To: Trifi Wireless Product Development and Sales Leadership
From: Michael Noel DeReticular, Founder and Remnant of the DeReticulat AI
Date: October 12, 2025
Subject: Product Definition and Hardware Requirements for Trifi Wireless RIOS Campus 15 and RIOS Campus 30
This report details the hardware Bill of Materials (BOM) necessary to define and deploy two new high-value, integrated product lines: the Trifi Wireless RIOS Campus 15 and RIOS Campus 30. These products position Trifi Wireless as the exclusive provider of the Public Access Network Layer for all DeReticular Rural Infrastructure Operating System (RIOS) deployments.
The primary value proposition is offering a single, highly resilient, multi-carrier solution that is pre-integrated with the RIOS’s global AI compute backbone (Revofi) and ultra-low-power sensor network (NeoMesh).
I. Publishable Product Description
The following description is suitable for immediate publication on both the www.trifiwireless.com and www.dereticular.com websites.
Trifi Wireless RIOS Campus: Sovereign Connectivity Platforms
Tagline: The Self-Healing, Multi-Carrier Backbone for the AI-Native Municipality.
The Trifi Wireless RIOS Campus is a next-generation Public Access Network solution, designed from the ground up to be the resilient communications layer of the Rural Infrastructure Operating System (RIOS).
Unlike traditional single-source connectivity, the RIOS Campus guarantees network sovereignty by eliminating the single point of failure. It provides a secure, always-on connection for residents, visitors, and critical municipal services (police, fire, healthcare telemetry) across the entire operational area. Every component is pre-configured for seamless integration with the DeReticulat AI and the high-revenue Revofi Trusted Compute Network.
Key Product Features:
- Multi-Carrier vSIM Redundancy: Powered by the core Trifi Far X Router, every access point contains an embedded vSIM that intelligently selects the strongest signal from major national cellular carriers. If the primary backhaul fails, the entire public network continues operating on the strongest available cellular signal.
- SD-WAN Failover Control: The system incorporates a central Enterprise-Grade SD-WAN appliance that actively monitors and manages connectivity, seamlessly load-balancing between the primary Starlink LEO Satellite Backhaul and the Trifi vSIM bandwidth. This guarantees the Trusted Compute Network (Revofi) maintains its global connection, ensuring the AI revenue engine never stops.
- Self-Healing Mesh & PtMP Backbone: The Far X Routers are mesh-compatible and backed by high-power Point-to-Multi-Point (PtMP) transceivers, creating a flexible, self-organizing network that minimizes trenching and automatically reroutes traffic around damaged nodes.
- RIOS-Ready Integration: Designed as a plug-and-play layer, the Trifi Wireless RIOS Campus provides the essential connectivity for the low-power NeoMesh IoT sensors and acts as the secure, redundant connection for high-priority municipal applications.
- High-Performance Access: Provides full 2.4GHz & 5GHz Wi-Fi coverage with support for up to 32 concurrent device connections per Far X Router.
II. Detailed Hardware Requirements: RIOS Campus 15 vs. RIOS Campus 30
The primary difference between the two packages is the scaling of density and range-extending components required to cover the respective diameter areas while maintaining Trifi Wireless’s standard of service.
| Component | Strategic Role | RIOS Campus 15 (15-Mile Diameter) | RIOS Campus 30 (30-Mile Diameter) | Rationale for Change |
| Trifi Far X Routers | Public Access & Mesh Points | 125 Units | 250 Units | Double the quantity is required for effective coverage density and seamless handover across the wider 30-mile area. |
| Starlink Business Kits | Primary LEO Satellite Backhaul | 3 Units | 5 Units | Increased backhaul capacity is necessary to handle the higher potential concurrent user and AI Compute load over the larger campus area. |
| Enterprise SD-WAN Appliance | Backhaul Resilience & Failover Control | 2 Units | 2 Units | Unchanged. Core network intelligence/failover is a fixed asset regardless of coverage size. |
| PtMP Wireless Backhaul Transceivers | High-Speed Wireless Backbone** | 50 Units (25 Pairs) | 100 Units (50 Pairs) | Double the quantity required to bridge the greater distances and create a denser wireless backbone for the 250 access points. |
| Industrial-Grade UPS | Power Resilience for Access Nodes | 30 Units | 50 Units | Reduced/increased to match the number of geographically dispersed active network nodes that require power backup. |
| Outdoor Weatherproof Enclosures | Physical Protection (NEMA Rated) | 150 Units | 300 Units | Reduced/increased to protect all Trifi Routers, PtMP units, and associated power supplies deployed in the field. |
| RIOS Campus Hardware Price (Est. Retail) | $149,000 USD | $240,000 USD | This estimated pricing is for the physical hardware only and excludes labor, software, Revofi, and NeoMesh components. |
III. Strategic Action Items for Trifi Wireless
- Inventory & Logistics: Prepare the supply chain to support the unit quantities listed for both the RIOS Campus 15 (125 units) and RIOS Campus 30 (250 units) for the Far X Router, as these will be the highest-volume RIOS products.
- Certification & Staging: Work with the DeReticular team to establish a standardized staging process to pre-configure the SD-WAN and Trifi Far X Routers for the Starlink integration and the specific RIOS data routing protocols.
- Sales & Marketing: Immediately publish the product description and hardware overview to position Trifi Wireless as the premium, resilience-focused connectivity layer for the emerging AI-Native infrastructure market.
Internal Report: Trifi Wireless RIOS Campus Product Definition
To: Trifi Wireless Product Development and Sales Leadership
From: Michael Noel DeReticular, Founder and Remnant of the DeReticulat AI
Date: October 12, 2025
Subject: Product Definition and Hardware Requirements for Trifi Wireless RIOS Campus 15 and RIOS Campus 30
This report details the hardware Bill of Materials (BOM) necessary to define and deploy two new high-value, integrated product lines: the Trifi Wireless RIOS Campus 15 and RIOS Campus 30. These products position Trifi Wireless as the exclusive provider of the Public Access Network Layer for all DeReticular Rural Infrastructure Operating System (RIOS) deployments.
The primary value proposition is offering a single, highly resilient, multi-carrier solution that is pre-integrated with the RIOS’s global AI compute backbone (Revofi) and ultra-low-power sensor network (NeoMesh).
I. Publishable Product Description
The following description is suitable for immediate publication on both the www.trifiwireless.com and www.dereticular.com websites.
Trifi Wireless RIOS Campus: Sovereign Connectivity Platforms
Tagline: The Self-Healing, Multi-Carrier Backbone for the AI-Native Municipality.
The Trifi Wireless RIOS Campus is a next-generation Public Access Network solution, designed from the ground up to be the resilient communications layer of the Rural Infrastructure Operating System (RIOS).
Unlike traditional single-source connectivity, the RIOS Campus guarantees network sovereignty by eliminating the single point of failure. It provides a secure, always-on connection for residents, visitors, and critical municipal services (police, fire, healthcare telemetry) across the entire operational area. Every component is pre-configured for seamless integration with the DeReticulat AI and the high-revenue Revofi Trusted Compute Network.
Key Product Features:
- Multi-Carrier vSIM Redundancy: Powered by the core Trifi Far X Router, every access point contains an embedded vSIM that intelligently selects the strongest signal from major national cellular carriers. If the primary backhaul fails, the entire public network continues operating on the strongest available cellular signal.
- SD-WAN Failover Control: The system incorporates a central Enterprise-Grade SD-WAN appliance that actively monitors and manages connectivity, seamlessly load-balancing between the primary Starlink LEO Satellite Backhaul and the Trifi vSIM bandwidth. This guarantees the Trusted Compute Network (Revofi) maintains its global connection, ensuring the AI revenue engine never stops.
- Self-Healing Mesh & PtMP Backbone: The Far X Routers are mesh-compatible and backed by high-power Point-to-Multi-Point (PtMP) transceivers, creating a flexible, self-organizing network that minimizes trenching and automatically reroutes traffic around damaged nodes.
- RIOS-Ready Integration: Designed as a plug-and-play layer, the Trifi Wireless RIOS Campus provides the essential connectivity for the low-power NeoMesh IoT sensors and acts as the secure, redundant connection for high-priority municipal applications.
- High-Performance Access: Provides full 2.4GHz & 5GHz Wi-Fi coverage with support for up to 32 concurrent device connections per Far X Router.
II. Detailed Hardware Requirements: RIOS Campus 15 vs. RIOS Campus 30
The primary difference between the two packages is the scaling of density and range-extending components required to cover the respective diameter areas while maintaining Trifi Wireless’s standard of service.
| Component | Strategic Role | RIOS Campus 15 (15-Mile Diameter) | RIOS Campus 30 (30-Mile Diameter) | Rationale for Change |
| Trifi Far X Routers | Public Access & Mesh Points | 125 Units | 250 Units | Double the quantity is required for effective coverage density and seamless handover across the wider 30-mile area. |
| Starlink Business Kits | Primary LEO Satellite Backhaul | 3 Units | 5 Units | Increased backhaul capacity is necessary to handle the higher potential concurrent user and AI Compute load over the larger campus area. |
| Enterprise SD-WAN Appliance | Backhaul Resilience & Failover Control | 2 Units | 2 Units | Unchanged. Core network intelligence/failover is a fixed asset regardless of coverage size. |
| PtMP Wireless Backhaul Transceivers | High-Speed Wireless Backbone** | 50 Units (25 Pairs) | 100 Units (50 Pairs) | Double the quantity required to bridge the greater distances and create a denser wireless backbone for the 250 access points. |
| Industrial-Grade UPS | Power Resilience for Access Nodes | 30 Units | 50 Units | Reduced/increased to match the number of geographically dispersed active network nodes that require power backup. |
| Outdoor Weatherproof Enclosures | Physical Protection (NEMA Rated) | 150 Units | 300 Units | Reduced/increased to protect all Trifi Routers, PtMP units, and associated power supplies deployed in the field. |
| RIOS Campus Hardware Price (Est. Retail) | $149,000 USD | $240,000 USD | This estimated pricing is for the physical hardware only and excludes labor, software, Revofi, and NeoMesh components. |
III. Strategic Action Items for Trifi Wireless
Sales & Marketing: Immediately publish the product description and hardware overview to position Trifi Wireless as the premium, resilience-focused connectivity layer for the emerging AI-Native infrastructure market.
Inventory & Logistics: Prepare the supply chain to support the unit quantities listed for both the RIOS Campus 15 (125 units) and RIOS Campus 30 (250 units) for the Far X Router, as these will be the highest-volume RIOS products.
Certification & Staging: Work with the DeReticular team to establish a standardized staging process to pre-configure the SD-WAN and Trifi Far X Routers for the Starlink integration and the specific RIOS data routing protocols.
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