Download Practical Lock Picking, Second Edition: A Physical Penetration Tester's Training Guide PDF

TitlePractical Lock Picking, Second Edition: A Physical Penetration Tester's Training Guide
Author
LanguageEnglish
File Size8.5 MB
Total Pages377
Table of Contents
                            Title page
Table of Contents
Copyright
Dedication
Foreword
Author’s Note
About the Author
About the Technical Editor
Ethical Considerations
	Scenario One
	Scenario Two
	Scenario Three
	So what do you think?
	Do not pick locks you do not own
	Do not pick locks on which you rely
Chapter 1. Fundamentals of Pin Tumbler and Wafer Locks
	Pin Tumbler Locks
	Wafer Locks
	Summary
Chapter 2. The Basics of Picking—Exploiting Weaknesses
	Exploiting Weaknesses in Locks
	Picking with a Lifting Technique
	Picking with a Raking Technique
	Summary
Chapter 3. Beginner Training—How to Get Very Good, Very Fast
	A Word on Equipment
	The Basics of Field Stripping
	Starter Exercises
	Learning Exercises
	Challenging Yourself Further
	Using Rakes and Jigglers
	Wafer Lock Exercises
	Extra Hints
	Summary
Chapter 4. Advanced Training—Learning Some Additional Skills
	Pick-Resistant Pins
	Specialized Picking Techniques
	Specialized Picking Tools
	Practice Exercises
	Real-World Locks Which Offer Greater Challenges
	Summary
Chapter 5. Quick-Entry Tricks—Shimming, Bumping, and Bypassing
	Padlock Shims
	Snapping and Bumping
	Comb Picks
	American Lock Bypass Tool
	Door Bypassing
	Summary
Chapter 6. They All Come Tumbling Down—Pin Tumblers in Other Configurations
	Tubular Locks
	Cruciform Locks
	Dimple Locks
	The Secret Weakness in 90% of Padlocks
	Summary
APPENDIX: Guide to Tools and Toolkits
	Guide To Differentiating Pick Tools
	A Note About Tension Tools
	Pick Kit Suggestions
	Conclusion
Index
                        
Document Text Contents
Page 2

Practical Lock Picking
A Physical Penetration Tester’s Training

Guide

Deviant Ollam
Shane Lawson, Technical Editor

Page 188

experience difficulty when picking wafer locks for the first time. Since
they are not attacked with conventional lifting (which is what all of the
exercises here have focused upon up until this point in the chapter) it
may be hard to imagine just where to start with the raking and jiggling
attacks that are necessary.

Progressive wafer locks

I am not aware of any training supply outfit that sells progressively-
assembled wafer lock sets. You will occasionally see a few for sale at a
conference, but most vendors do not produce them in large quantities.
This is due to the fact that just about can create their own such
kit with ease, quite quickly, for almost no cost. Obtain three or four
wafer locks from a hardware store (check in aisles that feature window
locks, hinges, and hardware for sliding glass doors) that prominently
feature a screw on their tail side.
These locks will usually be able to completely slide apart when that

screw is removed. This will expose the wafers and allow you to easily
yank out any that you wish to remove. Use a pair of needle-nose pliers to
pull (or even a flat-head screwdriver to push) the unneeded wafer(s) out
of the plug, then reassemble it. Trust me, you do need to start with a

-wafer lock. Even attempting a two-wafer lock will seem trivial.
(That is not to say that such locks don’t exist in the real world… they
)
Wafer locks of this variety often cost five dollars or less. You can

create a whole progressive set, if you really want to, for less than the
cost of a set of pick tools.

Tensioning wafer locks

Some people have difficulty adapting to the oddly square keyways on

Page 189

wafer locks. Since anything inserted into such a lock can inevitably stick
clear through the wafers within the plug, it is possible that the longer
head of a standard tension tool will disturb the process somewhat. Don’t
be afraid to experiment with a flat tensioner or even a wishbone style
tool. If you are still having trouble when just starting out, try applying
tension to the plug by pressing manually on the tail cam (as shown in
Figure 3.39) as opposed to using a tension tool at all. Once you become
comfortable with raking by this method, you can try working with a
proper tensioner instead.

Figure 3.39 Applying tension to a wafer lock by pressing with one’s finger directly upon
the tail cam instead of using a tension tool. This isn’t something you can do in the real world
(since the tail piece is essentially always hidden from easy access), but this technique can help
you become more comfortable with raking and jiggling a wafer lock when you are just starting
out.

Trust me, it will get easier. If you are having a lot of trouble with
wafer locks at first, you’re over thinking it. Relax, vary your angle of
attack and your tension, and it will all fall into place.

Page 376

W

Wafer breaker, 193–194

Wafer locks
assembled lock, 35, 35f
automotive locks, 27, 29f
in business environment, 26, 26f
construction, 31–35
drive pins, 133, 134f
duo locks, 38, 39f
elevator, 27, 28f
locks, turning, 21f
operation, 35–38
bitting combination, 35, 35f
cam washer system, 36, 36f
control wafer, 37
fully assembled wafer lock, 35, 35f
plug limiting bit, 36f
plug rotation limiter, 36f
pin stacks, 20, 21f
vs. pin tumbler locks, 29, 31f, 32f
plug position, 133–134, 133f
progressive, 127–128
tensioning, 128, 128f
unlock direction for, 27, 133
upsidedown position, 133–134, 133f

Wards, 153

Wiggle effect, 142

Page 377

Wishbone tensioner, 83f
double-sided wafer lock, 85, 86f
automotive wafer lock, 86, 86f
pin tumbler locks, 83
plug, 85f
pressure maintenance, 86, 86f
pin tumbler locks, 83f

Z

Zeiss locks, 229

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