Red One Alpha Services

Edge Compute enables real-time data processing and analysis closer to the source of data generation.

O.D.I.N. Open Design Intelligent Network: 

THE NETWORK IS THE WEAPON

ODIN is a modular, multi-form-factor tactical networking and edge compute system designed for DDIL environments. It provides session-aware SD-WAN routing (Juniper SSR), multi-transport resilience across SATCOM, MANET, LTE, and terrestrial links, and containerized edge services for TAK, MQTT telemetry, and AI/ML inference. ODIN enables autonomous, identity-bound routing, mission-role-based flow control, and local compute continuity when disconnected from higher echelons. All nodes are U.S.-made, MOSA-aligned, and optimized for rapid deployment across distributed operations in contested, expeditionary, tactical and extremely rugged environments.

 Product Features:

– Configurable SDN tactical gateway, relay node, and edge compute hub 

– Resilient, Multi-Orbit, and Multi-Transport Assured Connectivity

– Embedded SDN engine for secure, session-aware traffic steering and segmentation

– Zero Trust overlay using service wrapping to abstract and protect services 

– Integrated edge compute node with multi-core processing for local workload execution w/sub second failover protection

– Device agnostic native support for radios, SATCOM, external crypto, other optional external devices and network appliances

– Hardware device includes rugged, passively cooled, and low-SWaP variants 

– Reduced latency and increased security

– 33% Improved bandwidth utilization and network access

– MOSA structured agentic architecture 

– Designed for minimal training time and rapid operator onboarding
 

 Product Functions:
– Routes and brokers mission critical services between disparate network domains ensuring interoperability
– Acts as a session-aware tactical gateway with support for dynamic path selection
– Hosts containerized mission services with persistent local availability
– Synchronizes data and mission state across nodes when intermittent links are restored
– Provides inline security enforcement, service segmentation, and identity-based routing
– Enables control, monitoring, and telemetry aggregation from forward systems, including UAS and sensors

Let's talk about how ODIN will benefit you. 

Tactical teams operating beyond traditional communications infrastructure face a critical gap: 

Existing mesh radios are either prohibitively expensive ($10,000+ per unit), locked behind proprietary architectures, or lack the capacity to support modern operational requirements like extended ranges, ATAK, streaming video, and 100+ node networks.  

What Operators Actually Need: 

ODIN-EDRM (Edge Device Radio Module) delivers military-grade long-range and low-cost mesh networking. Operating in the 902-928 MHz ISM band using Wi-Fi HaLow (802.11ah), it provides transparent Ethernet bridging with 1-10+ mile range, 20-40 Mbps throughput, and true 8x8 MU-MIMO capacity for 100+ simultaneous nodes—all under $2500 per unit. 

ODIN-EDRM (Edge Device Radio 

Module): ODIN-EDRM is a purpose-built wireless Ethernet bridge that extends any IP network over sub-GHz spectrum. It is not a router, gateway, or proprietary black box: it is a transparent Layer 2 bridge that presents to host devices as a standard network interface.

• Range: 1-5 miles baseline, 10+ miles with directional antennas—without requiring spectrum licenses 

• Throughput: 10+ Mbps to support ATAK, ISR video, and situational awareness data 

• Capacity: 100+ nodes in a single mesh for company- and battalion-level operations 

• Cost: Sub-$2500 per unit enabling fielding at scale without budget overruns. 

• Interoperability: Works with existing ATAK, laptops, IP cameras, and tactical systems 

• Open Architecture: Field-repairable, firmware-updatable, and free from vendor lock-in 

Core Architecture: The transparent bridge design eliminates complexity. 

Host devices—whether ODIN tactical nodes, ATAK tablets, or standard laptops—connect via Ethernet or USB-C and see the Radio Module as a network cable with unlimited length. 

All Layer 3 intelligence (routing, encryption, traffic engineering) remains on the host device. The Radio Module handles one task: moving Ethernet frames wirelessly with maximum range and reliability. 

Single-radio mesh networks degrade past 30-40 active nodes due to airtime 

contention. 

Dual-Radio Design for Scale: 

• ODIN-EDRM Edge Device Radio Module employs two independent Morse Micro MM6108 HaLow radios, each with 4x4 MIMO.
• Dynamic load balancing between radios based on traffic patterns.
• 100+ node capacity while maintaining sub-20ms latency per hop.
• ODIN-EDRM is fully open-architecture: OpenWRT-based firmware, standard Ethernet and USB-C interfaces, and seamless integration with existing IP networks including the open-source ODIN tactical SD-WAN platform. 

Contact Red One Alpha about ODIN-EDRM.

Operational risk scales dramatically in contested environments. 

In DDIL (Disconnected, Denied, Intermittent, and Degraded) environments, when the main network goes dark, the mission stops. 

Unified Compute and Storage Without a Center: Stronghold is the only current distributed platform for true edge autonomy that combines compute and storage into a single unbreakable mesh. 

BREAK THE CONTROL PLANE!

Current cloud and edge systems require centralized control planes. Stronghold is a distributed tactical cloud platform designed for true edge environments and autonomous operations. Stronghold operates without central servers or a master control plane. 

Stronghold's Unified Action ensures:

• Compute orchestration and storage
• Full offline operations
• Continuous container data synchronization

Translation: ABSOLUTE mission continuity even during total network disruption. 

Use Case Examples:

- Mission command, native TAK integration, and resilient data sharing for Expeditionary, Intelligence, Reconnaissance and Special Operations across degraded, disconnected, jammed, or contested nodes. 

• Defense & Forward Ops 

- Maintaining continuous autonomous operations, telemetry, and compute for remote oil and gas platforms when satellite links fail. 

• Remote Energy

- Managing local compute and modular robotics fleet routing deep underground or in geography completely isolated from central cloud servers. 

• Autonomous Mining 
• Robotic Operations

- Rapid, pop-up tactical and special use networks for emergency or mass communications where civilian, commercial and/or government infrastructure is destroyed or needed and not available at scale. 

• Disaster Response
• Large Scale Event Management
• Live Broadcast

Contact Red One Alpha to deploy

Stronghold.

 The Critical Gap in Tactical Edge Computing 

Continuum is now officially TRL/IRL 6! 

Constant connectivity is required for network services and all edge devices to function. Current tactical edge computing solutions fail when DDIL affects service delivery. 

Connectivity disappears when network services are interrupted, adversary EW assets engage or units move beyond reliable network coverage, etc. When that happens:

-Critical data is lost

-Kubernetes and similar orchestration & synchronization platforms fail

-Workloads stop scheduling

-Network services stop discovering each other

-Operators lose the ability to manage mission-critical applications

-Commander's intent isn't maintained

Introducing CONTINUUM! 

Continuum addresses disconnected offline data synchronization. Continuum monitors and reconciles data from the point of network disruption to the point at which services are restored while maintaining data integrity and continuity. 

Continuum is a lightweight software application that monitors network states and maintains data continuity despite network interruptions or complete breakdowns.

Continuum technology can be used for both government/military and civilian commercial & industrial applications.

Continuum addresses the critical gap in edge 

computing by monitoring, maintaining and converging what would otherwise be lost data. 

Schedule a live demo of Continuum and see it in action!

LOGOS is an early-stage AI-enabled autonomous logistics software platform designed to improve military and industrial resupply planning and sustainment operations in dynamic, resource-constrained environments. 

CORE COMPETENCIES: LOGOS provides real-time visibility, predictive forecasting, and intelligent resupply recommendations to enhance decision-making at the brigade level and below. 

Capabilities Include: 

• Live Logistics Tracker monitoring Classes I–IX, fuel, ammo, and vehicle readiness 

• AI-Driven Consumption Forecasting based on mission profiles, terrain, and unit history 

• COA Generator with risk-weighted options for rerouting, staging, and resource allocation 

• Flexible Data Ingestion from GCSS-A, JBCP, SAP ERP, structured files, and API sources 

• Disconnected Operations Support through edge compute deployment or secure cloud 

DIFFERENTIATORS:

• Built for Tactical Edge: Operates with intermittent or denied connectivity using ODIN or other modular edge nodes. (Please  see ODIN for edge compute above).

• Modular Architecture: Aligns with current Modular Open Systems Approach (MOSA) for long-term compatibility; CJADC2, NGC2, etc... • Explainable AI: Combines ML predictions with human-understandable rationale to support decision-makers. 

• Security-Forward Design: Implements Zero Trust principles, encrypted storage and communications, and ATO-readiness pathways. 

• User-Centered UX: Role-based dashboards tailored for S4, SPO, XO, and TOC logistics roles. 

Let's discuss the benefits of LOGOS.

Unmanned systems are revolutionizing everything from military operations to disaster relief, infrastructure inspection, and border security. But managing these assets—aircraft, flight crews, operations, training, and compliance—is a logistical nightmare without a centralized platform. 

INTRODUCING AeroTask!

AeroTask is a smart, secure software platform designed to help program managers, site leads, and enterprise users manage every part of their UAS fleet and operations. Whether you operate 5 drones or 500 across multiple sites, AeroTask brings everything together: aircraft health, crew certifications, mission data, training records, and detailed reports for stakeholders. 

At its core, AeroTask is about visibility and accountability. It provides a single pane of glass to manage daily operations, long-term readiness planning, and compliance. With its modular structure and offline-first design, the platform adapts to any scale of operation— from rural emergency services flying in disconnected environments to globally distributed defense contractors. 

The platform’s integration of aircraft status, personnel tracking, telemetry ingestion, training management, and detailed maintenance workflows reduces operational friction while enhancing oversight. Program leads can instantly assess flight readiness, initiate corrective actions, or generate reports for senior leadership or regulators—all from one interface. 

Tell us how we can help you manage your unmanned assets more efficiently.