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How it Works...and it really does work...

We believe that the InnerLock™ System is the most effective, elegant, and practical physical security solution in the world for computers and electronics. When you see how it works, perhaps you will agree... 

     Design Elements

     Typical Applications

     Illustrations
  

Design Elements
The patented InnerLock™ System is perhaps the most secure, practical and elegant physical security available today. Users have virtually unfettered access to the front of the computer, so the insertion and removal of disks and CD's is as easy as ever. For authorized maintenance of the CPU, the lock is simply unlocked and removed; a process that takes only a few moments. Once the lock is removed, the computer is as accessible as any normal computer. The system is completely user-friendly.

Elegant

Easy to Install & Use

Very Secure

In addition to being essentially hassle-free, the InnerLock™ System is an extremely sturdy and significant deterrent to BOTH theft and tampering. In order to properly incorporate the system, the CPU enclosure incorporates some key design elements.


Patented Design

US Patent 6,418,014

Bracket Installation

 In the most common design, the side panels of the CPU enclosure incorporate a sliding latch. This typical design is one where the panels are removed by sliding them rearward for three or four inches before they release outward. In other designs, the CPU enclosure uses the "clamshell" design.

The passageway through the enclosure can by in any number of places, but is usually incorporated through an empty 5.25" drive bay. CPU enclosures that have three or four drive bays are best for this purpose, since most users only use two of their available drive bays. The security of the system is enhanced by running the passageway through both the case side panels and also the inside chassis, for a total of four penetrations through sheet metal. 

This "double penetration," combined with the sliding nature of the side panels, prevents the removal of side panels when the locking device is threaded through the passageway. It makes it virtually impossible to gain access inside the CPU unit without total destruction of the case. Thus, the hard drive and data are extremely well protected.

The locking device slides through the passageway, then slides through either a desk or attached bracket. In this way, the CPU is locked to the stationary object, making unauthorized removal of the CPU unit extremely difficult. Additionally, this design allows for the use of locking devices that are as much as one inch in diameter, meaning that the locking device can be extremely strong and resistant to cutting or breaking.

Typical Applications

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Illustrations -- Common Means of Installation

There are a wide number of methods for installing the InnerLock™ System, however, two of the most common are illustrated below. Since most CPU's are placed under or near a desk or filing cabinet, the attachment of the CPU to these large, heavy objects is generally a desirable application.

Option 1 - Directly through a desk wall.

Requirements:

  1. A free and clear desk wall, with access to both sides
  2. An installation where the CPU will rest within one inch of the desk wall
  3. A desk wall made of substantial construction to withstand reasonable physical force, preferably steel construction

1. Standard Desk
2. Drill Hole
 

3. Elements Required
4. Finished Installation


Option 2 - Mounting to a desk, file cabinet, or other wall.

Requirements:
  1. A free and clear desk, file cabinet, or other wall
  2. The freedom to drill through, screw into, or glue onto the wall
  3. A wall made of substantial construction to withstand reasonable physical force
  4. Use of a mounting assembly

1. Standard Desk
2. Mount Adaptor
 

3. Elements Required
4. Finished Installation
 

5. Stored Lock When Not in Use