Signal Jamming Detection Device Development
Budget: $10 – $30 USD
I need a complete, end-to-end solution that can reliably detect signal jamming in real time, process the alert locally, and push the event data to a central server for remote monitoring and analytics.
Scope
I’m looking for help on every phase—hardware design, prototype build, and all firmware ⁄ backend software. The core job is to create a compact detector that senses anomalous RF activity (intentional interference on common communication bands), flags the event, and reports it over an encrypted channel to a cloud or on-prem dashboard.
What I’d like delivered
• Schematics, BOM, and enclosure design for the detector hardware (SDR front-end, microcontroller or SBC, power management)
• Firmware able to sample the spectrum, run a jamming-detection algorithm, and trigger alerts with minimal false positives
• Server-side application (API + web dashboard) that receives JSON/MQTT packets, stores them, and visualises status, history, and live alerts
• Build scripts, source code, and concise documentation so the system can be reproduced or scaled
Key points
– Focus on signal jamming only; GPS or Wi-Fi spoofing support can remain optional for later phases.
– I’m open to the tech stack: STM32, ESP32, or Raspberry Pi for the edge; Python, Node.js, or Go on the server—propose what you’re comfortable with.
– Timeline is flexible, so we can iterate through proof-of-concept, field testing, and final revision without rush.
If you have experience in RF electronics, DSP, and full-stack development, and can demonstrate previous work in interference detection, let’s discuss your approach and milestones.
Scope
I’m looking for help on every phase—hardware design, prototype build, and all firmware ⁄ backend software. The core job is to create a compact detector that senses anomalous RF activity (intentional interference on common communication bands), flags the event, and reports it over an encrypted channel to a cloud or on-prem dashboard.
What I’d like delivered
• Schematics, BOM, and enclosure design for the detector hardware (SDR front-end, microcontroller or SBC, power management)
• Firmware able to sample the spectrum, run a jamming-detection algorithm, and trigger alerts with minimal false positives
• Server-side application (API + web dashboard) that receives JSON/MQTT packets, stores them, and visualises status, history, and live alerts
• Build scripts, source code, and concise documentation so the system can be reproduced or scaled
Key points
– Focus on signal jamming only; GPS or Wi-Fi spoofing support can remain optional for later phases.
– I’m open to the tech stack: STM32, ESP32, or Raspberry Pi for the edge; Python, Node.js, or Go on the server—propose what you’re comfortable with.
– Timeline is flexible, so we can iterate through proof-of-concept, field testing, and final revision without rush.
If you have experience in RF electronics, DSP, and full-stack development, and can demonstrate previous work in interference detection, let’s discuss your approach and milestones.