I hope you filed a patent.

Cool and innovative design. I'd be worried about humidity and internal corrosion making it all bind up into a solid piece.

very very interesting Well done So Looking forward to seeing the LPL attack it congratulations

this design IS cool asf. do you have any plans to release the cad files? I'd love to make one of these

At first, we loved LPL making fun of crappy commercial locks. Little did we know that started redhat-bluehat revolution to design better and better locks. Just like they do in cyber security!

Wow that is so cool👍

I love lock tech the same way I love mechanical clocks. First of your videos I've watched. Got yourself a sub. Respect for the time it takes for such projects

No one picks locks, dude

How do you animate this stuff? What software did you use?

This video was beautifully made and the lock was cool

Dude I cannot wait for LPL to look at this

Very cool design and video presentation, animations very helpful and entertaining

this editing and vfx is next level!!

Lock picking lawyer be like: "I can already see some vulnerabilities"

Bro the Editing is on point. And that lock is sick.

an unpickable lock only works if you have an unbreakable door

For what it's worth, while it'll never find commercial success in home locks for doors, vault lock mechanisms and the like have no upper limit for complexity or cost. Take a look at Fichet Bauche safe locks. They're essentially safe locks designed by someone who must have had a crossover passion with watch making or something else. Incredibly expensive and complex (but also beautiful). Great job!

Couldn't you just use Wire Edm to create a 0 tolerance lock, and that lock would then no longer be pickable? Or am I missing something?

What if you make a lock that detects if you are trying to pick it and if I does it like double locks itself?? Idk.

But what are the balls for

Weird question but what's your hair routine lol? It's looking nice

yo man you're on a mission. If no one can pick this, I hope it gets commercialized. Definitely would buy.

Your ball bearing idea is interesting but I don't think it actually acts much different than individual springs. In reality they will only "force" the other pins down when you're trying to overset them. Sure it will increase pressure a _bit_ as you get pins set but once a pin is set it will still bind the same

Very cool

Wow, the animations for this are fantastic

In America, if you can't pick a lock, you kick a hole in the drywall surrounding the door 🤣🤣

I hope this is unpickable and i hope you start machineing them from tough metals and then I want at least two. Yes I understand you may have to sell these for like $1,000 and I'm ok with buying one for every door I own. Np price is too high to ensure the safety of my loved ones.

Everything about this video is perfection.

I'd actually buy this, or in any case, the cad model to at least 3D print it.

This also needs to go to McNally, his video would be hilarious

Improvement suggestion: Varied pin/plate thickness. Since they're essentially a stack, the size and number of pins isn't inherently fixed. In addition to making picking a bit more difficult, it could potentially thwart some impressioning attacks.

LPL to the rescue!!!

I thought there is a lock that can't be picked because the keyway is like a snake the key is inserted like an injection. As picking tool are all straight trying to picked something that's curve S way is kind of hard to pick.

Why not allow any combination of input(key) twist the core, and when the core is twisted 1/2 way check the input? That way an attacker cannot lock up any pins while the input is being checked. This maybe able to create a simpler pick proof lock.

I would say patent this design before Master Lock steals it, but we all know Master Lock would rather just keep making cheap locks that don't work.

The metrics of this channel are insane, 3x 1m+ view videos then a video of the same quality with 26k views?! Come on KZfaq, don’t do my boy dirty!

Nice. It's pretty cool that you made three and are passing it along.

You can perform a disassembly attack since its stacked the first layer is the key. Also bearing will be rusty since it have gap between plates. Try to have the key in an angle like 5 degrees transposed. With the same setup you same ,picker will have eternity.

You also probably need an oil port to make the beads not stick to each other

Master Lock has already fired this guy preemptively.

2hrs ago …I feel like I got insider scoop

The BBs are great, if a thief just breaks the lock, theres a second authetication factor, the floor full of small bananas

PCBway get this man a cnc machining sponsorship

1:49 no way!!! the animation and sound design 🔥🔥🔥😭🙏🏻

Love the sound design in the animations

Just found this channel and it’s amazing!

McNally

At :17 the dude has some nice-looking nails! NOT!

a lock simply doesnt need to be pick proof, it just needs to keep you from entering for a prolonged period of time. if your lock could keep a person out for 5 minutes that could be enough to keep the person from stealing shit from your shed.

a few ideas 1) side pins that drop into divots in the side of the key, even if they are normal pins this would add a lot more to do without making the lock any larger 2) use a couple gears to make it work backwards, every lock out there turns to the right to unlock and pickers are used to working that way, simply forcing them to go the other way makes things odd and is enough to mess with the pickers head a little 3) using the gears in #2 you can make it require 2+ rotations of the lock to fully open the bolt, you might get lucky once like you did that night before but to do it multiple times in a row will take a bit more time 4) i know this is a LOT to add to a an already complex design but it would step up the difficulty... similar to some car keys, adding a chip reader and chip in the key would stop random pic attacks from doing anything, have something drive a locking pin in somewhere thats NON magnetic and even if someone picks it they still cant get in without the chip code.