This blog is a follow-up on the “Scalable edge compute for the tactical edge on the move” blog. In this blog, the focus is on the advantages of the Voyager rugged compute as used by a dismounted operator to compute for division-led operations in the tactical operation center (TOC).

As previously discussed, modern information-oriented missions are highly reliant on distributing rugged edge computing to where intelligence makes the difference. In this blog, we focus on the advantages of the Voyager suite of compute products and how it fits any mission need.  

Rugged compute for the Dismounted Operator

A clear objective of the Dismounted Operator is to move with efficiency. By minimizing the weight and size of the computing device carried, operators can move with ease. Voyager m-series is the ultimate in rugged low-SWaP compute. The VoyagerVMm weighs in at 2.2lbs, the ultra-slim module runs on anything from 10-18 volts DC, requiring 22 watts of power.

Key advantages:
The aluminum-based passively cooled module supports battery-backed operations:

• Minimal noise levels – ideal solution where stealth is imperative.

Scalable Compute for Secure Operations on the move

As mission operations traverse through contested environments, connectivity is often challenging, denied, degraded, intermittent, or limited (DDIL). For continued operational effectiveness, VoyagerVM 4.0 is a scalable compute platform designed for a wide range of use cases, which includes GPU to support AI decision making for autonomous operations.

Figure 2: VoyagerVM 4.0 – Intel Xeon D (10 cores / 20 threads, supports NVIDIA expansion module for AI accelerated decision making)

Key advantages:
VoyagerVM 4.0, when running KlasOS Keel, is NIAP Common Criteria Certified. With 105Gbps of aggregated network throughput, operators can with ease:

• Fuse more data from an ever-expanding number of actuators/sensors.
• Securely process and store data locally i.e. NIAP-approved system (supports TPM 2.0, Self-encrypting drives, hardware accelerated encryption).
• Quickly and easily connect with high-bandwidth sensors.
• Securey transfer data to restricted networks and/or government-approved clouds when connectivity allows.

Furthermore, the VoyagerVM 4.0 and associated GPU expansion capability is compatible with the Voyager V6 SAVE chassis, greatly simplifying the deployment across multiple vehicles. Check our VoyagerV6 SAVE chassis blog to learn more.

High-performance computing for jump TOC

At a division level, there is a need to ingest, process, and analyze vast quantities of data coming from a highly distributed environment. Furthermore, there is a need to be able to run the necessary C5ISR software to effect mission-critical decision making. VoyagerHPC is the ideal system to run everything from secure Geo-intelligence gathering, mapping, information dissemination, to the latest in modern command post software.

Figure: VoyagerHPC – AMD EPYC (64 cores / 128 threads, supports 512GB RAM and NVIDIA  expansion module for faster decision making)

Key advantages:
Unlike the majority of HPC offerings based on enterprise 19″ rack-servers and ruggedized afterwards. VoyagerHPC is the only high-performance computing platform designed rugged for the tactical edge. VoyagerHPC’s compact design provides a better user experience in the field.

For example, VoyagerHPC’s advantages at the jump TOC are:

• Far easier to handle – single-person lift/install
• Generates less heat – reducing the number of air conditioning (A/C) units
• Significantly quieter – low power, less heat, smaller fans (side benefit is less noise from A/C)
• Fewer things to carry – battery/UPS, compute, and comms integrated in a roll-on/off Voyager 8 chassis (plus no 19″ racking)

In Summary

The Voyager suite of compute modules provides the best-in-class performance and user experience across the connected battlefield. Whether it is for the dismounted operator, a company on the move, or the battalion at the TOC, Voyager rugged tactical computing delivers the scalable compute performance to power the next generation of secure Command and Control everywhere.

[Click to see the full range of Voyager rugged compute platforms.]