DeReticular’s RIOS Campus 30 Network: Resilient, Sovereign Connectivity at Scale
Expanding on its groundbreaking infrastructure model, DeReticular offers the Trifi Wireless RIOS Campus 30, a scaled-up, comprehensive network solution designed to provide sovereign, self-healing connectivity over a 30-mile diameter area. This package serves as the exclusive Public Access Network Layer for a large-scale Rural Infrastructure Operating System (RIOS) deployment. It is engineered from the ground up to deliver an “always-on” communications backbone for communities, independent of the Core Compute Cluster it is designed to support.
Product Title: Trifi Wireless RIOS Campus 30
Brand: DeReticular
Product Details:
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specfications
The RIOS Campus 30 network is a next-generation public access platform architected to eliminate the single points of failure found in traditional ISP models. It provides a secure, highly resilient, and ubiquitous connection for residents, visitors, and critical municipal services, including police, fire, and healthcare telemetry. The system’s core strength lies in its intelligent, multi-layered redundancy. An enterprise-grade SD-WAN appliance actively manages traffic, ensuring seamless failover between a primary LEO satellite backhaul and a multi-carrier cellular vSIM backup, guaranteeing maximum uptime.[1]
a comprehensive list of components of the RIOS 30 network
The hardware Bill of Materials (BOM) for the RIOS Campus 30 network package is scaled for wider coverage and higher user density:[1]
- Trifi Far X Routers: 250 Units. These devices are the foundation of the public access layer, functioning as Wi-Fi access points and nodes in a self-healing mesh network. Each router contains an embedded vSIM for cellular failover.
- Starlink Business Kits: 5 Units. These provide the primary, high-capacity, low-earth orbit (LEO) satellite backhaul required to handle the increased user and data load of a 30-mile campus.
- Enterprise SD-WAN Appliance: 2 Units. This core appliance provides the network intelligence, managing load balancing and seamless failover between the Starlink and cellular connections. The quantity remains the same as the Campus 15, as it is a fixed asset for core network management.
- PtMP Wireless Backhaul Transceivers: 100 Units (forming 50 pairs). This doubled quantity creates a denser, high-speed wireless backbone to connect the 250 access points across greater distances.
- Industrial-Grade UPS: 50 Units. Increased to match the higher number of critical network nodes requiring resilient power backup.
- Outdoor Weatherproof Enclosures: 300 Units. NEMA-rated enclosures to protect all field-deployed Trifi Routers, PtMP units, and power supplies.
where it is best deployed
The RIOS Campus 30 is designed for larger-scale deployments where establishing a robust, independent, and wide-ranging communications grid is critical. Ideal locations include:
- Large Rural Counties or Regions: To provide a unified, community-owned internet service across a wide geographic area.
- Post-Conflict Reconstruction Zones: To rapidly deploy a resilient, decentralized communications infrastructure that is difficult to disrupt.
- Developing Regions: To build modern, large-scale digital infrastructure without the massive capital expenditure and time required for traditional fiber trenching.
what kind of performance metricts should you expect
The key performance metric is uninterrupted network sovereignty and resilience. The system is architected for maximum uptime through its multi-layered design:[1]
- Guaranteed Backhaul Failover: The SD-WAN appliance ensures that if the primary Starlink connection is disrupted, the entire network seamlessly fails over to the strongest available cellular signal via the Trifi vSIM technology.
- Self-Healing Mesh Backbone: The network can dynamically reroute data traffic around damaged or offline nodes, ensuring continuous connectivity for users.
- High-Density Coverage: With 250 access points, the network is designed for effective coverage and seamless signal handover across the entire 30-mile operational area.
what the cost is
The estimated retail price for the physical hardware of the RIOS Campus 30 network package is $240,000 USD. This price covers the specified network components only and does not include labor, software, or the RIOS Core Compute Cluster and sensor networks.[1]
what the big benifit if ownership is
The primary benefit is complete network sovereignty at scale. Ownership frees a community or region from dependence on single, often monopolistic, internet service providers. It ensures that critical communications for public safety, healthcare, and the economy remain operational, secure, and under local control, even in the face of localized outages or broader disruptions.
the brands differential advantage
DeReticular’s key advantage is its pre-integrated, holistic system architecture. The RIOS Campus 30 is not a mere collection of hardware; it is a fully architected communications layer designed as a plug-and-play component of the broader RIOS ecosystem. The seamless integration of satellite, cellular (vSIM), and mesh networking, all governed by a sophisticated SD-WAN, delivers a level of resilience, scalability, and sovereignty that standalone solutions cannot match.
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