Every home has a Gigabit modem, yet we only use 10%. By pledging 1% of this capacity, we create a resilient backbone that survives even when major ISPs fail.
Access to City Hall, Schools, and Hospital databases runs on the mesh at 1Gbps+ speeds, fully independent of ISPs.
Encryption is Mandatory. We utilize "Civic Interconnect" to keep local traffic local.
Dynamic Load Balancing. If your ISP fails, the mesh automatically routes you to a neighbor who has spare capacity.
Compare traditional fragility vs. distributed mesh resilience.
The architecture begins at City Hall (Core), distributing capacity via high-performance bridges to Barangays (Distribution). From there, it fans out to Schools and Communities (Edge) via daisy-chained links.
City: Provides Backbone & Bandwidth.
Barangay: Security & Power.
Private: Right-of-Way.
| Node Type | Configuration | Unit Cost | Est. Qty | Subtotal |
|---|---|---|---|---|
|
City Hall Core
Central Hub
|
|
₱1,350,000 | 1 | ₱1,350,000 |
|
Barangay Node
Distribution
|
|
₱215,000 | 30 | ₱6,450,000 |
|
Community Edge
School / Inst.
|
|
₱90,000 | 300 | ₱27,000,000 |
| Total Hardware Investment | ₱34,800,000 | |||
Standard UPS units last minutes. We use LiFePO4 Server Batteries for 12+ hours of runtime.
Mobile Mesh Units deployed to disaster zones, pointing to nearest surviving nodes to re-establish the grid instantly.
City Hall hosts high-bandwidth streaming channels for emergency announcements directly on the mesh, bypassing internet congestion.
Hosting open-source social platforms (Friendica, Minds) and automated government services securely within the city.
Hosting training videos and exams locally. Students access heavy content via mesh without straining the City's ISP bill.
For the 10% of areas where Fiber or 5GHz Wi-Fi cannot reach, we use LoRa radio.