In the coming years, AI is expected to dramatically accelerate the evolution of lawful intelligence, giving law enforcement agencies the ability to efficiently draw insight from data at unprecedented scale.
Quantum Computing may enable communications that do not travel across a network in the conventional sense and endanger traditional encryption methods, carrying critical implications for lawful intelligence.
Preventing illicit trafficking is a daunting task for border security agencies. AI-powered Computer Vision and location intelligence enhance security, reduce costs, and close surveillance gaps.
Effective lawful intelligence solutions do more than just ingest and analyze data. They build evidential narratives compelling enough for court that are backed by a fully auditable chain of custody.
Encryption and OTT apps limit the value of lawful eavesdropping tools like wiretaps, but mobile networks offer a powerful engine for new insights: real-time geographical awareness using high-accuracy location.
As the volume, variety, and velocity of data potentially available to lawful intelligence grows exponentially, the control mechanisms that govern its interception become more critical.
Distributed 5G network topologies have forever forced mediation for lawful interception out beyond the network core. As computing moves closer to the subscriber, mediation nodes
Many have used the terms uplink and downlink and they may become more colorful when our video calls drop off. But are “uplink” and “downlink”
THE DATA SILO DILEMMA FOR LAW ENFORCEMENT
How to Ingest, Filter and Query 5G Volumes
Webinar Presented by Kevin McTiernan
