Beacon

Get Software-Defined Infrastructure For Tactical Operations

Beacon delivers flexible ground stations, portable SATCOM, field radios, and UAS platforms built on software-defined architecture.

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Mission-ready

  • Actively fielded at the tactical edge
  • Software-defined for tactical superiority

Rapidly-deployable

  • COTS-based design reduces development time and O&M costs

Built on

  • GNU Radio compliant for rapid waveform development
  • Kubernetes-based micro-services architecture

Why Beacon

Why Operators Choose Beacon For Ground Infrastructure

Software-Defined Flexibility

Change the waveform, not the radio.

Change waveforms and missions in software, not hardware. Open APIs and GNU Radio support mean rapid innovation without vendor lock-in or proprietary constraints.

Cloud-Native Processing

Analog ground stations become compute.

Modems and on-premise cloud processing replace analog ground stations. Compute resources scale with mission demands through Kubernetes architecture running on COTS hardware.

Tactical Edge Ready

Built for warfighters, not lab benches.

Built for warfighters, not lab benches. ATAK plugins, device-to-device BLOS messaging, IP67-rated ruggedized hardware. From handheld radios to vehicle-mounted systems ready for field operations.

Sort by Mission

Find That Right Tool To Connect Space To The Tactical Edge

01 Digital processing platforms

D-ETI

Get reliable, resilient communications with observable performance.

Analog ground stations can't scale or adapt. D-ETI's modems and cloud processing eliminate proprietary constraints.

D-ETI

Key Features

  • 100 Gbps digital backbone distributes DIFI VITA 49.2 compliant data
  • Parallel modems allow dynamic link utilization and alternative waveforms
  • On-premise cloud architecture for optimized CPU/GPU/FPGA processing
  • Integrated system health monitoring and interference mitigation
  • Open APIs for rapid integration of new technologies
  • COTS hardware baseline for reduced O&M costs

Use Cases

  • Ground station modernization from analog to digital
  • Multi-transport SATCOM processing (government and commercial)
  • Alternative waveform hosting
  • High-priority mission Infil/Exfil capability
  • Link health monitoring and interference mitigation
GAMBIT

Get secure, flexible ground station processing for diverse missions.

Proprietary systems lock customers into single vendors and slow them down. GAMBIT's open architecture accelerates deployment across missions.

GAMBIT

Key Features

  • GPU-enabled waveform processing for high-throughput applications
  • Open APIs and data standards remove vendor lock-in
  • Simultaneously process diverse waveform libraries across missions
  • Kubernetes micro-service architecture scales to processing needs
  • COTS hardware and software baseline for reduced O&M costs
  • Adheres to Cloud Native Compute Foundation and DOD Security Guidelines

Use Cases

  • Ground station waveform processing
  • Multi-mission signal processing
  • 3rd party waveform hosting (GOTS, COTS, proprietary, GFE)
  • High-throughput RF data processing
  • Mission data logging and archiving

02 Portable SATCOM

NOMAD

Replace analog terrestrial SATCOM processing with portable digital architecture.

Static ground stations can't follow warfighters. NOMAD's portable architecture brings SATCOM to the battlefield.

NOMAD

Key Features

  • Portable ground station (vehicle-mounted or semi-permanent installation)
  • 100 GB network backbone for reliable, low-latency DIFI data distribution
  • Fully virtualized modems and advanced DSP applications
  • Multi-band, multi-constellation support (LEO, MEO, GEO)
  • Beyond-line-of-sight communications capability
  • Kubernetes-based micro-services architecture

Use Cases

  • SATCOM-on-the-move operations
  • Tactical unit communications
  • Forward operating base connectivity
  • BLOS data backhaul (hub-and-spoke with LOS plugin)
  • Multi-constellation resilient communications

03 Tactical edge radios

SCOUT

Get broad-spectrum mission utility in one handheld device.

Single-purpose radios create logistical burden. SCOUT's software-defined flexibility eliminates multiple hardware requirements.

SCOUT

Key Features

  • Handheld ruggedized SATCOM-enabled Software Defined Radio
  • Hosts multiple waveforms with externally swappable RF front end
  • Android application provides intuitive command and control
  • IP67-rated waterproof with solid aluminum housing
  • Internal battery for hot swap of external battery
  • GNU-Radio compliant for rapid waveform development

Use Cases

  • Tactical warfighter SATCOM communications
  • Multi-mission handheld operations from single device
  • Special operations field communications
  • Emergency and contingency comms
  • Forward team connectivity without added burden
G-ROGUE

Host multiple waveforms with GPU-accelerated co-processing.

Traditional radios lack edge compute capability. G-ROGUE's integrated GPU enables novel CONOPS and device-to-device BLOS.

G-ROGUE

Key Features

  • Integrated GPU supports GPU-accelerated co-processing
  • Device-to-device BLOS messaging without ground station
  • Externally swappable RF front end for changing RF environments
  • ATAK-compliant plugin for command and control
  • Platform-as-a-Service architecture hosts 3rd party waveforms
  • GNU Radio compliant with Kubernetes micro-services

Use Cases

  • Government-owned Infil/Exfil communications with processing
  • Device-to-device BLOS operations with onboard analysis
  • Edge processing for tactical intelligence
  • Multi-SATCOM architecture operations
  • Austere environment deployments requiring compute

04 UAS Integration

SILENT SIGHT

Select missions on-the-fly without swapping drone payloads.

Single-purpose systems lock operators into one capability per flight. Silent Sight switches between EW, SIGINT, ELINT, imagery, and alternative navigation enabling adaptive operations.

SILENT SIGHT

Key Features

  • Low SWaP UAS-integrated multi-mission platform
  • User-selectable missions (EW, SIGINT, ELINT, imagery, Alt PNT)
  • LPI/LPD covert waveforms prevent detection
  • Integrated GPU and AI/ML for on-board target detection
  • Docker/Kubernetes edge processing for autonomous operations
  • Device-to-device BLOS messaging capability

Use Cases

  • Multi-mission intelligence collection from single drone
  • Covert operations in contested environments
  • EW and signals intelligence collection
  • On-the-fly mission adaptation without reconfiguration
  • Autonomous target detection and reporting
  • UAS edge computing for real-time analysis

Proof

Trusted By Mission-Critical Programs Worldwide

01

Government Deployed

Proven operational heritage

02

Government Validated

Multiple prime contracts, DCAA compliant

03

Cost Efficient

COTS-based design reduces O&M

04

Vendor Agnostic

Open APIs, no lock-in

FAQ

Get Your Beacon Questions Answered

What is Beacon and what hardware does it include?

Beacon is Auria’s tactical communications and software-defined hardware product family providing digital ground stations, virtual SATCOM modems, and tactical edge radios. Products include Digital Ground Station/D-ETI for ground infrastructure, NOMAD for portable SATCOM-on-the-move, GAMBIT for GPU signal processing, and tactical radios (SCOUT, G-ROGUE, ROGUE, SILENT SIGHT) for warfighter communications. All hardware uses software-defined radio technology with waveform flexibility through software updates rather than hardware replacement. Beacon connects space assets to tactical edge through modular, open-architecture systems with GNU Radio compliance and Kubernetes-based processing.

What is a software-defined radio and why does it matter for tactical communications?

Software-defined radios (SDRs) implement radio functions through software rather than hardwired circuits, changing waveforms via software updates instead of hardware replacement. Traditional radios require physical replacement for new waveforms, creating logistics burden and limiting operational flexibility during missions. SDRs adapt to changing threats and requirements using the same hardware for multiple mission types. Beacon products use SDR technology with GNU Radio compliance, allowing rapid waveform development and field updates in minutes rather than months of hardware procurement. Warfighters swap between SATCOM, tactical communications, and specialized waveforms without carrying multiple radios.

How do digital ground stations differ from analog ground infrastructure?

Digital ground stations use virtual SATCOM modems and cloud-based signal processing instead of analog hardware circuits, providing flexible waveform hosting and scalable compute resources. Analog ground stations require physical hardware changes for new capabilities and cannot scale processing power dynamically based on mission demands. Beacon Digital Ground Station/D-ETI provides 100 Gbps digital backbone distributing VITA 49.2 DIFI compliant data, parallel modems for dynamic link utilization, and on-premise cloud architecture for optimized CPU/GPU/FPGA processing. This approach reduces operations and maintenance costs through COTS hardware while enabling rapid technology integration via open APIs without vendor lock-in.

What is NOMAD and when would operators use SATCOM-on-the-move?

NOMAD is a portable ground station providing SATCOM-on-the-move for tactical operations requiring communications while mobile or from non-permanent locations. Available in vehicle-mounted or semi-permanent installation configurations, NOMAD provides high-speed digitization of wideband RF data, fully virtualized modems, and 100 GB network backbone for reliable low-latency data distribution. Use SATCOM-on-the-move for forward deployed forces, mobile operations units, tactical communications, and forward operating base connectivity. NOMAD supports multi-band, multi-constellation SATCOM including LEO, MEO, and GEO satellites, providing beyond-line-of-sight communications and communications diversification for operations in denied, degraded, intermittent, or limited environments.

Can Beacon hardware integrate with existing systems and custom waveforms?

Yes. All Beacon products use open APIs, standard interfaces, and GNU Radio compliance for integration with existing systems without vendor lock-in or proprietary dependencies. Digital Ground Station and GAMBIT support VITA 49.2 DIFI standard for interoperability across government and commercial systems. Tactical radios feature ATAK-compliant plugins for command and control integration with existing tactical networks. Platform-as-a-Service architecture hosts 3rd party waveforms including Government Off-The-Shelf, Commercial Off-The-Shelf, proprietary, and Government Furnished Equipment waveforms. Modular RF frontends and externally swappable modules maximize adaptability to changing RF environments. This flexibility allows operators to deploy custom software via Docker containers for specialized communications requirements.

What does GNU Radio compliant mean and why does it matter?

GNU Radio compliant means Beacon products support the open-source GNU Radio software development toolkit, reducing waveform development timeline from years to months. GNU Radio provides standardized signal processing blocks and waveform development framework used across government and commercial communications programs. Compliance allows developers to create, test, and deploy new waveforms rapidly without proprietary development environments or vendor-specific tools that lock customers into single suppliers. Waveforms developed for one Beacon product work across multiple products in the family. Government customers reuse existing GNU Radio investments and waveforms rather than funding duplicate development for each new hardware platform.

How does CONFIG KIT reduce deployment time and mission risk?

CONFIG KIT reduces hardware configuration time from days to minutes through over-the-cable testing and verification before mission deployment without over-the-air exposure. Traditional field configuration requires over-the-air testing that risks detection and mission compromise. CONFIG KIT provides pre-mission hardware checkout, waveform verification, and transmit testing in secure environments. Operators test waveforms against recorded threat environments, verify hardware and software installations locally, and standardize configurations across multiple devices before deployment. This approach catches configuration problems in secure facilities rather than forward positions, reducing mission risk from untested equipment and field failures. Digital ground stations similarly load software to verify functionality before operational deployment, saving costs compared to traditional cable-cutting and hardware reconfiguration approaches.

What customers and programs use Beacon products?

Beacon products support Department of Defense, Intelligence Community, and commercial SATCOM operators requiring tactical communications and digital ground infrastructure. Beacon beat an incumbent provider for the MUOS (Mobile User Objective System) ground station, which provides DoD’s primary UHF global backhaul. Beacon products are deployed across multiple DoD prime contracts for tactical edge communications and digital ground operations. The COTS-based approach reduces operations and maintenance costs while supporting mission-critical communications in demanding operational environments.

What is the difference between SCOUT, G-ROGUE, and ROGUE radios?

SCOUT is handheld (2.7" x 4.8" x 1.5", 1.4 lbs) for dismounted warfighter operations with Android app control and IP67-rated waterproof housing. G-ROGUE (5.9" x 2.6" x 1.6", 2.2 lbs) adds integrated GPU for edge processing, AI/ML capabilities, and device-to-device BLOS messaging without ground station. ROGUE (5.8" x 6.2" x 2.0", 3.5 lbs) provides vehicle-mounted or base-station configuration with integrated i7 CPU for maximum processing power. All three are software-defined radios supporting multiple waveforms and SATCOM architectures with GNU Radio compliance and ATAK plugins for tactical network integration. Choose SCOUT for individual carry, G-ROGUE for small teams requiring edge processing, ROGUE for vehicle or fixed installations requiring maximum capability.

Is Beacon hardware available for commercial and international customers?

Yes, with appropriate export controls and ITAR compliance. Beacon hardware serves government, commercial, and international customers requiring tactical communications and digital ground infrastructure. Commercial SATCOM operators use digital ground stations and signal processing platforms for satellite communications infrastructure. International availability depends on ITAR (International Traffic in Arms Regulations) compliance given hardware’s military applications, software-defined capabilities, and government validation. COTS-based design and open architecture approach makes Beacon valuable for commercial satellite operators and international partners requiring flexible communications infrastructure. Contact Auria for specific availability and export control guidance for your application and location. Government customers access full capabilities through appropriate security channels and contract vehicles.

Ready To Get Software-Defined Infrastructure For Tactical Operations?

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