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G-Rogue

Edge Computing Meets SATCOM In The Field

G-ROGUE is a low SWaP SATCOM-enabled platform with GPU acceleration. Austere environment ready.

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THE PROBLEM

Field Teams Struggle To Process Data At The Edge

01

Field teams can’t perform on-device processing without bulky computers.

02

GPU processing demands exceed what portable radios can deliver.

03

Low SWaP requirements prevent deploying advanced SATCOM platforms to austere locations.

THE SOLUTION

G-ROGUE Combines SATCOM and GPU Processing In One Low SWaP Platform.

01

GPU-accelerated SDR enables on-device data processing.

02

Integrated GPU eliminates need for separate computing equipment.

03

Low SWaP design enables deployment to extreme environments.

04

Unlock novel CONOPs that leverage government-owned waveforms.

How It Works

Low SWaP, SATCOM-enabled, GPU-accelerated SDR That Unlocks Field Edge Data Processing

01

Onboard computing for field analytics

G-ROGUE’s integrated GPU enables processing of mission-intensive applications—imaging analysis, signal processing, machine learning—directly on the platform at point of collection.

Key Capabilities

  • Integrated GPU for onboard processing
  • Mission-intensive computing at field edge
  • Real-time data analysis without ground delays
02

Minimal size, weight, power footprint

G-ROGUE’s low SWaP design enables deploying SATCOM platforms with GPU processing to austere locations where traditional heavy systems cannot operate.

Key Capabilities

  • Low size, weight, and power consumption
  • Austere environment deployment capability
  • Extreme location operational reach
03

Adaptable RF for changing environments

G-ROGUE’s modular hardware and externally swappable RF front end enable adapting to different RF environments and frequency requirements.

Key Capabilities

  • Modular COTS hardware components
  • Externally swappable RF front end
  • Mission-specific frequency configuration
04

Device-to-device BLOS over SATCOM networks

Integrated SATCOM enables reaching distant teams covertly—device-to-device over SATCOM networks—enabling communications impossible with terrestrial-only systems.

Key Capabilities

  • Device-to-device BLOS over SATCOM
  • Government-owned Infil/Exfil waveforms
  • Covert operational capability
05

ATAK-compliant interface for military operations

ATAK compliance enables immediate deployment. Military users can operate G-ROGUE at first touch without training.

Key Capabilities

  • ATAK-compliant plug-in interface
  • Military-standard command control
  • Immediate operational capability
06

Advanced processing enables new operational approaches

GPU co-processing supports novel operational concepts—advanced waveforms, complex processing requirements, mission-specific algorithms—enabling operational approaches traditional platforms cannot support.

Key Capabilities

  • GPU co-processing enables novel CONOPs
  • Supports government-owned Infil/Exfil waveforms
  • Advanced processing capabilities at field edge

01

Integrated CPU and GPU

02

70 MHz – 6 GHz

SDR Frequency

03

Hot-swappable Battery

04

Built in GPS Module

05

Externally Swappable RF Module

06

5.9 x 2.6 x 1.6 in.

Size

07

2.2 lbs.

Weight

08

9-24 VDC

Input Power

FAQ

Common Questions About GPU-accelerated SATCOM SDR

What is G-ROGUE and how does GPU acceleration enable field operations?
How does G-ROGUE differ from ROGUE Radio?
What operational concepts does GPU co-processing enable?
What is low SWaP and why does it matter for G-ROGUE?
Can G-ROGUE operate in GPS-denied or communication-denied environments?
What waveforms does G-ROGUE support?
How quickly can developers add new processing applications?
What makes G-ROGUE suitable for covert operations?
How does integrated GPU processing improve field operations?
What special operations and intelligence units use G-ROGUE today?

G-ROGUE is a low SWaP (size, weight, power) SATCOM-enabled platform with integrated GPU acceleration enabling advanced processing at the field edge. GPU co-processing supports novel operational concepts with government-owned Infil/Exfil waveforms and device-to-device beyond-line-of-sight communications. Integrated GPU enables operations impossible with traditional field SDRs—advanced processing capabilities directly on platform without requiring ground station support.

G-ROGUE integrates GPU co-processing capability enabling novel operational concepts while ROGUE emphasizes multi-transport communications redundancy and multi-waveform network diversity. G-ROGUE’s GPU acceleration enables processing-intensive missions requiring advanced co-processing at field edge. ROGUE focuses on accessing multiple networks simultaneously through multi-transport architecture. Both platforms support government waveforms and ATAK interfaces but serve different mission requirements—G-ROGUE for processing-intensive operations, ROGUE for communications diversity.

G-ROGUE’s GPU co-processing enables novel operational concepts with government-owned Infil/Exfil waveforms supporting advanced field operations impossible with traditional SDR platforms. GPU capability unlocks operational approaches requiring advanced processing—complex waveform support, mission-specific algorithms, real-time field processing. Traditional field radios lack GPU capability limiting operations to basic communications only where G-ROGUE enables advanced mission concepts.

Low SWaP means minimal Size, Weight, and Power consumption enabling deployment to austere environments where traditional systems cannot operate. G-ROGUE’s low SWaP design combined with GPU acceleration enables deploying advanced processing capability to extreme locations—foot deployments, helicopter insertion, covert positions. Traditional GPU systems are power-hungry and require cooling, preventing deployment to austere locations where G-ROGUE’s low SWaP enables advanced capability reaching extreme environments.

Yes. G-ROGUE enables device-to-device beyond-line-of-sight communications leveraging SATCOM networks for connectivity in GPS-denied and communication-denied environments. On-platform GPU processing enables advanced operations without relying on ground station connectivity. Field teams maintain communications and processing capability despite denied environments where traditional systems require ground infrastructure support.

G-ROGUE supports government-owned Infil/Exfil waveforms and device-to-device beyond-line-of-sight messaging enabling covert operational concepts. Multi-waveform capability enables accessing diverse operational networks. GNU-Radio compliance enables rapid waveform development for deploying new capabilities supporting novel operational requirements.

G-ROGUE’s Kubernetes-based micro-services architecture enables rapid deployment of new applications and algorithms. Platform-as-a-Service capability enables hosting third-party applications enabling flexible capability expansion. Containerization approach reduces development timeline for deploying new processing applications enabling rapid innovation supporting emerging mission requirements.

G-ROGUE’s government-owned Infil/Exfil waveforms enable covert operational concepts where traditional communications expose operational activity. Low SWaP enables deploying to extreme covert locations traditional systems cannot reach. GPU co-processing enables advanced operational concepts supporting covert mission requirements impossible with traditional field platforms.

G-ROGUE’s integrated GPU enables advanced processing directly on the platform at field edge without requiring ground station processing or data transmission. On-platform processing eliminates data transmission vulnerability and ground processing delays enabling immediate operational response. GPU integration delivers processing-intensive capability from a single portable device where separate systems would increase equipment burden and logistics complexity.

G-ROGUE supports special operations and intelligence units requiring advanced processing capability in austere and denied environments. Units deploying to extreme locations leverage G-ROGUE for processing-intensive operations combining SATCOM connectivity with onboard computing capability. Advanced processing combined with low SWaP enables novel operational concepts supporting special operations requirements.

Ready To Enable Edge Processing In Austere Environments?

Whether you need mission-intensive processing, covert operations, or extreme location deployment, G-ROGUE delivers GPU-accelerated SATCOM capability in a single low SWaP unit.

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