CICADATAK

Firmware v0.23.0

MANET radios with mesh text, image, voice, GPS tracking, and internet backhaul — no cell towers, no infrastructure, no subscriptions.

Link
ENCRYPTED
Band
914 MHz S1G
Range
1+ mi / hop
Mesh
SELF-HEALING
Four CicadaTAK handheld mesh nodes with HaLow and LoRa antennas, outdoors
Four nodes, one self-forming mesh — HaLow backbone + your choice of LoRa protocol
01 // What it does
[ A ]

Off-Grid Messaging

Encrypted text and image messages over the mesh. No cell service needed — messages hop across nodes automatically.

[ B ]

Push-to-Talk Voice

Opus-encoded PTT audio over the mesh. Hold the button, talk, release. Works like a radio.

[ C ]

GPS Tracking

Every node shares its position. See your whole team on an offline map with satellite imagery cached on-device.

[ D ]

Meshtastic Bridge

Optional LoRa radio extends alerts and positions to Meshtastic devices — a second comms radio alongside the HaLow mesh.

[ E ]

Internet Backhaul

If any node has an ethernet or Starlink uplink, it shares internet to every other node and connected phone.

[ F ]

ATAK Compatible

Broadcasts Cursor on Target (CoT) messages. Interoperates with ATAK, iTAK, and WinTAK over the mesh.

[ G ]

End-to-End Encrypted

WPA3-SAE on the radio link, plus a team passphrase for application-layer E2E. No data leaves your mesh.

[ H ]

Self-Healing Mesh

Nodes find each other, relay traffic, and reroute around failures automatically. No planning, no pairing.

$0/mo
No Subscription
1+ mi
Node Range
914 MHz
Unlicensed
802.11ah
HaLow Radio
02 // Three radios, two jobs

Two radios do the comms — a long-range HaLow mesh and a low-rate LoRa bridge — for reach and interoperability. The third is a WiFi access point: it's simply how your phone connects to run the app, not a comms link.

Primary Mesh

HaLow · 802.11ah

914 MHz · 4 MHz BW · S1G

Morse Micro 802.11ah carries the mesh backbone — over a mile per hop, self-healing multi-hop routing for text, images, voice, and CoT.

Device Access

WiFi · 2.4 GHz

WPA3-SAE · EUD Access Point

How your phone connects to the node to run the CicadaTAK app — no pairing, no cables. It's your control link to the node, not a comms radio.

Long Range

LoRa · Meshtastic

906.875 / 920 MHz · US plan

An optional Heltec LoRa radio extends positions and alerts to the wider Meshtastic ecosystem when HaLow range runs out.

03 // The app

The hardware is half the story. The app is the rest — available on iOS and Android, no account, no sign-up, no server. Your whole team live on cached satellite maps, chat and photos, push-to-talk voice, the mesh drawn link by link, and every radio setting — from the phone already in your pocket.

CicadaTAK app — LoRa mode selection: Open, Covert, Dark
LoRa Modes · Open / Covert / Dark
CicadaTAK app — live team map on offline satellite imagery
Team Map · Offline Satellite
CicadaTAK app — live mesh topology with per-link throughput
Mesh Topology · Live Links
CicadaTAK app — landscape map with callsign, MGRS grid and GPS readout
Landscape Map · Callsign / MGRS / GPS
04 // Why it exists

Off the grid, comms fail first. Past the last cell tower your phones go quiet, and voice-only radios keep you talking but blind — no positions, no pictures, no shared map. The MANET radios that actually move data exist; they're priced for government programs, not for teams.

CicadaTAK closes that gap. Each node is a handheld mesh radio that gives your whole team encrypted text, photos, push-to-talk voice, and live GPS tracking on offline maps — no tower, no server, no subscription. Nodes find each other and relay automatically, so coverage grows with every radio you add, and if any node picks up an uplink — ethernet or Starlink — the entire team has internet through it. It speaks Cursor on Target too, so ATAK users share the same picture.

Get there either way: build your own from the parts list and free firmware, or start from the Builder Kit — a node pre-assembled up to the radios, where you add two boards with a screwdriver and the build is yours. Fully-assembled units come once FCC certification of the complete device is done — get notified. Under the hood it stands on serious open-source radio work — credited fully.

No SSH. No command line. No server to stand up. Just turn it on and go.

▲ US and Australia. Every node picks its region in the setup wizard. The default is the United States plan (US S1G, 902–928 MHz), which is also licence-exempt in Canada and Mexico; an Australian setting covers the 915–928 MHz class licence. Operating the image anywhere else is not supported — the radio module is filtered to North American and Australian spectrum, so Europe and the UK are a hardware limit, not a setting. Australia needs firmware 0.15.0 or newer.

FLASH AN SD CARD.
CREATE YOUR MESH.

// No subscriptions · no cell towers · no infrastructure //

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