A specialized compliance and robustness testing suite for the National Airspace System. Designed for avionics test labs and aerospace auditors.
Turn complex, weeks-long avionics analysis tasks into simple, autonomous commands.
Deep packet inspection, session manipulation, and automated signal integrity testing for ACARS. VDL Mode 2 and VDL Mode 4 support is in active development.
Mode-S interrogation and response testing. ADS-B preamble detection is implemented; full encode/decode and robustness testing capabilities are in development.
ILS, VOR, and GBAS protocol support is planned. Framework integration and protocol stubs are in place; signal generation and integrity testing capabilities are on the roadmap.
Three mesh nodes. One ground station. Two fully autonomous aircraft.
Local Node
Broadcasts ACARS squitters and ACKs to all aircraft on the mesh frequency — mirroring real VHF behavior.
Remote Node 1
Autonomous state machine. Progresses from PREFLIGHT through CRUISE to PARKED, transmitting correct ACARS downlinks at each phase.
Remote Node 2
Independent state machine running concurrently. Both aircraft transmit simultaneously; the GS decodes and ACKs each without collision.
Each aircraft runs an 84-directive state machine over a MeshDuplex SDR — no physical RF hardware required. The mesh carries the modulated signal between nodes, replacing the air gap for lab testing.
84
directives per aircraft state machine
8
flight phases: preflight through parked
0
physical RF hardware required
The Aviation Mission Pack is an advanced module that requires a licensed deployment of the Mycelium Core platform.
Available across all professional Enterprise Licensing Tiers (Per-Device, Lab, Site, Program, and ELA) to scale perfectly with your operational needs.
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