Frontier Aerospace Analytics and Dynamics offers the Capablanca Engine, an AI platform that provides real‑time battlefield intelligence for defense operations. 2% accuracy in under two seconds per image, and also maps adversary supply chains to identify and plan disruption of critical nodes.
Funding
Funding not disclosed
Founders
Product
Problem
Military commanders often lack timely, accurate battlefield intelligence because processing multi-sensor imagery (SAR, visible, IR) manually is slow and error‑prone, and existing tools do not integrate supply‑chain analysis for strategic disruption.
Solution
Frontier Aerospace Analytics and Dynamics delivers the Capablanca Engine, an AI‑driven platform that fuses SAR, visible and infrared imagery to detect ground vehicles and assess battle damage with 99.2% accuracy in under two seconds per image. The system also ingests logistics data to map adversary supply networks, pinpoint vulnerable nodes, and generate disruption plans. Designed for embedded field hardware and command‑level integration, the engine provides near‑real‑time analysis for both tactical reconnaissance and strategic operational planning. All processing adheres to NATO‑grade encryption standards, ensuring secure deployment across diverse terrains and platforms.
Target Audience
Primary customers are defense agencies, military intelligence units, and armed‑force command structures that require rapid, high‑precision battlefield analytics and strategic logistics insight.
Features
- Multi‑sensor fusion of SAR, visible and IR imagery for automated ground‑vehicle detection and battle‑damage assessment
- Sub‑2‑second per‑image processing delivering near real‑time intelligence on the battlefield
- 99.2% detection accuracy validated through field testing and adversarial training against camouflage and environmental noise
- Supply‑chain mapping module that identifies critical logistics nodes and generates BPMN models for disruption planning
- Embedded deployment capability for field hardware with NATO‑grade encryption and military‑grade security
- Human‑in‑the‑loop validation workflow for continuous model refinement and zero‑error tolerance