|
The CrimeStar Computer Aided
Dispatch (CAD) systems is a powerful real time command and control
process, that tracks information relating to all ( Police, Fire, EMS and
Public Works ) calls and field unit
activity. Designed for use with our popular CrimeStar records
management system (RMS), this flexible drag & drop enabled system is ideal for
agencies large and small. The
system runs securely from within the records management system |
|
|
|
giving the dispatcher access to all the powerful search
features and information contained in the RMS. Crimestar CAD utilizes
a powerful control panel that supports all transaction types using either
the computer mouse or keyboard. A traditional command line feature gives
experienced dispatchers the kind of rapid heads down work environment they
are used to.
Crimestar CAD also utilizes multiple sizable status windows which allows the dispatcher to see
everything at a glance and work with any unit at anytime. |
Support for
dual monitors and the ability to drag & drop units across monitors makes it
easy to create a powerful work environment that makes
tracking multiple units and events
simple. The CAD workstation can be used solo or as part of
a local area network that allows multiple dispatchers or call takers to
control the system. In addition to the powerful capabilities of
CrimeStar CAD, the system can be extended out into field computers as a full
Mobile Digital Dispatch solution! |
Download an Evaluation copy of Crimestar RMS and CAD and give it a try!
See why Crimestar CAD is the easiest, most efficient and most cost effective
dispatch system available.
* To utilize Crimestar CAD, you must have at
least one Crimestar RMS license.
|
|
Background in
CAD: The principle architect of the Crimestar CAD system
has a long history
of working with various Computer Aided Dispatch systems in law enforcement and was the
project manager for one of the early third generation open architecture micro-computer,
LAN based dispatch systems which went live in 1992. Read about that original
project as published in the May 1992 Issue of APCO Bulletin.
|