
Furthermore, the Voyager suite of rugged and low-SWaP modules delivers a higher quality of user experience when in use across the connected battlefield. Voyager delivers on needs for the dismounted operator through the compact Voyager m-series, to division-led needs for high-performance computing for modern command post software and applications.
Figure 1: Modularity example, a Voyager 6 SAVE chassis with unique modules of (L-R) compute with GPU, network route/switch, radio over IP, and wideband radio, integrated as a holistic system.
The modern Command Post on the move
By leaning into the interface description document for the Standardized A-Kit / Vehicle Envelope (SAVE) and Voyager’s modularity, it is possible to equip every land, sea, and air vehicle to support modern command post technology today.
Figure 1 above shows the Voyager 6 chassis, which is compatible with SAVE and SINCGARS MT-6352 specifications. With minimal effort, it is possible to retrofit any vehicle that supports SINCGARS with a modern, rugged IT platform of compute and comms. Furtheremore, Voyager’s quick-release modularity allows for safe keeping of senstive devices such as encryptors or to re-use the same mession set elsewhere e.g. JOC.
COP for true C5ISR convergence
As data is the new oil for the connected battlefield, the ability to deploy scalable compute to every vehicle and CP is a necessity. With VoyagerVM 4.0 and NVIDIA GPU, it’s possible to connect to a greater volume of sensors and process the data locally within the vehicle for faster autonomous decision making.
In addition to the advantage of having computing power for the next generation of command post software, the Voyager 6 is the only SAVE chassis that supports a wide range of radio integrations, delivering a holistic solution in a single package.
The VoyagerVM 4.0 provides the highest available aggregated network throughput (105Gbps) in its class. The result is a low-latency sensor network for the transfer of data to the NVIDIA GPU, delivering on the capability to effect autonomous decision making in real-time. While in parallel, passing the data up the chain for visibility at upper echelons, or COP, across the entire battlefield.
BLOS communications for the modern C5ISR
To deliver resilient communications at the CP, Voyager provides a holistic solution that allows operators to configure multiple radios alongside the VoyagerVM 4.0, networking, and a connectivity module (TRX R2 – compute gateway) that supports Wi-Fi, cellular, and Ethernet connectivity to LEO and BGAN services.
Figure 2: Voyager TRIK-M integrates a range of Voyager modules alongside a wide range of radio brackets that protect and power radios from leading vendors.
Shown in Figure 2 is the TRIK-M, which is used to power and protect multiple radios, alongside the Voyager modules of switch, route, and compute. Aside from flexibility to support AC and DC power supplies, the TRIK-M has an integrated UPS. In the event of a power failure, the comms will remain up.
A further advantage of using the VoyagerVM 4.0 and TRX R2 modules is that both are NIAP common criteria certified to connect to restricted networks when running the KlasOS Keel operating system. Furthermore, with TRX R2 running Keel, operators gain the advantage of auto-PACE communications [Click to learn more on Keel Auto-PACE].
In Summary
To deliver on the modern Command Post requires a modular approach that is easily configurable, rugged, and scalable to meet the demands of the contemporary connected battlefield.
To learn more about how Voyager helps in modernizing C5ISR operations, check out our brochure >
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