๐ "Put it in a Faraday bag." โ That advice no longer holds for some of us.
I'm publishing a 36-page personal forensic testimony today. Not as a researcher. Not as an institution. As the person this was done to. I went looking for someone I care about. In return, my devices were instrumented, my firmware was intercepted, my Faraday bag was defeated, and my body was exposed to RF 2.5โ10ร the regulatory limit. What I documented: ๐ฑ A sealed Disklabs bag (rated โฅ80 dB, confirmed working for clean devices) fails to silence my Samsung Tab S9 Ultra โ Wi-Fi still visible at -79 to -87 dBm through the sealed bag. ๐น Video evidence of an active download progressing through the sealed bag. TCP requires bidirectional ACKs โ there's no way to sustain that through a sealed bag without the device actively transmitting. ๐ Cross-platform: my Apple iPhone maintains a live Wi-Fi association through the same sealed bag. Same family of Tx Power Admin components on both. Two operating systems, two chipset vendors โ not a Samsung quirk. ๐ฌ 9,322-line forensic extraction shows the complete Qualcomm Tx Power Admin stack plus Samsung's SemWifiBackOff regulatory backoff framework โ 54+ named components that shouldn't exist on a consumer device. โ ๏ธ The SAR backoff bypass means I'm being exposed to RF 2.5โ10ร the FCC/ICNIRP limit, every second the device is held against the body. I deliberately opted out of 5G. That setting has been disconnected from the underlying HAL. The "off switch" is decorative. The math: a single 80 dB bag can't silence a device transmitting at +25โ30 dBm. High-value targets need three nested bags (~240 dB). What this is: a personal testimony backed by video evidence, controlled tests, and a reproducible methodology. What this isn't: a spectrum analyser measurement. I'm explicitly inviting anyone with that equipment to reproduce the test. Every institution I've contacted has declined to engage. So I'm publishing directly. #Faraday #Surveillance #MobileSecurity #JournalistSecurity #OpSec #Privacy #SAR #5G #RFExposure #WhistleblowerProtection #DigitalRights #CivilSociety #SecurityResearch #Forensics
Authors
- Kamran Khan
Publication Details
- Journal
- Zenodo (CERN European Organization for Nuclear Research)
- Published
- 2026-11-11
- DOI
- https://doi.org/10.5281/zenodo.24127863
- Primary Topic
- Digital and Cyber Forensics
- Type
- article
- Field-Weighted Citation Impact
- 0.00