I2C Technologies, Ltd. (“I2C”) is a software development company and manufacturer of portable video security enclosures and systems.  I2C’s video surveillance software is designed around real-world events and supports virtually any sensor input, camera and third-party analytics solutions, and IP applications such as access control and PoS systems.  I2C’s software provides automated camera control, email and pager alerts with pictures, as well as extensive archive filtering and video storage optimizations.  The I2C Video Management Software (“VMS”) is designed for remote access and supports low bandwidth connections.

I2C’s portable surveillance enclosures are designed for portability and ease of installation.  The compact design houses up to 4 cameras, a video server, a wireless device, and all associated electronics.  A variety of enclosures are available ranging from outdoor covert and overt models to indoor systems.  I2C also offers complete systems with state-of-the-art cameras.

I2C addresses the problems associated with…

• Remote surveillance where there is no practical video connection for live viewing and real-time access to video archives
  
  

• Portable surveillance that is easy to move, mount, and turn-on
  
  

• Covert surveillance for both outdoor and indoor / in-vehicle applications
  
  

• Full video coverage AND detail images by enabling a combination of fixed megapixel cameras and high-powered pan-tilt-zoom (PTZ) cameras, in one easy-to-deploy enclosure
  
  

• Unmanned PTZ control through the use of wired and wireless sensors, camera and video analytics, and third party inputs…watch an entire parking lot AND zoom-in on cars entering the property or visitors approaching the front entrance
  
  

• Archive, search and retrieval which is extremely fast and easy with the I2C VMS and can be performed easily over low bandwidth connections such as cellular
  
  

• Image clarity and pixilation by avoiding the need to digitally zoom on distant images after the fact

Industry Problem Example

Consider the three images below.  The perspective of a fixed position camera on a vehicle approximately 200 feet away is shown on the far left.  Typically deployed video systems rely on digital zoom, which magnifies the area of interest after the fact.  A phenomenon known as “pixilation” occurs.  The middle picture is the result of magnifying an image that has no additional underlying detail.  In contrast, the far right image is the result of optical zoom from a PTZ camera. Optical zoom uses lenses to magnify the image before the camera renders it. 

Target Object (No Zoom)	Fixed Camera (Existing Digital Zoom Technology)	PTZ Camera (I2C's Solution with Optical Zoom)

Existing solutions required a live attendant to control PTZ cameras.  I2C’s custom software directs the cameras to events as they occur. Physical triggers such as motion sensors, gates, doors, etc., are all examples of real world events to which the server software reacts.  In addition, I2C’s solution allows other triggers based on logic, other business systems, or a chain of events beyond the simple sensor/trigger logic, to direct the PTZ camera to significant events.  Using advanced database filtering, I2C’s software provides for easy retrieval of video, reducing the time required to find video events, and avoiding traditional storage challenges.