Our Platforms
Proprietary technologies driving mission success.
RAPTOR
Rapid Target Predictor
JANUS' Rapid Target Predictor (RAPTOR) provides the ability to rapidly generate synthetic signatures of targets that correspond to how they would appear in data collected in EO, IR and SAR sensor modalities. Employing industry standard accelerated ray tracing technology, RAPTOR's ability to rapidly generate target signatures that span the electromagnetic spectrum, beginning in the visible region and continuing through the infrared and into the microwave regions, enables the development of Multi-INT solutions that address operational target detection and recognition requirements. RAPTOR employs 3D CAD models and sensor parameters, coupled with illumination and thermal transfer models, to rapidly generate its synthetic target signatures. RAPTOR's capabilities make it possible to generate vast amounts of labeled high quality data containing specific targets of interest that are required to successfully train AI/ML models to perform target detection and recognition. This may be achieved by combining RAPTOR's predicted target signature output with background scenes for specific domains and conditions of interest from a range of sources. This approach has been successfully employed to mitigate issues with limited target data availability from real-world data sources, as is often the case in anti-access/area denial (A2/AD) regions.
FogLifter
Mobile AI Framework
FogLifter is JANUS’ stand-alone, scalable, secure, and fully dedicated mobile artificial intelligence (AI) framework powered by NVIDIA NGC. This framework is designed to deliver sophisticated AI capabilities at the edge.
Javelin
Immersive Training Framework
An immersive training framework that rapidly extends commercial game engines (Unity, Unreal) for high-fidelity learning.
HVLE
High Velocity Learning Environment
HVLE is a key platform for JANUS' Training and Readiness capabilities, particularly in the naval domain. It is a mobile, strategic, data-driven system designed to solve logistical and cost-related training challenges, bringing advanced training directly to the point of need.
Beacon
Fundamental Applied AI Framework
A fundamental, applied AI framework designed to deliver mission-focused, data-driven decision support by harnessing cutting-edge Large Language Models (LLMs). It serves as the foundation for specialized toolsets like TGA.
Lighthouse
AI-Enabled Decision Support Platform
A modular, AI-enabled decision-support platform that integrates and visualizes diverse datasets in real time. Built on extensible SBIR architecture, it enhances stakeholder engagement, operational planning, and mission execution across critical defense functions.
SAAINT
Space Anomaly AI Nextgen Tool
An AI system designed specifically for DoW mission support. It provides real-time detection, diagnostics, and prediction of space hazards to improve battlespace awareness and mission resilience.
SPARK
Shared Program Actions, Resources, and Knowledge
A robust management portal developed by JANUS subject matter experts. It serves as a data-rich, easily accessible program management environment for PMs and support staff.
SWFTS
Space Weather for Training and Simulation
Integrates realistic space weather effects into the Army Synthetic Training Environment, helping warfighters prepare for diverse space weather conditions using past and future scenario data.
TGA
Training Gap Analysis Tool
An AI-powered platform that provides insight into workforce skill gaps and guides the development of more targeted, effective training programs.
FloodScan
Satellite Flood Mapping Service
Daily maps of large-scale inland flooding from 1998 to present, using satellite remote sensing at ~90m resolution across continental coverage areas. FloodScan provides algorithmically consistent flood extent data — free of human interpretation bias — supporting humanitarian response, insurance analytics, risk modeling, and government reporting.
AI Platform Architectures
For detailed technical specifications, engineering toolchains, and system parameters for our AI-powered platforms, visit our AI & Engineering hub.
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