“We were able to make the device completely inoperable by preventing a local operator from controlling the drill through the onboard display and disabling the trigger button."
That’s the neat part, there isn’t. There is, however, significant incentive to the tool’s manufacturer. Who can, I’m sure, not only demand a subscription for continued use of the tools but also employ lucrative maintenance contracts and other sundry corporate nonsense. I can tell you from a brief stint in the industrial automation industry that the sale of the equipment is not the money maker; it’s the ongoing service contract on it.
If these are meant to be used by hand I see no reason they can’t just be configured on the tool itself and not need an internet connection. And if the point is plantwide automation, these sit directly in the bottom of the ugly trench between tasks that must be done by a human for whatever reason on one side, and just being done by a damn robot to begin with on the other.
And a further clarification: Even if there is a use case for a hand tool being networked, having it connected to the outside internet is just bonkers.
I see no reason they can’t just be configured on the tool itself and not need a network connection.
Say you’ve got a couple dozen of these wrenches and during retooling new specs come out. You can either pay a group of people to go around and upload all the new specs to the tool or push it from a central server to all the tools.
So, like, the guys who are holding the wrenches all day to begin with?
Even so, none of the examples anyone has come up with in this thread have required having the friggin’ things connected to the internet. That’s our beef here. Not necessarily networking capability.
In fact, back when I was in automation (in the dark ages of ~2008) it was already considered unthinkable not to air-gap all of your mission critical production equipment. A ton of that stuff was networked, sure (and you’d shit a brick if you saw how much of it is still interconnected with RS-485 serial…) but not exposed to the outside world in any capacity. Nor would anyone want it to be, for obvious not-getting-pwned reasons.
That’s the neat part, there isn’t. There is, however, significant incentive to the tool’s manufacturer. Who can, I’m sure, not only demand a subscription for continued use of the tools but also employ lucrative maintenance contracts and other sundry corporate nonsense. I can tell you from a brief stint in the industrial automation industry that the sale of the equipment is not the money maker; it’s the ongoing service contract on it.
If these are meant to be used by hand I see no reason they can’t just be configured on the tool itself and not need an internet connection. And if the point is plantwide automation, these sit directly in the bottom of the ugly trench between tasks that must be done by a human for whatever reason on one side, and just being done by a damn robot to begin with on the other.
And a further clarification: Even if there is a use case for a hand tool being networked, having it connected to the outside internet is just bonkers.
Say you’ve got a couple dozen of these wrenches and during retooling new specs come out. You can either pay a group of people to go around and upload all the new specs to the tool or push it from a central server to all the tools.
Boeing Boeing Boeing Boeing…
Hey Joe, is this set up for the correct specs for the plug doors?
Bert, don’t ask such things, else we’ll be here until night. Just fix those darn bolts with it, then let’s go for a drink.
So, like, the guys who are holding the wrenches all day to begin with?
Even so, none of the examples anyone has come up with in this thread have required having the friggin’ things connected to the internet. That’s our beef here. Not necessarily networking capability.
In fact, back when I was in automation (in the dark ages of ~2008) it was already considered unthinkable not to air-gap all of your mission critical production equipment. A ton of that stuff was networked, sure (and you’d shit a brick if you saw how much of it is still interconnected with RS-485 serial…) but not exposed to the outside world in any capacity. Nor would anyone want it to be, for obvious not-getting-pwned reasons.