Organization: cipropanama.org | Contact & Support: contacto@cipropanama.org
Project Nature: Deployment of an open-access LoRa radio frequency backbone under the Meshtastic (915 MHz) protocol atop Panama's most strategic mountain summits to provide off-grid, decentralized communications.
1. Project Vision and Scope
The initiative led by CIPRO Panama aims to establish a high-altitude Meshtastic repeater backbone across the most strategic geographic summits in the Republic of Panama.
This infrastructure is conceived as an open and neutral community service for:
- Citizens and prepared families seeking local and interprovincial communication resilience.
- Ham radio operators and emergency communicators (EMCOMM).
- Tech enthusiasts, makers, and open-hardware developers.
- First responders, search & rescue teams, and volunteer disaster units.
Seamless Integration
High-elevation nodes integrate transparently with local handheld and home nodes without requiring passwords or manual onboarding.
Eliminating Dead Zones
Dramatically multiplies mesh geographic range, allowing low-power nodes in valleys and cities to achieve long-range hops over hundreds of kilometers.
Disaster Resilience
A 100% decentralized, off-grid communication channel powered continuously by solar energy when the power grid, cellular networks, and internet collapse.
2. Naming Convention & Network Identification
To ensure efficient real-time monitoring, technical diagnostics, and clear network topology without ambiguity, all repeaters under CIPRO’s administration adopt a standardized naming convention:
CP: Official identifier prefix for the CIPRO Panama network.
XX: Two-digit numeric ID assigned to each geographic site.
(Examples: CP01, CP02, CP03, CP04, CP05...)
When checking node lists in the Meshtastic app, any user can instantly recognize official backbone summit repeaters by the CP prefix followed by the site ID.
3. Deployment Plan & Site Justification
The Backbone deployment has been planned across successive phases, prioritizing maximum orographic elevation and direct electromagnetic line-of-sight (LoS):
| Phase | ID | Location | Province | Elevation | Coverage & Strategic Importance |
|---|---|---|---|---|---|
| Phase 1 | CP01 | 🌋 Volcán Barú | Chiriquí | ~3,474 m ASL | Highest peak in Panama. Provides unprecedented interoceanic coverage towards both the Pacific and Caribbean, linking Chiriquí, Bocas del Toro, and serving as a cross-border high-mountain link. |
| Phase 2 | CP02 | ⛰️ Cerro Jefe | Panama | ~1,007 m ASL | Metropolitan & Eastern pivot. Dominates East Panama, Panama City, the Pacific entrance to the Panama Canal, and sections of Colón and western Darién. |
| Phase 3 | CP03 | ⛰️ Cerro El Papo | Veraguas | ~1,200+ m ASL | Central cordillera axis. Provides the crucial link connecting Western Panama with the Central Provinces, overcoming mountain terrain blockages. |
| Phase 4 | CP04 | ⛰️ Cerro Canajagua | Los Santos | ~830 m ASL | Azuero Peninsula pivot. Delivers dominant line-of-sight across the Gulf of Panama, Herrera, Los Santos, Southern Coclé, and Pacific maritime corridors. |
| Phase 5 | CP05 | ⛰️ Cerro Campana | Panama West | ~850 m ASL | Interregional transition link. Covers dense West Panama communities and Pacific beaches, serving as a direct bridge between Cerro Jefe and the Central Provinces. |
4. Operational Best Practices & Network Rules
Meshtastic operates on shared 915 MHz ISM bands where bandwidth and on-air transmission time (airtime) are strictly limited resources.
A single mountain repeater can simultaneously hear hundreds of devices. Therefore, strict operational discipline is essential to prevent channel congestion:
🛑 A. User Device Roles
DO NOT set residential, mobile, or low-elevation nodes to ROUTER or REPEATER:
- Always use the standard
CLIENTorCLIENT_MUTErole. - Configuring repeater roles inside cities causes unnecessary packet loops, packet collisions, and spectrum saturation for everyone.
- For details, read our Meshtastic Node Roles Guide.
⏱️ B. Telemetry & GPS Position Packets
- Disable unneeded telemetry: Do not broadcast battery voltage, environment, or sensor metrics over public channels at short intervals.
- Conservative GPS intervals: If your node has a GPS module, set broadcast intervals to no less than 15 to 30 minutes (or movement-based). Constant GPS beacons choke the primary channel.
🦘 C. Hop Limit Settings
Set your device Hop Limit between 2 and 3:
With high-altitude repeaters at Barú (~3,474 m ASL), Cerro Jefe (~1,007 m ASL), and Canajagua (~830 m ASL), a single hop easily covers dozens or hundreds of kilometers. Higher hop counts (4+) create duplicated broadcast storm floods.
💬 D. Message Content & Etiquette
- Public Channel: Keep transmissions direct, concise, and free of repetitive test ping spam.
- Secondary Channels & DMs: Use private encrypted channels or Direct Messages for technical experiments, high volume chats, and private telemetry.
5. Status Reports & Community Collaboration
The operational health and expansion of this open national network rely entirely on community coordination:
🚨 Incident Reporting
If you detect an outage, intermittent behavior, or link degradation on any backbone repeater (CP01 to CP05):
🤝 Sponsorships & Donations
This is an independent community initiative. Equipment contributions directly strengthen national infrastructure:
- LoRa Hardware: ESP32/nRF52 nodes, IP67 weatherproof enclosures.
- Solar Energy: Photovoltaic panels, LiFePO4 batteries, MPPT controllers.
- Antennas & RF: High-gain 915 MHz omni antennas, lightning arrestors.
- Logistics: Transport and maintenance access assistance for mountain summits.
CIPRO Panama — Towards an alternative, open, and resilient communications network across the nation.
Technical Document CIPRO-INFRA-MESH-001-EN • cipropanama.org