
Next-Generation AI Capabilities
Exclusive Equitus Technology - Trusted by Government - Designed for Mission Success
Our Solutions
Knowledge Graph Solutions
Equitus KGNN transforms fragmented enterprise data into clean, contextual, AI-ready intelligence—automating ingestion, structuring, and semantic enrichment without manual ETL or schema design. It empowers scalable, secure, and GPU-free AI deployment across cloud, on-prem, and edge environments, enabling real-time insights and Retrieval-Augmented Generation (RAG) for mission-critical decisions.
Neural Network Optimization
At Enigma Solutions, we specialize in optimizing Neural Network models for government entities. Our data science experts ensure accelerated analytics, empowering clients to extract valuable information and enhance operational efficiency.
AI-Powered Video Intelligence
Equitus Video Sentinel (EVS) transforms surveillance with advanced deep learning and computer vision. It enables real-time threat detection, object tracking across feeds, and instant alerts for behaviors like unauthorized access. It captures metadata on size, color, speed, and human attributes for ultra-fast forensic searches, under 5 seconds across thousands of cameras. Compatible with legacy systems, EVS empowers law enforcement, defense, and critical infrastructure for swift, proactive responses.
Customized Solution Development
Enigma works with agencies and integrators to design workflows, build integration pipelines, and implement data acceleration methods using KGNN and EVS.
Client-Centric Support
Enigma Solutions is committed to delivering a full customer experience service to government clients. We provide dedicated support and guidance throughout the implementation and maintenance phases, ensuring a smooth and successful deployment of our solutions.
Seamless Integration with Government Systems
We understand the importance of integrating with the existing government ecosystem. Our solutions seamlessly integrate with diverse systems, enabling clients to leverage our technologies without disrupting their established processes.