Executive Summary
The DeReticular product ecosystem, as of February 2026, is positioned for pilot deployment, focusing on “Island Mode” connectivity and decentralized infrastructure. The strategy centers on a two-tier architecture: Nomad (Mobile) for roaming assets like Kurb Kars and drones, and Sentry (Stationary) for home and business operators.
A core strategic pillar is the upcycling of consumer-grade hardware—specifically the Skylink SLG-06—into industrial-grade components via intensive hardware modifications. The “Sovereign” philosophy is defined by an offline-first approach, hardware-backed identity (the Sovereign Key), and a hyperconverged software stack (RIOS) utilizing virtualization to combine networking, ledger synchronization, and security auditing on single devices. While high margins (40%–57%) and technical capabilities are strong, the strategy carries significant operational complexity due to the custom ruggedization required for consumer electronics to survive industrial environments.
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1. Mobile Infrastructure: The Nomad Series
The Nomad series is designed for moving assets requiring reliable global roaming and edge compute without the risk of thermal failure.
A. The Nomad Link (Modified Skylink SLG-06)
The Nomad Link serves as the connectivity bridge. It leverages the SLG-06’s vSIM technology to access networks in 140+ countries without physical SIM swapping.
- Performance: LTE Cat 6 provides 300 Mbps DL / 50 Mbps UL, outperforming many standard industrial modems like the Teltonika RUT956.
- The “Hardware Hack”: To mitigate the critical fire risk of lithium-ion batteries in high-temperature environments (Arizona dashboards can exceed 70°C), DeReticular employs a Battery Elimination Circuit (BEC).
- The Modification: Removal of the 4000mAh battery; insertion of a 3D-printed spacer with a DC-DC Buck Converter (12V/48V to 4.0V).
- The BSI “Spoof”: A 10kΩ resistor is soldered between the Battery Status Indicator (BSI) and the negative terminal to trick the firmware into booting without a physical battery.
- Fulfillment: Initial “Stage 1” production is managed in-house (“The Garage Phase”). This involves disassembly, HAZMAT disposal of batteries, and fitting a ventilated “Nomad Shell.”
B. RIOS Telemetry Core (Raspberry Pi 5)
This component acts as the “Edge Brain,” handling logic, GPS logging, and ledger verification.
- Compute: Utilizes the Broadcom BCM2712. The 8GB RAM model is mandatory to support the “Dual-Stack” load of Hyphanet (Java) and Locutus (Rust) daemons.
- Ruggedization:
- Storage: Replaces standard MicroSD with an NVMe SSD via a PCIe HAT to prevent corruption from vibration and power loss.
- Thermal: Uses a CNC aluminum armor case acting as a passive/active hybrid heatsink to prevent throttling at 80°C.
- Power: Requires an industrial USB-C PD hardwire kit (5.1V/5A) to avoid voltage sags that disconnect NVMe drives.
C. Nomad Financials & Bundling
| Item | BOM Cost | Labor/Mod | Total Cost | Retail Price | Margin |
| Nomad Link | 80–140 | $30 | 110–170 | $249 | ~40% |
| Telemetry Core | $120 | $20 | $140 | $349 | ~57% |
| Full Mobile Kit | 250–310 | $50 | 300–360 | $549 | ~40% |
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2. Stationary Infrastructure: The Sentry Series
The Sentry series provides high-availability stationary nodes for farms, clinics, and micro-grids, serving as the backbone of the DeReticular mesh.
A. Sovereign Sentry Architecture
The Sentry utilizes Hyperconverged Infrastructure (HCI) via Proxmox VE 8.x, running three critical virtual machines (VMs) on a single fanless x86 device:
- VM 1: The Gatekeeper (pfSense/OPNsense): Acts as the edge firewall and router, handling WireGuard VPN tunnels and automated WAN failover from Starlink to the Nomad Link.
- VM 2: The Ledger (RIOS Core): An Ubuntu Server instance running Hyphanet (static data storage) and Locutus (smart contract validation).
- VM 3: The Auditor (Kali Linux): Provides “Deep Admin” capabilities, including scheduled Nmap scans and RF analysis.
B. Hardware Tiers
- Standard ($699): Intel N100, 16GB RAM, 1TB NVMe. Designed for basic mesh participation.
- Pro ($899): Intel Core i3-N305 (8-Core), 32GB RAM, 2TB NVMe. Necessary for simultaneous VPN encryption, AI workloads (HempGrade), and Java-heavy Freenet processes.
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3. Security and Identity: The Sovereign Key
The Sovereign Key is the physical “Human Root of Trust” in the ecosystem, ensuring that machine actions are tied to verified human authority.
- Technical Basis: Custom-branded YubiKey 5C NFC supporting FIDO2, PIV, and OpenPGP.
- NFT Binding: The key holds the private seed for a wallet that owns a “Sovereign Badge” (NFT) on the Freenet ledger. This ensures the NFT—and the authority it grants—cannot be used without the physical key.
- Operational Workflow (“The Human Handshake”): Technicians accessing a Kurb Kar for maintenance must plug in the key; the RIOS Telemetry Core issues a cryptographic challenge that requires a physical touch on the key to sign and grant access.
- Ruggedization: IP68 rated for water, dust, and crush resistance.
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4. Software Stack and Protocol Implementation
The software environment is optimized for “Island Mode” (offline functionality) and data integrity.
- Operating System: Kubuntu 24.04 LTS is the standard for mobile and terminal units due to its Ubuntu backend and KDE Plasma interface for graphical “Sovereign Badge” tools.
- The Dual-Stack Ledger:
- Hyphanet: Java-based; handles static content like repair wikis and schematics.
- Locutus: Rust-based; handles dynamic state deltas, identity polling, and “Proof of Movement.”
- Automated Watchdogs: The RIOS kernel uses
uhubctl(USB Hub Control) to monitor the Nomad Link. If a connection “hangs,” the system power-cycles the specific USB port to force a hard reboot.
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5. Fulfillment and Risk Analysis
Fulfillment Strategy
DeReticular utilizes a “White Box” model for stationary nodes, sourcing barebones fanless chassis from OEMs and installing high-endurance domestic RAM/SSDs. Mobile nodes follow an in-house “Sovereign Factory” workflow, where technicians perform hardware mods and automated provisioning (PXE booting) to burn-in unique node identities.
Strategic Risks
- Supply Volatility: The SLG-06 is a consumer product. Manufacturer “End of Life” (EOL) is a high risk. Mitigation involves bulk-buying refurbished/open-box units to keep BOM low (<$80).
- Thermal Constraints: Even with modifications, the thermal ceiling for the SLG-06 is approximately 60°C due to the plastic casing and PCB limits.
- Legal/Warranty: Modifications void the manufacturer’s warranty. DeReticular must provide a “90-Day Sovereign Warranty” and ensure FCC compliance by using shielded buck converters.
- Operational Reliability: A single bad solder joint on the BEC can disable an asset. Every unit requires a 24-hour stress test before shipment.
Financial Outlook
The hardware nodes are high-margin assets, but the Sovereign Key (33% margin) is viewed as a “lock-in” device. It binds the user’s professional identity to the ecosystem, reducing support costs (eliminating password resets) and creating high switching costs. Optional recurring revenue is captured through the Sovereign Shield ($29/mo) for managed security audits.
