Earlier quoted context omitted.
The article covers that under the section "detection". TL;DR: You can easily detect it while it communicates via GSM, and the device is also shielded quite badly, resulting in lots of easily detectable RF interference while it works. All you need is a cheap RF detector. Having access to a full spectrum analyzer or a SDR will make this even easier. All this gets much harder while the thing lies dormant, waiting for no…
> So the "quick bug sweeps" you see in the movies are more difficult. Not if the sweepers are talkative (assuming that the device is sound-activated).
A low budget consumer hardware espionage implant (2018)
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Re: A low budget consumer hardware espionage implant (2018)
#32I’ve been playing with the idea of eye prosthetics for that purpose. At this point, a camera, battery, storage, and radio can all fit inside an aesthetic prosthesis and give it some functionality in itself or augmented by a smartphone.
Re: A low budget consumer hardware espionage implant (2018)
#33An even easier one would be a modified keyboard. Anyone could fit an esp32 into a keyboard, swap it out, leave it lying around, sniff keystrokes, access with Bluetooth or WiFi, could have it only have the radio on for certain windows in time etc.
Hard part there is getting the wear and tear from oils in your hand to look identical. Although maybe most people don't pay attention to that.
Re: A low budget consumer hardware espionage implant (2018)
#34Earlier quoted context omitted.
It's very country dependent. In NL, NZ, and UK (as of several years ago when I last did that) for example, no ID checks are required. In AU they are.
NL here, no ID check whatsoever
Re: A low budget consumer hardware espionage implant (2018)
#35Re: A low budget consumer hardware espionage implant (2018)
#36Needs (2017) in the title.
Re: A low budget consumer hardware espionage implant (2018)
#37Earlier quoted context omitted.
I can't imagine the UK doesn't have laws to prevent anonymous SIM card purchases, because of terrorism fears. Some duckduckgo-ing suggests it's possible, e.g. someone wrote just go to Tesco to get one and there are no ID checks (but this was written 6 years ago). In any case, just like teenagers buying booze, it's probably not that hard to pay someone off the street to buy one for you.
You can literally go into almost any corner shop in the UK and buy a SIM with no ID and cash. I do this regularly.
Re: A low budget consumer hardware espionage implant (2018)
#38Earlier quoted context omitted.
I can't imagine the UK doesn't have laws to prevent anonymous SIM card purchases, because of terrorism fears. Some duckduckgo-ing suggests it's possible, e.g. someone wrote just go to Tesco to get one and there are no ID checks (but this was written 6 years ago). In any case, just like teenagers buying booze, it's probably not that hard to pay someone off the street to buy one for you.
It's very country dependent. In NL, NZ, and UK (as of several years ago when I last did that) for example, no ID checks are required. In AU they are.
When I traveled to Europe recently and bought a French tourist sim, the carrier warned me multiple times that I need to provide my identity to continue using it beyond 30 days.
In UAE it's about as strict as in Russia.
Re: A low budget consumer hardware espionage implant (2018)
#39I’ve been playing with the idea of eye prosthetics for that purpose. At this point, a camera, battery, storage, and radio can all fit inside an aesthetic prosthesis and give it some functionality in itself or augmented by a smartphone.
Something similar to this? https://www.instagram.com/bsmachinist/ Sorry for IG link.
Re: A low budget consumer hardware espionage implant (2018)
#40Earlier quoted context omitted.
The article covers that under the section "detection". TL;DR: You can easily detect it while it communicates via GSM, and the device is also shielded quite badly, resulting in lots of easily detectable RF interference while it works. All you need is a cheap RF detector. Having access to a full spectrum analyzer or a SDR will make this even easier. All this gets much harder while the thing lies dormant, waiting for no…
> So the "quick bug sweeps" you see in the movies are more difficult Isn't that what nonlinear junction detectors are for?