Executive Summary
The Mesh Beacon (SKU: RIOS-EXT-01) is a ruggedized, dual-radio outdoor access point and IoT gateway designed to extend the “Sovereign Territory” of the DeReticular network. Positioned as the “Long Arm” of the stationary Sovereign Sentry node, the Mesh Beacon provides high-speed Wi-Fi 6 connectivity and long-range LoRaWAN support for expansive properties such as farms, ranches, and workshops.
Key takeaways include:
- Dual-Radio Functionality: Combines AX3000 Wi-Fi 6 for high-speed data and 915MHz LoRaWAN for low-power IoT sensor integration.
- Industrial Resilience: Features an IP67-rated enclosure (ASA plastic) capable of withstanding extreme temperatures (-30°C to 70°C) and immersion.
- Economic Incentive: Deployment increases the “Proof of Coverage” footprint, which boosts credit yields for the connected Sovereign Sentry.
- Simplified Deployment: Utilizes Power over Ethernet (PoE+) for single-cable installation and zero-touch provisioning for automatic network integration.
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1. Product Identity and Strategic Role
The Mesh Beacon is specifically engineered for users requiring connectivity beyond the physical barriers of home or office walls, such as farmers, ranchers, and mechanics. It serves as a bridge between the core network node (Sovereign Sentry) and the field.
Core Objectives
- Range Extension: Eliminates dead zones in outbuildings, driveways, and agricultural fields.
- IoT Gateway: Acts as a listener for low-power sensors (soil moisture, gate status, water levels) via the US915 frequency.
- Network Resilience: Facilitates the creation of localized meshes and community nodes, earning “Peering Credits” on the ledger.
2. Technical Specifications
The hardware is designed for 360° horizontal coverage and high-reliability networking in harsh environments.
Hardware Architecture
| Component | Specification |
| Wi-Fi Radio | Wi-Fi 6 (802.11ax) AX3000 Dual-Band (574Mbps @ 2.4GHz + 2402Mbps @ 5GHz) |
| IoT Radio | LoRaWAN Gateway (SX1302/1303) US915 MHz (Listen-Only) |
| Chipset | Qualcomm IPQ5018 / MediaTek MT7981 (Enterprise-grade ARM SoC) |
| Antennas | 4x Internal High-Gain Omni (5dBi) |
| Ethernet | 1x Gigabit RJ45 with 802.3at PoE+ Input |
| Enclosure | UV-Stabilized ASA Plastic; IP67 Rated (Dust tight/1m immersion) |
| Dimensions | 250mm Height x 100mm Diameter (Cylindrical) |
Software and Protocols
- Operating System: DeReticular Hardened Fork of OpenWRT.
- Mesh Protocol: BATMAN-adv (Better Approach To Mobile Ad-hoc Networking) for efficient mesh routing.
- Provisioning: Zero-Touch Provisioning; automatically adopts into the Sentry controller upon connection.
3. Financials and Sourcing
The product follows a white-label hardware strategy with internal software and radio modifications to maximize margins.
Bill of Materials (BOM)
| Component | Sourcing Strategy | Est. Cost (Bulk) |
| White-Label AP | Shenzhen OEM (Comfast/Wavlink) | $65.00 |
| LoRa Module | Semtech SX1302 Concentrator Card | $15.00 |
| PoE Injector | 48V Gigabit Injector (UL Listed) | $8.00 |
| Mounting Hardware | Stainless Hose Clamps + Screws | $2.00 |
| Packaging/Labor/Freight | Various | $25.00 |
| TOTAL BOM | ~$115.00 |
Financial Performance:
- MSRP: $189.00
- Gross Margin: Approximately 39%
4. Operational Workflow (SOP)
Fulfillment occurs at the Node 3 Workshop in Arizona and consists of three distinct phases:
Phase 1: Intake & Flash
- Hardware Prep: Unbox OEM units and install the LoRaWAN card into the mini-PCIe slot if required.
- Firmware Overwrite: Use the
flash_beacon.shscript to replace stock firmware with RIOS Mesh OS and validate radio detection.
Phase 2: Testing and Sealing
- RF Verification: Units are tested in an RF Shield Box to verify Wi-Fi signal strength (-30dBm at 1m) and LoRa packet reception.
- Weatherproofing: Re-assemble the enclosure, ensuring rubber gaskets are perfectly seated to maintain the IP67 rating.
Phase 3: Kitting and Labeling
- Include PoE injector, AC cord, and stainless steel hose clamps.
- Apply “Mesh Beacon” SKU labels and pack in DeReticular-branded kraft boxes.
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5. Deployment and Use Cases
The Mesh Beacon is designed for versatility in outdoor environments, as evidenced by visual assets showing the device mounted to metal poles in stormy conditions.
Primary Scenarios
- Smart Farm Integration: Mounting the unit on a farmhouse roof provides Wi-Fi to the immediate vicinity while the LoRa radio monitors sensors up to 3 miles away.
- Vehicle Telemetry (Driveway Mechanic): Facilitates high-speed firmware updates and telemetry syncing for vehicles (e.g., Kurb Kar) via the “Nomad Link” even in garage dead zones.
- Community Mesh: Creating localized meshes in rural clusters to maintain connectivity during ISP outages and earn ledger credits.
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6. Risk Management and Warranty
The document identifies several critical risks associated with outdoor deployment:
Risk Register
- Water Ingress (R-H2O-01): High risk if the user fails to use the waterproof cable gland. Mitigation: Mandatory inclusion of a bright yellow warning card stating the warranty is void if the gland is not installed.
- Lightning/ESD (R-ESD-01): Increased risk due to outdoor mounting. Mitigation: Recommended use of shielded Ethernet cables and an integrated grounding lug on the chassis.
- Incompatibility (R-COMP-01): Users attempting to use the device as a standalone router. Mitigation: Marketing clearly states it requires a Sovereign Sentry or Controller.
Support Terms
- Warranty: 1-Year Limited Hardware Warranty.
- Exclusions: Lightning strikes and water damage resulting from improper installation of the cable gland.
- Returns: 30-day standard policy.