Jack Recider

Okay.

Okay.

Deviant checked out the building just to get a good understanding of what's there. Just driving around into the parking lot and sitting with his car and watching what the building is doing. Like, okay, there are security guards there, but they never go outside to patrol anything. They just sit at the front desk all day. On top of that, the building was very quiet.

Deviant checked out the building just to get a good understanding of what's there. Just driving around into the parking lot and sitting with his car and watching what the building is doing. Like, okay, there are security guards there, but they never go outside to patrol anything. They just sit at the front desk all day. On top of that, the building was very quiet.

Not many people at all are coming and going. And this made him think that they probably put all their security at one single point of entry. And they may not have secured the back doors very well. So after monitoring the place for a while, it was go time. Deviant and the other computer guy go up to the building in the middle of the day. They wanted to find a way in.

Not many people at all are coming and going. And this made him think that they probably put all their security at one single point of entry. And they may not have secured the back doors very well. So after monitoring the place for a while, it was go time. Deviant and the other computer guy go up to the building in the middle of the day. They wanted to find a way in.

The two of them started looking around the building for a way in. They found some side doors, but they were locked tight. No clear vulnerability either. Deviant might have been able to bypass those doors, but he wanted to find an easier way in. You know, that demonstrates a simpler technique that lets just anyone walk right in with, like, maybe no tools at all.

The two of them started looking around the building for a way in. They found some side doors, but they were locked tight. No clear vulnerability either. Deviant might have been able to bypass those doors, but he wanted to find an easier way in. You know, that demonstrates a simpler technique that lets just anyone walk right in with, like, maybe no tools at all.

So he kept looking around the building, but was having a tough time finding an easy way in. All the doors were locked tight. No windows were open. No poorly installed door or anything. So he goes back to that side door he saw earlier, and he wanted to take another look at it. Maybe there's something there. Now this side door was a double door.

So he kept looking around the building, but was having a tough time finding an easy way in. All the doors were locked tight. No windows were open. No poorly installed door or anything. So he goes back to that side door he saw earlier, and he wanted to take another look at it. Maybe there's something there. Now this side door was a double door.

Like you first enter one door and then there's a little room, a vestibule, and then there's a second door that you need to get through to get into the building. And when he looks for a way to get in through a locked door, he has a little checklist in his head that he runs through. It's not like he has some magic tool that he just puts in the lock and the door immediately opens like on TV.

Like you first enter one door and then there's a little room, a vestibule, and then there's a second door that you need to get through to get into the building. And when he looks for a way to get in through a locked door, he has a little checklist in his head that he runs through. It's not like he has some magic tool that he just puts in the lock and the door immediately opens like on TV.

He first analyzes the door and looks it over. He'll first just tug on the handle and see if it's unlocked. Then he'll look at the hinges. Maybe it was installed backwards. Then he could just unscrew the door. Then he'll look at the gap between the latch and the strike plate.

He first analyzes the door and looks it over. He'll first just tug on the handle and see if it's unlocked. Then he'll look at the hinges. Maybe it was installed backwards. Then he could just unscrew the door. Then he'll look at the gap between the latch and the strike plate.

If this is too wide or missing parts or installed wrong, he can use tools to get in there and open the latch from between the door and the door frame. In fact, any gaps at all between the door and the frame can be exploited. But this door had no clear vulnerabilities like that.

If this is too wide or missing parts or installed wrong, he can use tools to get in there and open the latch from between the door and the door frame. In fact, any gaps at all between the door and the frame can be exploited. But this door had no clear vulnerabilities like that.

so then he starts looking at the whole thing backwards instead of getting into this door how do people get out is there a crash bar that you just push from the inside which unlocks the door and opens it well he looked through the window but he didn't see that he didn't see a handle on this door that you could turn or unlock either which made him realize what kind of lock he's dealing with it wasn't a mechanically released door it was electronically locked

so then he starts looking at the whole thing backwards instead of getting into this door how do people get out is there a crash bar that you just push from the inside which unlocks the door and opens it well he looked through the window but he didn't see that he didn't see a handle on this door that you could turn or unlock either which made him realize what kind of lock he's dealing with it wasn't a mechanically released door it was electronically locked

Okay. Okay, so there's a motion sensor. If Deviant can trigger that, it'll unlock the door. But it's a good 10 feet inside the door. So how? How?

Okay. Okay, so there's a motion sensor. If Deviant can trigger that, it'll unlock the door. But it's a good 10 feet inside the door. So how? How?