APPLIED AI
MISSION //
VELOCITY

The JANUS Rapid Target Predictor (RAPTOR) enables rapid generation of synthetic target signatures to support time critical applications employing 3D CAD models as input. Industry-standard NVIDIA GPU-accelerated ray tracing is used to generate target predictions in EO, IR and SAR sensor modalities.

AI-Powered Space Hazard Diagnostics. Provides real-time detection and predictive analysis of solar events, orbital congestion, and satellite anomalies to enhance mission assurance.

Immersive training framework extending Unity & Unreal for high-fidelity, scalable mission readiness. Integrates with Beacon AI and TGA for adaptive learning.

Applied AI framework utilizing LLMs for mission-focused decision support. Automates document processing, compliance checks, and multi-step analytic workflows.

Reconfigurable VR/AR training ecosystem. Supports Live-Virtual-Constructive (LVC) and integrates with AI driven Training Gap Analyses for data-driven skill gap closure.

Comprehensive Human Systems Integration (HSI) platform. Consolidates data across 7 pillars into a unified warehouse for real-time decision support.

Integrated program management environment centering workflows, data, and AI-driven insights into a single secure portal.

Integrates realistic space weather effects into the Army Synthetic Training Environment (STE). Prepares warfighters for degraded operations.

AI-powered analytics tool for identifying critical skill gaps and optimizing training strategies through data-driven insights.

Stand-alone, scalable, secure, and fully dedicated mobile artificial intelligence (AI) framework powered by NVIDIA NGC.