Big thank you to the Wireless Village for hosting us at DEF CON: https://www.wirelessvillage.ninja/ @WiFi_Village (https://twitter.com/WiFi_Village)
YouTube live stream: https://www.youtube.com/watch?v=Q6ITlQYNVDQ
* Chris Fallen, Ph.D. (@ctfallen (https://twitter.com/ctfallen)): "Opportunities for radio enthusiasts and heaters of the ionosphere: HAARP is just another instrument, or is it?"
Preview of a future #cyberspectrum talk: Background of passive and active ways to get involved with HAARP experiments (and perhaps with other natural natural ionosphere events) based on prior and ongoing work.
* Michelle Thompson (@abraxas3d (https://twitter.com/abraxas3d)): "ORI and Phase 4 Ground" (https://phase4ground.github.io/)
One of Open Research Institute's (ORI) projects is called Phase 4 Ground. Our mission is to provide an open source implementation of DVB-S2 and DVB-S2X for both satellite and terrestrial amateur radio use. Phase 4 Ground radio system has a 5GHz uplink and a 10GHz downlink. We are developing SDR software that heavily leverages IP multicast and RTP protocols to set up and tear down distributed remote radio functions.
The reference designs are in GNU Radio and we will provide recipes for as many SDRs as possible.
Phase 4 Ground radios are intended to be reusable and reconfigurable, supporting payloads at GEO (AMSAT Phase 4B), HEO (AMSAT Phase 3E), and beyond (such as NASA's Cube Quest Challenge). Additionally, our radios will work as terrestrial microwave stations.
* Lucas Teske (@lucasteske (https://twitter.com/lucasteske)):
SegDSP is a WIP "Segment Digital Signal Processor" that is tuned for connecting into a SPY Server and do automatically demodulation/recording/parsing of RF data: what it does today, how was the development, how it works, how it will work and what are the uses for it. Tired of losing the pass of a LEO satellite? Want to hear the recording from last week? SegDSP is a Open Source tool made in Go for both learning and monitoring Satcom and Terrestrial Com.
* Luigi Freitas (@luigifcruz (https://twitter.com/luigifcruz)): "Reverse Engineering X-Band Satellites Datalink And The Worst Software Defined Radio Ever"
Reverse engineering process of the next generation X-Band datalink signal on-board of Sun Synchronous Satellites like Suomi (NPP) and NOAA-20 (NPOESS/JPSS-1). From the RAW I/Q recording to the decompressed high-resolution Earth pictures. This is the latest addition to the Open Satellite Project, a non-profit organization that is committed to develop and publish software tools and hardware projects that enable the Open-Source Community to access spacecraft non-sensitive data.
Also: the “Worst SDR Ever”, which is made entirely of dirty cheap parts readily available from China. This project is intended to demonstrate how a Software Defined Radio works utilizing real hardware and comprehensive modular software.
* Gavin Rozzi (@gavroz) (https://twitter.com/gavroz)): "OC Radio Live" (https://ocradio.live)
An online trunking scanner website with time shifting capabilities covering New Jersey powered by the RTLSDR and open source software.
* Michelle Thompson:
Our team is great! We need more. There's lots to do and we're having plenty of fun. Everyone is welcome.
* Lucas Teske:
Physics Student at University of São Paulo and a Electronics Technician. Works on the website "Let's Hack It" and has interest in areas like Computer Science, Programming, Electronics, Physics, RF and Hacking in General. Builds from small audio amplifiers to Tesla Coils and Drones. Currently research on SDR and RF Protocols Reverse Engineering.
* Luigi Freitas:
* Gavin Rozzi (KD2CXZ): https://www.gavinrozzi.com/