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Agra Dot Energy

Agra Dot Energy

Agriculture can both produce and consume energy.

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The RIOS Starlink Product Line: Sovereign LEO Satellite Backhaul

November 1, 2025 by Michael Noel

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The RIOS Starlink Product Line: Sovereign LEO Satellite Backhaul

DeReticular’s Rural Infrastructure Operating System (RIOS) is engineered for resilience, and its primary connection to the global internet is powered by a strategic integration with Starlink’s advanced satellite network. The RIOS Starlink product line represents the officially integrated, high-performance Low-Earth Orbit (LEO) satellite hardware that serves as the essential, non-censorable data uplink for the entire RIOS ecosystem, from large-scale municipal deployments to mission-critical mobile command centers.

Product Title: RIOS Starlink LEO Satellite Backhaul

Brand: DeReticular (integrating Starlink hardware)

Product Details:

a High-quality image:
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specfications
The RIOS Starlink product line consists of two core offerings, each selected for its specific role within the RIOS architecture. This hardware provides the primary, high-throughput data pipe that connects the revenue-generating AI Compute Cluster and critical services to the global internet, bypassing compromised or non-existent terrestrial networks. [1]Within the RIOS framework, the Starlink connection is managed by an SD-WAN appliance, which provides intelligent load-balancing and seamless failover to a secondary Trifi multi-carrier cellular network, ensuring the entire system remains “always-on.”
[2]
a comprehensive list of components of the RIOS Starlink Product Line
The product line is composed of two strategic Starlink kits, deployed across the RIOS Campus and Mobile product lines respectively:

  1. Starlink Business Kit:
    • Components: High-performance satellite dish (“dishy”), power supply, and cabling.
    • Strategic Role: This is the foundational component for the RIOS Campus 15 and RIOS Campus 30 networks. [2]It is designed for high-demand, stationary applications and provides the necessary bandwidth and reliability to service the AI Compute Cluster and provide public Wi-Fi access for an entire community. The RIOS Campus 15 utilizes 3 Starlink Business Kits, while the larger Campus 30 scales up to 5 kits to handle the increased data load.
      [2]
  2. Starlink Roam Kit (Referred to as Mobile/RV Edition in RIOS documentation):
    • Components: Standard or Flat High-Performance mobile satellite dish, cable, and power supply unit.
      [3] * Strategic Role: This kit is the primary satellite data pipe for the RIOS-Mobile Pillar II (Sovereign Connectivity Pro Kit) and Pillar III (Off-Grid Command Center). [3][4]It is designed for in-motion and portable use, providing high-speed internet to vehicles and mobile command centers operating in remote locations where cellular coverage may be unavailable.
      [5]
      where it is best deployed
  • Starlink Business Kit: Best deployed as the primary internet backhaul for stationary, high-demand RIOS infrastructure, such as in rural communities, post-conflict zones, and developing nations where reliable terrestrial internet is unavailable.
    [1]* Starlink Roam Kit: Best deployed on vehicles and mobile platforms for professionals, remote workers, and operators who require mission-critical connectivity while on the move or in remote, off-grid locations.
    [3]
    what kind of performance metricts should you expect
    The primary performance metric is resilient, high-speed, low-latency broadband internet access, independent of terrestrial infrastructure.
  • High-Speed Connectivity: Enables streaming, video calls, online gaming, and remote work in even the most remote locations.
    [5]* Guaranteed Uptime (within the RIOS system): When integrated into the RIOS SD-WAN, the system provides instantaneous, packet-level failover to a cellular backup, eliminating dropped calls and failed transactions if the satellite signal is temporarily obstructed.
    [3]* Global Coverage: Provides a direct, non-censorable uplink to the global internet, which is critical for the sovereignty and financial viability of the RIOS AI Compute Cluster.
    [1]
    what the cost is
    The cost of the Starlink hardware and its associated monthly subscription must be acquired separately by the user and is not included in the price of the RIOS hardware kits.
  • The RIOS Campus 15 and 30 network packages (priced at $149,000 and $240,000 respectively) are designed to integrate with the Starlink Business kits.
    [2]* The RIOS-Mobile Pillar II and III kits (priced at $2,999 and $7,999 respectively) are designed to integrate with a user-provided Starlink Roam kit. [3][4]Starlink offers a 30-day trial for its hardware.
    [5]
    what the big benifit if ownership is
    The biggest benefit is achieving geographic and communication independence. By using a LEO satellite backhaul, a RIOS deployment is completely free from the vulnerabilities of terrestrial networks. This ensures that external blockades, censorship, or damage to local fiber/cable lines cannot compromise the community’s connection to the global digital economy, thereby securing the revenue stream that makes the entire RIOS model self-sustaining.
    [1]
    the brands differential advantage
    DeReticular’s advantage is not in selling the Starlink hardware itself, but in its strategic integration of Starlink as a core component of a resilient, self-funding ecosystem. While anyone can buy a Starlink dish, only the RIOS architecture fuses it with a multi-carrier cellular failover, an enterprise-grade SD-WAN, and a revenue-generating AI core. This transforms Starlink from a standalone internet solution into a truly mission-critical component of a sovereign infrastructure platform.

Sourceshelp

  1. The Architecture of Tomorrow: Building Post-Conflict Economic …
  2. Internal Report: Trifi Wireless RIOS Campus Product Definition – DeReticular
  3. RIOS-Mobile Pillar II: The Sovereign Connectivity Pro Kit – DeReticular
  4. RIOS-Mobile Pillar III: The Mobile RIOS Off-Grid Command Center – DeReticular
  5. Starlink

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Agriculturally Produced Energy

Benefits of Agriculturally Produced Energy:

Reduced Land Use Competition: Agrivoltaics can help balance the need for food production and renewable energy generation by utilizing the same land area for both purposes

Agriculture can both produce and consume energy. It produces energy through biomass conversion (e.g., biofuels) and through the generation of electricity using solar panels (agrivoltaics) and wind turbines. Simultaneously, agriculture relies on energy for various processes like powering machinery, irrigation, and producing fertilizers.

 

Reduced Reliance on Fossil Fuels: Diversifying energy sources on farms helps reduce dependence on fossil fuels, which are a major source of greenhouse gas emissions.

Lower Energy Costs: Renewable energy technologies can significantly lower energy costs for farmers, making their operations more sustainable.

Diversified Income: Agrivoltaics and other energy production methods can create new income streams for farmers, improving their financial resilience.

Environmental Benefits: Renewable energy production can reduce air and water pollution associated with fossil fuels and promote sustainable land management.

 

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