edit: after 20 comments, i’m adding a post description here, since most of the commenters so far appear not to be reading the article:

This is about how surprisingly cheap it is (eg $15,000) to buy a complete production line to be able to manufacture batteries with a layer of nearly-undetectable explosives inside of them, which can be triggered by off-the-shelf devices with only their firmware modified.

screenshot of paragraph from the article saying "The process to build such batteries is well understood and documented. Here is an excerpt from one vendor’s site promising to sell the equipment to build batteries in limited quantities (tens-to-hundreds per batch) for as little as $15,000:" followed by a screenshot of "Flow-chart of Pouch Cell Lab-scale Fabrication" showing a 20 step process

  • @SlopppyEngineer@lemmy.worldEnglish
    15•3 months ago

    Lithium burns intensely but it doesn’t explode. An electric car can burn for a long time, but they don’t explode. One of the comments says so

    I understand that what happened in Libanon was that dedicated explosives were added to the devices, it was not the batteries exploding. But that does not take away the conclusion of your story.

    It shouldn’t be undetectable. Throw a device from s series into a fire as a spot check and if it burns it’s ok, if it explodes give the entire series to your enemy’s kids to play with.

    • @vzq@lemmy.blahaj.zoneEnglish
      21•3 months ago

      Throw a device from s series into a fire as a spot check and if it burns it’s ok, if it explodes give the entire series to your enemy’s kids to play with.

      Most high explosives burn unless detonated properly.

      This is really basic stuff. I don’t think you should be out and about giving people advice about handling (potential) explosives.

    • @NeatNit@discuss.tchncs.deEnglish
      16•3 months ago

      I am not an explosives expert, but I’ve seen enough YouTube videos about explosives to know that not all explosives explode in fire. Some are incredibly stable at extreme conditions right up until deliberately triggered. It all depends on the type of explosives.

      There may still be ways to detect them, but it’s not necessarily going to be that simple.

      • Echo DotEnglish
        1•3 months ago

        Yes that’s correct high explosives require a starter explosive. However this starter explosive would also have to be incorporated into the device and the starter explosive is triggered by a spark or a fire. So throwing it in a fire would still work as a test you’d just have to make sure it totally melted before concluding anything.

        • Uranium 🟩English
          5•3 months ago

          They don’t necessarily require a starter explosive, certain types do of course. It’s more about overcoming the initial energy required, for example the arc from an electric arc lighter could probably overcome that requirement in a lot of scenarios.

          • Echo DotEnglish
            1•3 months ago

            The type of explosive used in this is not a high explosive. If put in a fire it would have exploded

      • @SlopppyEngineer@lemmy.worldEnglish
        2•3 months ago

        It’s right next to or in a high intensity lithium fire, not just a normal little flame. That should alter the equation somewhat.

        • @ArcaneSlime@lemmy.dbzer0.comEnglish
          3•3 months ago

          It’s possible that it could, but could also not. I’d be curious to find out what would happen but unfortunately the feds won’t let me run tests on semtex because I don’t have “the proper permits.” Jerks.

          Maybe we’ll see someone with a license to manufacture destructive devices, like OrdinanceLab on YT, do a video on it (fingers crossed!)