APPLIED AI
MISSION //
VELOCITY

Hypersonic missile detection and tracking capability designed to run onboard the newest generation of space-based sensors. Finds dim, unresolved targets that conventional processing would miss and maintains custody in real time on low-SWaP edge hardware.

JANUS’ Rapid Target Predictor (RAPTOR) rapidly generates synthetic signatures of targets that correspond to how they would appear in data collected in EO, IR, and RF (SAR) sensor modalities. Employing industry-standard accelerated ray tracing technology, RAPTOR generates target signatures spanning the electromagnetic spectrum to enable Multi-INT target detection and recognition solutions.

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.