NICE Investigate Digital Investigation Software System​

Evidence Management System in the Secure Microsoft Azure Cloud

Digital policing initiatives are flooding police departments with valuable evidence that needs to be collected, stored, and analyzed in an efficient and timely manner. The combination of the NICE Investigate Digital Investigation software solution and the Microsoft Azure Government cloud offers law enforcement agencies an end-to-end, scalable CJIS-compliant investigative software solution for managing investigations, and storing and safeguarding digital evidence.

The Only End-to-End Solution

The combination of the NICE Investigate Digital Investigation software, hosted on the Microsoft Azure cloud, provides law enforcement agencies  with a unique end-to-end, CJIS-compliant cloud-based solution for managing ALL phases of their digital investigations and ALL related digital evidence. The combined solution reinforces NICE’s and Microsoft's shared commitment to providing law enforcement  agencies with the most advanced solutions to protect the public.

Secure & CJIS-compliant

Azure Government meets the security requirements for federal, state, and local governments as defined by FBI's CJIS policy, eliminating security concerns. NICE is also committed to securing  sensitive CJI. NICE has earned the CJIS ACE Compliance Seal from Diverse Computing. Additionally, the NICE Investigate Digital Investigation and Evidence Management solution protects  data through strong encryption, 2-factor login authentication, antivirus protection, built-in chain of custody tracking, and by having no inward firewall holes.

Scalable and Cost-effective

The inherent scalability of the Microsoft Azure cloud means the NICE Investigate Digital Investigation system can more easily adjust to meet the changing investigative workloads and evidence storage requirements of today's law enforcement agencies. NICE's SaaS (Software as a Service) solution also eliminates the up-front hardware and resource costs associated with premise-based storage alternatives. 

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