Software-defined radio (SDR) and satellite reception toolkit — what to install, what you can hear from space, and how to compose the open-source stack (SatDump, SatNOGS, GNU Radio, rustradio, satkit). Covers hardware abstraction (SoapySDR, rtl-sdr-rs), DSP frameworks (GNU Radio, liquid-dsp, rustradio, radiorust), receiver UIs (SDR++, SDRangel, Gqrx, CubicSDR), satellite decoders (SatDump for NOAA APT, Meteor-M LRPT, GOES HRIT, Inmarsat), ground-station orchestration (SatNOGS network, sgoudelis/ground-station, Hamlib), orbit mechanics (SGP4 in Python + Rust, satkit astrodynamics, dSGP4 differentiable). Use when: (1) the user wants to receive satellite signals — weather imagery, ISS SSTV, telemetry, (2) building a ground station or scheduling observations on SatNOGS, (3) decoding TLEs and computing satellite passes, (4) composing SDR tooling into a Rust pipeline (e.g. for Life Agent OS, Opsis world-state events, or arcan/sensorium), (5) explaining what an RTL-SDR or HackRF actually does, (6) deciding between SatDump vs custom GNU Radio flowgraph vs hand-rolled Rust DSP, (7) user mentions 'SDR', 'RTL-SDR', 'HackRF', 'NOAA', 'NOAA APT', 'Meteor-M', 'GOES', 'satellite reception', 'ground station', 'SatNOGS', 'SatDump', 'Gqrx', 'SDR++', 'SDRangel', 'TLE', 'SGP4', 'orbit propagation', 'Hamlib', 'Doppler correction', 'pass prediction', 'CelesTrak', 'amateur radio satellite', 'weather satellite', 'signal decoding'.
Install with
Claude CodeCodexCursorGitHub CopilotGemini CLI
Supported by the Atlas install prompt. Skill-specific requirements vary.
Skill stats
Skills1CategorySalesStars0
About this skill
Software-defined radio (SDR) and satellite reception toolkit — what to install, what you can hear from space, and how to compose the open-source stack (SatDump, SatNOGS, GNU Radio, rustradio, satkit). Covers hardware abstraction (SoapySDR, rtl-sdr-rs), DSP frameworks (GNU Radio, liquid-dsp, rustradio, radiorust), receiver UIs (SDR++, SDRangel, Gqrx, CubicSDR), satellite decoders (SatDump for NOAA APT, Meteor-M LRPT, GOES HRIT, Inmarsat), ground-station orchestration (SatNOGS network, sgoudelis/ground-station, Hamlib), orbit mechanics (SGP4 in Python + Rust, satkit astrodynamics, dSGP4 differentiable). Use when: (1) the user wants to receive satellite signals — weather imagery, ISS SSTV, telemetry, (2) building a ground station or scheduling observations on SatNOGS, (3) decoding TLEs and computing satellite passes, (4) composing SDR tooling into a Rust pipeline (e.g. for Life Agent OS, Opsis world-state events, or arcan/sensorium), (5) explaining what an RTL-SDR or HackRF actually does, (6) deciding between SatDump vs custom GNU Radio flowgraph vs hand-rolled Rust DSP, (7) user mentions 'SDR', 'RTL-SDR', 'HackRF', 'NOAA', 'NOAA APT', 'Meteor-M', 'GOES', 'satellite reception', 'ground station', 'SatNOGS', 'SatDump', 'Gqrx', 'SDR++', 'SDRangel', 'TLE', 'SGP4', 'orbit propagation', 'Hamlib', 'Doppler correction', 'pass prediction', 'CelesTrak', 'amateur radio satellite', 'weather satellite', 'signal decoding'.
Quick start
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Software-defined radio (SDR) and satellite reception toolkit — what to install, what you can hear from space, and how to compose the open-source stack (SatDump, SatNOGS, GNU Radio, rustradio, satkit). Covers hardware abstraction (SoapySDR, rtl-sdr-rs), DSP frameworks (GNU Radio, liquid-dsp, rustradio, radiorust), receiver UIs (SDR++, SDRangel, Gqrx, CubicSDR), satellite decoders (SatDump for NOAA APT, Meteor-M LRPT, GOES HRIT, Inmarsat), ground-station orchestration (SatNOGS network, sgoudelis/ground-station, Hamlib), orbit mechanics (SGP4 in Python + Rust, satkit astrodynamics, dSGP4 differentiable). Use when: (1) the user wants to receive satellite signals — weather imagery, ISS SSTV, telemetry, (2) building a ground station or scheduling observations on SatNOGS, (3) decoding TLEs and computing satellite passes, (4) composing SDR tooling into a Rust pipeline (e.g. for Life Agent OS, Opsis world-state events, or arcan/sensorium), (5) explaining what an RTL-SDR or HackRF actually does, (6) deciding between SatDump vs custom GNU Radio flowgraph vs hand-rolled Rust DSP, (7) user mentions 'SDR', 'RTL-SDR', 'HackRF', 'NOAA', 'NOAA APT', 'Meteor-M', 'GOES', 'satellite reception', 'ground station', 'SatNOGS', 'SatDump', 'Gqrx', 'SDR++', 'SDRangel', 'TLE', 'SGP4', 'orbit propagation', 'Hamlib', 'Doppler correction', 'pass prediction', 'CelesTrak', 'amateur radio satellite', 'weather satellite', 'signal decoding'.
About this listing
Category
Sales
Reported license
MIT
Listing language (estimated)
English
Review status
Not individually reviewed
Agent compatibility
Atlas installation supports Claude Code, Codex, and Cursor. Skill-specific dependencies and features are checked during setup.
Claude Code
Codex
Cursor
GitHub Copilot
Gemini CLI