Kwikset Smart Key: Difference between revisions
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=Kwikset | =Kwikset SmartKey= | ||
{{Lock model | {{Lock model | ||
|name = Kwikset | |name = Kwikset SmartKey | ||
|Img = File:Kwikset_SmartKey_cylinder_silver.jpg | |Img = File:Kwikset_SmartKey_cylinder_silver.jpg | ||
|maker = [[Kwikset]] | |maker = [[Kwikset]] | ||
| Line 10: | Line 10: | ||
|related = | |related = | ||
|patent = | |patent = | ||
|spec_on = true | |||
|spec_comp = 5 | |||
|spec_comptype = [[Slider]] | |||
}} | }} | ||
The '''Smart Key''' (or '''SmartKey''') is a user-rekeyable [[wafer]] lock made by [[Kwikset]] and [[Weiser]] (Canada). It uses five wafers that interact with a [[sidebar]] to provide protection against [[lockpicking]] and [[key bumping]]. The Smart Key was Kwikset's response to the media frenzy concerning key bumping, specifically to address the weaknesses of their traditional [[pin-tumbler]] cylinders. Though it has succeeded in providing resistance to bumping, vulnerabilities in the Smart Key design have shown it can be attacked in a variety of ways. | The '''Smart Key''' (or '''SmartKey''') is a user-rekeyable [[wafer]] lock made by [[Kwikset]] and [[Weiser]] (Canada). It uses five wafers that interact with a [[sidebar]] to provide protection against [[lockpicking]] and [[key bumping]]. The Smart Key was Kwikset's response to the media frenzy concerning key bumping, specifically to address the weaknesses of their traditional [[Pin_tumbler|pin-tumbler]] cylinders. Though it has succeeded in providing resistance to bumping, vulnerabilities in the Smart Key design have shown it can be attacked in a variety of ways.<ref>Locksmith Ledger. ''[https://www.locksmithledger.com/locks/article/21147771/kwikset-smartkey-decoder-opens-new-doors Kwikset SmartKey Decoder Opens New Doors]''</ref> | ||
The | The SmartKey is easily identified by the small, rectangular hole to the left of the keyway. | ||
__TOC__ | __TOC__ | ||
| Line 20: | Line 23: | ||
== Principles of Operation == | == Principles of Operation == | ||
The | The SmartKey uses five wafers that can be set to six positions each, giving it a total of 7,776 (6<sup>5</sup>) [[Differs|key differs]]. This number is drastically reduced because of poor tolerances that accept half cuts at every position, reducing the number of real differs to 243 (3<sup>5</sup>). Unlike traditional wafer locks, the SmartKey's user-rekeying ability heavily modifies the internals of the lock. Instead of the key directly interacting with the wafers, it interacts with a series of guide pins. The guide pins hook into the wafers at different levels (depending on the bitting of each wafer) to raise them to the proper position. | ||
Wafers provide pick resistance in the form of serrations on the side of the wafer that engages the sidebar. Because the lock is not | Wafers provide pick resistance in the form of serrations on the side of the wafer that engages the sidebar. Because the lock is not pin-tumbler based, it is also not subject to [[key bumping]] attacks. | ||
When the user wants to rekey the lock, the working key is used to rotate the plug 90° clockwise. A special tool known as the " | When the user wants to rekey the lock, the working key is used to rotate the plug 90° clockwise. A special tool known as the "SmartKey tool" is used on the small hole to the left of the keyway. This physically disengages the sidebar and wafers from the guide pins and allows the working key to be removed. A new key can be inserted and the plug rotated back to the default position. When this is done, the sidebar and wafers slide back onto the new position of the guide pins, and rekeys the lock. | ||
<div align="center"><gallery> | <div align="center"><gallery> | ||
| Line 35: | Line 38: | ||
'''Notes''' | '''Notes''' | ||
* A ball bearing sits at the 2 o'clock position in the plug to promote smooth operation and longevity of the lock. | * A ball bearing sits at the 2 o'clock position in the plug to promote smooth operation and longevity of the lock. | ||
== Key == | |||
The Kwikset SmartKey uses the standard Kwikset key blank 1-1063 and "KS" keyway. | |||
* Axxess 66 | |||
* ILCO 1176 or KW1 | |||
* Silca KS1 | |||
* Taylor 54KS | |||
== Rekeying instructions == | == Rekeying instructions == | ||
# Insert the working key and rotate 90° clockwise. | # Insert the working key and rotate 90° clockwise. | ||
# Use the " | # Use the "SmartKey tool" on the hole left of the keyway by inserting it (notice a small click) then removing. | ||
# Remove the working key and insert the new key. | # Remove the working key and insert the new key. | ||
# Rotate the new key in the lock 90° counter-clockwise. | # Rotate the new key in the lock 90° counter-clockwise. | ||
# Once back in the default (vertical) position the lock will be rekeyed and the new key can be removed. | # Once back in the default (vertical) position the lock will be rekeyed and the new key can be removed.<ref>Kwikset. ''[http://www.trade.kwikset.com/Files/PDF/SmartSeries/SmartKeyIns.pdf Instructions to Rekey Your SmartKey Lock.]''</ref> | ||
== Disassembly instructions == | == Disassembly instructions == | ||
The | The SmartKey uses a four piece assembly of housing, cylinder, core, and plug. Disassembly is fairly simple with care given to the removal of the sidebar components. | ||
''Note: Complete disassembly of the | ''Note: Complete disassembly of the SmartKey will erase the bitting code unless a working key is available to reset the lock.'' | ||
# Remove the cylinder from the housing, either by removing the screws (deadbolts) or releasing the retaining clips (key in knob cylinders). | # Remove the cylinder from the housing, either by removing the screws (deadbolts) or releasing the retaining clips (key in knob cylinders). | ||
| Line 54: | Line 66: | ||
# Remove the C-clip from the core. | # Remove the C-clip from the core. | ||
# Remove the plug from the core, either by using a working key or manipulating each wafer so that it does not block above or below the shear line. A key with all #3 cuts will do this, too. | # Remove the plug from the core, either by using a working key or manipulating each wafer so that it does not block above or below the shear line. A key with all #3 cuts will do this, too. | ||
'''Notes''' | |||
* Full disassembly will erase the bitting of the lock. | |||
== Vulnerabilities == | == Vulnerabilities == | ||
* [[Lockpicking]] | * [[Lockpicking]] | ||
* [[Tryout keys]] | * [[Tryout keys]] | ||
* [[Impressioning]] | * [[Impressioning]] | ||
| Line 65: | Line 80: | ||
'''Notes''' | '''Notes''' | ||
* Poor tolerances allow a set of 243 keys to open any | * Poor tolerances allow a set of 243 keys to open any SmartKey lock. | ||
* A decoding tool was developed by Shane Lawson (Valanx) of the [[locksport]] group FOOLS. | * A decoding tool was developed by Shane Lawson (Valanx) of the [[locksport]] group FOOLS. | ||
* Various low-skill, quick bypass and destructive entry techniques can be used against the | * Various low-skill, quick bypass, and destructive entry techniques can be used against the SmartKey. | ||
== Gallery == | == Gallery == | ||
<div align="center"><gallery> | <div align="center"><gallery> | ||
File:Kwikset_SmartKey_core.jpg | File:Smartkey_kik_83280_01.png |Tylo key-in-knob SmartKey cylinder. | ||
File:Smartkey_kik_83280_02.png |Tylo key-in-knob SmartKey cylinder. | |||
File:Smartkey_kik_83280_03.png |Tylo key-in-knob SmartKey cylinder. | |||
File:Smartkey_kik_83280_04.png |Tylo key-in-knob SmartKey cylinder. | |||
File:Kwikset_Smartkey_II_core_a-Prevariikation.png |SmartKey cylinder cutaway. | |||
File:Kwikset_Smartkey_II_core_b-Prevariikation.png |SmartKey cylinder cutaway. | |||
File:Smartkey_square_sidebar-Reinder.png |Later models use a square sidebar and channel. | |||
File:Kwikset_SmartKey_cylinder.jpg |A Kwikset SmartKey cylinder. | |||
File:Kwikset_SmartKey_core.jpg |SmartKey core. | |||
File:Kwikset_SmartKey_plug_sidebar_removed.jpg | File:Kwikset_SmartKey_plug_sidebar_removed.jpg | ||
File:Kwikset_SmartKey_sidebar.jpg|Sidebar used in the Smart Key. | File:Kwikset_SmartKey_sidebar.jpg|Sidebar used in the Smart Key. | ||
File:Kwikset_SmartKey_sidebar2.jpg|Sidebar used in the Smart Key. | File:Kwikset_SmartKey_sidebar2.jpg |Sidebar used in the Smart Key. | ||
File:Kwikset_SmartKey_guide_pin.jpg|Guide pins used in the Smart Key. | File:Kwikset_SmartKey_guide_pin.jpg |Guide pins used in the Smart Key. | ||
File:Kwikset_SmartKey_wafers.jpg|Wafers used in the Smart Key. | File:Kwikset_SmartKey_wafers.jpg |Wafers used in the Smart Key. | ||
File: | File:Kwikset_rekey_smartkey_front.png |Re-key kit marketed to the consumer (front). | ||
File:Kwikset_rekey_smartkey_back.png |Re-key kit marketed to the consumer (back). | |||
</gallery></div> | </gallery></div> | ||
== References == | == References == | ||
<references /> | <references /> | ||
==External Links== | |||
== See also == | == See also == | ||
* [[Kwikset]] | * [[Kwikset]] | ||
* [[Decoding]] | |||
* [[Wafer]] | * [[Wafer]] | ||
* [[Sidebar]] | * [[Sidebar]] | ||
* [[Schlage SecureKey]] | |||
[[Category:Kwikset| | [[Category:Lock models]] | ||
[[Category:Kwikset|SmartKey]] | |||
[[Category:Wafer locks]] | [[Category:Wafer locks]] | ||
[[Category:Sidebar locks]] | [[Category:Sidebar locks]] | ||
[[Category:Slider locks]] | |||
Latest revision as of 19:30, 28 December 2022
Kwikset SmartKey
| Kwikset SmartKey | |
 | |
| Name | Kwikset SmartKey |
|---|---|
| Manufacturer | Kwikset |
| Lock Type | Cylinder |
| Lock Design | Wafer, Sidebar |
| Year(s) Produced | 2008 - Present |
| Specifications | |
| # of Components | 5 |
| Component Type | Slider |
The Smart Key (or SmartKey) is a user-rekeyable wafer lock made by Kwikset and Weiser (Canada). It uses five wafers that interact with a sidebar to provide protection against lockpicking and key bumping. The Smart Key was Kwikset's response to the media frenzy concerning key bumping, specifically to address the weaknesses of their traditional pin-tumbler cylinders. Though it has succeeded in providing resistance to bumping, vulnerabilities in the Smart Key design have shown it can be attacked in a variety of ways.[1]
The SmartKey is easily identified by the small, rectangular hole to the left of the keyway.
Principles of Operation
The SmartKey uses five wafers that can be set to six positions each, giving it a total of 7,776 (65) key differs. This number is drastically reduced because of poor tolerances that accept half cuts at every position, reducing the number of real differs to 243 (35). Unlike traditional wafer locks, the SmartKey's user-rekeying ability heavily modifies the internals of the lock. Instead of the key directly interacting with the wafers, it interacts with a series of guide pins. The guide pins hook into the wafers at different levels (depending on the bitting of each wafer) to raise them to the proper position.
Wafers provide pick resistance in the form of serrations on the side of the wafer that engages the sidebar. Because the lock is not pin-tumbler based, it is also not subject to key bumping attacks.
When the user wants to rekey the lock, the working key is used to rotate the plug 90° clockwise. A special tool known as the "SmartKey tool" is used on the small hole to the left of the keyway. This physically disengages the sidebar and wafers from the guide pins and allows the working key to be removed. A new key can be inserted and the plug rotated back to the default position. When this is done, the sidebar and wafers slide back onto the new position of the guide pins, and rekeys the lock.
Plug removed from the core.
Wafers loaded into the sidebar housing.
Guide pins being raised by the key.
Wafers properly aligned.
Notes
- A ball bearing sits at the 2 o'clock position in the plug to promote smooth operation and longevity of the lock.
Key
The Kwikset SmartKey uses the standard Kwikset key blank 1-1063 and "KS" keyway.
- Axxess 66
- ILCO 1176 or KW1
- Silca KS1
- Taylor 54KS
Rekeying instructions
- Insert the working key and rotate 90° clockwise.
- Use the "SmartKey tool" on the hole left of the keyway by inserting it (notice a small click) then removing.
- Remove the working key and insert the new key.
- Rotate the new key in the lock 90° counter-clockwise.
- Once back in the default (vertical) position the lock will be rekeyed and the new key can be removed.[2]
Disassembly instructions
The SmartKey uses a four piece assembly of housing, cylinder, core, and plug. Disassembly is fairly simple with care given to the removal of the sidebar components.
Note: Complete disassembly of the SmartKey will erase the bitting code unless a working key is available to reset the lock.
- Remove the cylinder from the housing, either by removing the screws (deadbolts) or releasing the retaining clips (key in knob cylinders).
- Remove the extended C-clip from the cylinder and remove the core.
- Remove the C-clip from the core.
- Remove the plug from the core, either by using a working key or manipulating each wafer so that it does not block above or below the shear line. A key with all #3 cuts will do this, too.
Notes
- Full disassembly will erase the bitting of the lock.
Vulnerabilities
Notes
- Poor tolerances allow a set of 243 keys to open any SmartKey lock.
- A decoding tool was developed by Shane Lawson (Valanx) of the locksport group FOOLS.
- Various low-skill, quick bypass, and destructive entry techniques can be used against the SmartKey.
Gallery
Tylo key-in-knob SmartKey cylinder.
Tylo key-in-knob SmartKey cylinder.
Tylo key-in-knob SmartKey cylinder.
Tylo key-in-knob SmartKey cylinder.
SmartKey cylinder cutaway.
SmartKey cylinder cutaway.
Later models use a square sidebar and channel.
A Kwikset SmartKey cylinder.
SmartKey core.
Sidebar used in the Smart Key.
Sidebar used in the Smart Key.
Guide pins used in the Smart Key.
Wafers used in the Smart Key.
Re-key kit marketed to the consumer (front).
Re-key kit marketed to the consumer (back).
References
- ↑ Locksmith Ledger. Kwikset SmartKey Decoder Opens New Doors
- ↑ Kwikset. Instructions to Rekey Your SmartKey Lock.
