FOREVER LoRa

Why it matters: storms, remote terrain, and packed events can all overwhelm or knock out normal networks. Decentralized systems have fewer single points of failure.

It's bigger than radio: peer-to-peer file sharing, federated social networks like Mastodon, and community-run networks all apply the same idea. Forever LoRa is interested in all of it.

The tradeoff: you usually give up some speed and convenience in exchange for independence. Someone also has to run the network, and that someone is the community.

How it works: LoRa spreads each signal across a sweeping range of frequencies, called a chirp. That helps a receiver pick out very weak signals.

Range: expect anything from a few kilometers in town to far more with height and a clear line of sight. Meshtastic lists a 331 km record, but that's a record, not a normal day.

Speed: usually well under 40 kbps, and often far less. That's slower than dial-up, but plenty for short messages.

Frequencies: allowed bands and power limits vary by country. For example, 915 MHz is common in North America and 868 MHz in Europe, so check your local rules.

LoRa vs. LoRaWAN: LoRa is the radio link. LoRaWAN is a network system where devices usually reach a server through gateways. Meshtastic and MeshCore use LoRa radios, but they aren't LoRaWAN.

• Off-grid trips: hiking, hunting, sailing, and overlanding
• Outage backup: neighborhood and storm communications
• Events: festivals, races, and volunteer teams
• Farming: soil, water tanks, and livestock tracking
• Environment: weather stations and river levels
• Cities: utility meters, parking, and street lights
• Industry: asset tracking and equipment monitoring
• Home: gate, mailbox, and property sensors

Many commercial sensor projects use LoRaWAN rather than a mesh. A hobby mesh also makes a useful backup, but it doesn't replace emergency services or a dedicated SOS device.

How it relays: nodes can generally rebroadcast what they hear, so a network can form with little planning. The default limit is three hops.

How you use it: flash a compatible radio, pair it with a phone app, and pick your region and channel.

Good fit: a group that wants to get running quickly, with no dedicated infrastructure required.

The roles: a companion connects to your app and doesn't relay. A repeater extends coverage. A room server hosts shared posts, like a tiny bulletin board.

How it routes: a first message can flood the network to find a path, then later messages follow that path instead of flooding again.

Good fit: an area where people are willing to plan and place repeaters.

Compatibility: MeshCore and Meshtastic are separate systems and don't talk to each other directly.