It's essentially a long braided steel cable, which can be wrapped around a secure anchor point before this portion of the device is locked into a Kensington slot, which could be found on many modern notebook computers.

Before we jump into the loch itself, I should note that this is really only somethingto address casual theft.

Given the ease with which this cable can be cut, I think that is by far the most likely attack vector.

But let's still see just how hard it is to pick open the core on this is a tube your core, however, it's a little bit smaller than most, and because of that, the standard 7.8 millimeter tubular lock impression ING tool will not work.

However, single pin picking is an option.

Or if one has the smaller seven millimeter tube, your lock impression in tool that will likely be the fastest way in.

So let's lock it to my old notebook computer and see just how quickly we can get the Kensington lock off of it.

Okay, I'm gonna take my seven millimeter impression ing tool which you can see has been zeroed out and just that quickly, we got into it.

The fact that an impression in Tool works on this lock.

It all, I think, is a little bit disappointing.

That's because the simple design techniques to prevent it have been well known and understood for several decades.

That said, given the physical weakness in this lock, I'm not sure it really makes a practical difference.

In any case, that's all I have for you today.

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Thank you.