VisiNet Law RMS™ combines the latest technologies with proven experience to help law enforcement agencies fight crime, solve cases and protect the community. Our applications leverage true .NET and n-Tier Architecture technologies to meet and exceed the real-time data demands that agencies require to protect and serve!

TriTech’s solution offers easy tailoring features to eliminate costly customizations so that your Agency can continue to grow and make changes for years to come.  With a SQL database, information is readily available to share in formats to meet the ever changing data exchange standards.  Its robust feature-set helps law enforcement agencies improve their security, interoperability and reporting capabilities with real-time access to mission-critical data.

The latest release of VisiNet Law RMS, version 2.0, offers a customizable GUI for ease-of-use by field officers in a touch screen environment.  With appropriate authority, full RMS features can be extended to field officers and supervisors to support a truly mobile office environment.  Some features include configurable Agency workflows and case management steps, unlimited approval levels and much more.

Key features and benefits include:

• Easy to use Conceal Feature to support agency specific requirements for sealing, purging, expunging and archiving records

• MNI and MLI merging capabilities through simple drag and drop functionality

• Confidentiality and Surveillance capabilities down to an individual record level

• Unlimited number of agency definable Solvability and M.O. data fields as well as multiply user defined fields throughout

• Easy to manage user permissions for group and individual rights to modules and features as well as functions

• Supports stringent password requirements such as complex character combinations

By using the .NET Framework as a foundation, our applications can take advantage of the latest technologies including user interface, data access, database connectivity, cryptography, web application development, numeric algorithms, and network communications.

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