The FISSURE README now includes 9 white papers outlining the framework’s architecture and future use cases. We’re deep in development mode and pushing these areas forward as the project continues to evolve.

Start with the overview:
github.com/ainfosec/FIS...

#FISSURE is evolving beyond RF reverse engineering and becoming an open source framework for sensing, remote node control, automated actions, and TAK integration. This video shows the direction we are heading, and where it goes from here is only limited by your imagination.
youtu.be/vUJakWBVnwY

Just added a simple FM demodulation tool to extract bits from IQ data. The tool is a working template for anyone who wants to expand it to other modulation types. Everyone is welcome to contribute and improve #FISSURE.

www.ainfosec.com/fissure-demo...

AIS, in collaboration with The Bellwether Group, Inc. and Modovolo, successfully launched a drone carrying a #FISSURE tactical node, marking a major milestone in demonstrating airborne cyber capabilities.

Read more: www.ainfosec.com/ais-the-bell...

We completed our first drone flight with the FISSURE RF framework in June using a Meshtastic link with integrated GPS, USRP B205mini SDR, Wi-Fi USB adapters, and TAK integration via WebTAK.

Now testing T-HaLow radios, which offer low-power, high-throughput point-to-point links.

Field Day reminder

www.arrl.org/field-day

Tested seven LoRa Meshtastic radios and many antennas with two laptops (FISSURE GUI and FISSURE remote sensor node code). All but one had bidirectional comms at 3.3 miles (LOS) with no hops for my setup. Antennas were unscientifically tested at 915 MHz (worst to best). #FISSURE

#FISSURE is a modular RF framework for signal analysis, protocol emulation, and effect execution. Hardware-agnostic and extensible, it supports missions, experimentation, development, and testing across domains.

youtu.be/Xgc8u7hLBfk

Big news! 🚀 SUNY Poly and Assured Information Security (AIS) are deepening their partnership to drive #Cybersecurity innovation, research & education. Today's new agreement boosts opportunities for students, faculty & the region. Learn more about the exciting initiatives! buff.ly/xjSwe2K

#FISSURE helps automate cyber workflows and puts familiar tools at your fingertips, all built on an open-source foundation.

Watch these examples against two Wi-Fi targets. Want it to do more? Tell us, or contribute and help build the community.
x.com/FissureRF/st...
www.linkedin.com/posts/fissur...

We're rolling out a new capability plugin system in #FISSURE! It’s still in active development, but it’s designed to make extending functionality easier and more powerful.
x.com/FissureRF/st...

A quick overview of FISSURE. Jump to the second half to see a glimpse of the new features for alerts, exploit recommendations, Meshtastic networking, and TAK. More in-depth videos to come.

#FISSURE updates: we're refining user plugins, alerts from attacks, recommended actions from alerts, backchannel listeners for alerts, GPS acquisition, TAK mapping, remote sensor node beaconing, and low-throughput networking for remote sensor nodes with Meshtastic. Videos coming.

Instructions have been added to the README for installing #FISSURE on Windows 11 using WSL2

We're busy improving #FISSURE so the "FISSURE Challenge" capture-the-flag contest has been updated to be an indefinite learning tool instead of an annual event. Challenges will be added over time to showcase new features and RF protocols. Keep checking in! fissure.ainfosec.com

A follow-on to the Z-Wave article showing additional #FISSURE features applied to reverse engineering ceiling fan remotes. github.com/ainfosec/FIS...

Highlighting some of the current capabilities in #FISSURE through a practical look at reverse engineering Z-Wave signals: github.com/ainfosec/FIS...