Platform Architecture

Our solutions are powered by the OLAMS platform, a convergence of next-generation technologies providing a single pane of glass for complex operations.

 
 

AI Powered Command & Control

Our C2 platform ingests and fuses billions of data points into a coherent, real-time logistics picture.

Autonomous Surveillance

We deploy fleets of autonomous drones and sensors that provide persistent, 24/7 overwatch on critical supply routes, assets, and infrastructure.

Blockchain-Based Tactical Tools

We utilize a private, permissioned blockchain to secure the chain of custody for all tactical data and communications.

Zero-Trust Infrastructure

Our security model assumes no user or device is trusted by default, securing every connection across the entire logistics data network.

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Zero-Trust Infrastructure

The entire OLAMS ecosystem is built upon ‘Cerberus’, our Zero-Trust security framework. It discards the outdated ‘castle-and-moat’ security model. Every single API call, data request, and user login is independently authenticated and authorized. We utilize micro-segmentation to create secure enclaves around each application and data store, meaning that even if one component is compromised, the breach is contained and cannot spread laterally across the network.
 

Blockchain-Based Tactical Tools

Our ‘Aegis’ protocol ensures data integrity from the tactical edge to the command center. Every piece of collected data—from drone footage to biometric scans—is cryptographically hashed and recorded on a distributed ledger. This makes the data tamper-evident and provides an unbreakable chain of custody, which is critical for legal proceedings and after-action analysis. It also enables secure, peer-to-peer communication in GPS-denied or high-jamming environments.
 

Autonomous Surveillance

Project ‘Argus’ is our autonomous surveillance solution. It’s more than just drones; it’s a self-tasking network of persistent ISR (Intelligence, Surveillance, Reconnaissance) assets. Ground sensors, high-altitude loiterers, and submerged platforms work in concert. If one node detects a potential threat, the system can autonomously re-task other assets for multi-angle confirmation without human intervention, providing a comprehensive and resilient ‘unblinking eye’ over the entire battlespace.
 

AI Powered Command & Control

Our AI-driven Command and Control platform, codenamed ‘Helios’, serves as the central nervous system for any operation. It leverages a multi-layered neural network to perform sensor fusion, threat prioritization, and predictive analysis. Helios can project likely enemy movements, suggest optimal resource allocation, and flag anomalies that would be invisible to human operators, reducing the cognitive load on commanders and accelerating the decision-making cycle from minutes to seconds.