• 79 Posts
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Joined 2 years ago
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Cake day: June 1st, 2023

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  • This was a few drives ago but there was a point in time when most places were giving me digital copies of tax documents which I could upload to tax prep software but things like TurboTax didn’t have an auto import. So you’d need to download them then re-upload them to the correct service. Now they do it automatically so the only thing that would match that now now is receipts for expenses/donations and what not that I need to keep track of for manual entry.


  • I started encrypting once I moved to having a decent number of solid state drives as the tech can theoretically leave blocks unerased once they go bad. Before that my primary risk factor was at end of life recycling which I usually did early so I wasn’t overly concerned about tax documents/passwords etc being left as I’d use dd to write over the platters prior to recycling.







  • The amount of toxins left in the corn is insane compared to early data from the 90s:

    “The first GM corn varieties in the late 1990s expressed 2 ppm to 6 ppm (parts per million) of one or two Bt toxins in corn kernels, the part of the plant people eat,” explained Charles Benbrook, one of the authors of the submission. “Today’s leading GM corn varieties express four to seven toxins in corn kernels and at much higher levels, 50 ppm to 100 ppm. Why the big increase? Because target insects become more tolerant to Bt toxins over time, and eventually fully resistant. This forces the seed-biotech industry to add in new GM toxins and engineer the plants to express them at much higher levels. That might help kill more insects for a short time, but it also steadily increases human food safety risks.”

    That level of difference is insane. The article also links to detailed article on the more recent studies the Mexican Government pulls from

    Recent studies have shown negative health impacts to the gastrointestinal tract and potential damage to the liver, kidneys, and other organs.

    link to the study from Mexico directly




  • The security researcher, LimitedResults, coordinated disclosure with Espressif on their advisory and details of the exploit. The attack works against eFuse, a one-time programmable memory where data can be burned to the device.

    By burning a payload into the device’s eFuse, no software update can ever reset the fuse and the chip must be physically replaced or the device discarded. A key risk is that the attack does not fully replace the firmware, so the device may appear to work as normal.

    Why does a random esp32 chip need efuses in the first place??