I'll be jammed: electronic warfare in Ukraine

我方陷入困境:乌克兰的电子战

The Intelligence from The Economist

新闻

2025-02-10

21 分钟
PDF

单集简介 ...

Some of the most frenetic innovation of Ukraine's war happens in the electromagnetic spectrum: detecting and denying signals to and from materiel. This invisible battle will play out elsewhere. Cycling is notorious for doping scandals, but the latest way to gain an edge will be hard to spot (7:40). And why speeches in Britain's Parliament are getting shorter and less important (15:00). Listen to what matters most, from global politics and business to science and technology—Subscribe to Economist Podcasts+
更多

单集文稿 ...

  • The Economist.

  • Hello and welcome to The Intelligence from The Economist.

  • I'm your host, Jason Palmer.

  • Every weekday we provide a fresh perspective on the events shaping your world.

  • Elite athletes need their blood to take on as much oxygen as possible.

  • There are plenty of ways to cheat that,

  • like hormones that stimulate red blood cell production.

  • Or, as the current buzz around cycling has it, inhale just a bit of poison.

  • And quite a lot of Britain's politics used to hang on debate and oratory in the close quarters of the House of Commons.

  • But our analysis shows the speeches are getting shorter,

  • and in the age of social media, fewer people are around to hear them.

  • First up, though.

  • Everyone understands by now that drones are absolutely vital for a whole range of things on the modern battlefield.

  • What they might not understand as well is just how fundamental the contest for the electromagnetic spectrum is to make that happen.

  • And that's basically what we call electronic warfare.

  • Shashank Joshi is our Defence Editor.

  • Electronic Warfare is about making sure that you can send radio waves to send messages,

  • control drones, but also that you can deny your opponent the use of the same thing,

  • jam their GPS signals, block their pilot communication links to a drone,

  • and that Contest for the electromagnetic spectrum can be hugely consequential.