Kaonic 1S
Dual-transceiver radio development kit for MIMO & mesh networking
Designed for MIL-STD-461 EMI compliance, the Kaonic 1S is a rugged, embedded Linux-based tactical radio development kit built for evaluating and deploying secure, decentralized mesh networking applications. Supporting advanced multi-band MIMO configurations and cryptographic protocols, it delivers robust performance in tactical, off-grid, and security-sensitive environments.
At its core, the Kaonic 1S integrates a dual RF Front-ends capable of achieving aggregate throughput up to 4.8 Mbps at -92 dBm on four separate RF Chains. With the Spartan7 Plugin, the data rate can be expanded to 14.4 Mbps at -92 dBm in 2×2 MIMO + 2 SISO streams. It operates across CE/RED-compliant 868 MHz and FCC Part 15-compliant 902–928 MHz sub-GHz bands, as well as 2.4 GHz, offering flexibility for long-range, dual-band mesh links.
Each unit includes four u.FL antenna ports and integrated 2.4 GHz antennas, with an optional rugged enclosure designed to meet IP67 standards for shock, dust, and moisture protection.
The Kaonic 1S is powered by the STM32MP1 MPU, running Yocto Linux and the Reticulum mesh protocol, which supports up to 128 hops, full end-to-end encryption, and operates entirely without centralised infrastructure. Additional tactical capabilities include support for MAVLink telemetry, ATAK integration, and encrypted geospatial messaging.
An optional Kaonic FRX frequency extender is available, enabling operation from 300 to 2000 MHz with an internal 1W PA or external up to 8W PA, enhancing signal reach and band agility.

The system also includes a patent-pending HopSync frequency hopping mechanism, delivering advanced LPI/LPD performance without requiring sync beacons.
The Kaonic 1S development kit includes one Kaonic 1S, a pre-flashed microSD card, a 20 cm USB-C cable and two 868/900 MHz antennas. A companion app based on Flutter is provided for configuration over USB, WiFi, or Bluetooth as well as out of the box ATAK Compatibility.