Can WaveShark decode our protocol?

Probably, or it can be taught to. Sensor and remote protocols are described in a separate repository, waveshark-protocols, and new decoders can be added for the links you need to read.

Do you work with custom radio hardware?

Yes. We write host software and firmware for SDRs and transceiver modules, including boards built on SX126x and SX127x radios.

Which languages do you use for DSP?

Rust for receivers and decoders, with GPU compute through wgpu where it pays off, and C++ for firmware.

RF · SDR · DSP

SDR and RF software development

Signal processing, protocol decoders and radio tooling, from a €30 RTL-SDR to a full duplex LimeSDR. We wrote WaveShark, a wideband decoder that reads dozens of protocols at once.

START A CONVERSATION SEE THE WORK

STRATUM 01HOW WE WORK

WaveShark channelizes a wide span once and runs every decoder in it at the same time: ISM sensors, ADS-B, AIS, ACARS, APRS, POCSAG, DMR, TETRA, M17, LoRa and more. It drives RTL-SDR, HackRF, Airspy, LimeSDR and PlutoSDR hardware directly, and remote tuners over rtl_tcp, SpyServer and KiwiSDR. Unknown bursts get their coding inferred and their bits sliced out, which is where reverse engineering a new device starts.

Around it sit smaller tools. antenna-toolbox designs antennas from 36 templates, measures them with a NanoVNA and plans radio paths. sub-ghz-modem turns LoRa and FSK boards into a serial modem. radio_tool flashes firmware on DMR radios. adsb-overlay draws aircraft over a live camera feed.

If you have a signal to decode, a protocol to reverse engineer, or radio hardware that needs a host application, we can help.

STRATUM 02WHAT WE BUILD

Protocol decoders

OOK, FSK, LoRa, digital voice and data link decoders, from the IQ samples up.

Wideband receivers

Channelizing a wide span and running many decoders in parallel in real time.

Reverse engineering

Working out the modulation, coding and packet format of undocumented devices.

Hardware support

USB drivers for SDRs in Rust, and remote tuners over the network.

Antennas and planning

Antenna modelling, NanoVNA measurement and radio path planning.

Transmit

NFM, WFM and AM transmit on capable radios, and sub-GHz modem firmware.

STRATUM 03IN PRODUCTION

RF · SIGNALS INTELLIGENCE

WaveShark: Wireshark for the radio spectrum

Channelizes a wide span once and decodes every signal in it at the same time. ISM sensors, ADS-B, AIS, APRS, pagers, DMR, TETRA, LoRa and more, from a €30 RTL-SDR up to a full duplex LimeSDR.

★ 17 v0l/waveshark

EMBEDDED · FIRMWARE

radio_tool: DMR radio firmware tooling

Firmware flashing and packaging for DMR radios from TYT, Baofeng, Radioddity and others. Low-level C++ over USB against undocumented bootloaders, the embedded end of the stack.

★ 105 v0l/radio_tool

Open source

antenna-toolboxAntenna design, NanoVNA control and radio path planning.sub-ghz-modemSerial LoRa, FSK, OOK and LR-FHSS modem firmware.waveshark-protocolsThe protocol descriptions WaveShark decodes sensors and remotes with.adsb-overlayADS-B aircraft overlaid on a live camera view.

STRATUM 04QUESTIONS

Can WaveShark decode our protocol?: Probably, or it can be taught to. Sensor and remote protocols are described in a separate repository, waveshark-protocols, and new decoders can be added for the links you need to read.
Do you work with custom radio hardware?: Yes. We write host software and firmware for SDRs and transceiver modules, including boards built on SX126x and SX127x radios.
Which languages do you use for DSP?: Rust for receivers and decoders, with GPU compute through wgpu where it pays off, and C++ for firmware.