Stendr provides a data‑fusion platform that aggregates and normalizes sensor inputs—from drones, radar, and IoT devices—into a single real‑time situational awareness view. Its AI‑driven analytics correlate disparate streams to detect, classify, and prioritize threats, enabling faster decision‑making and coordinated counter‑measures for military, homeland‑security, and critical‑infrastructure operators.
Funding
$5.4M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
AAYOPS+1Founders
Product
Problem
Modern defense environments face a flood of heterogeneous sensor data—from drones, radar, and IoT devices—each using proprietary formats, which prevents operators from gaining a coherent, real‑time picture of emerging threats. The speed and scale of drone swarms outpace traditional decision‑making processes, leading to delayed or ineffective responses.
Solution
Stendr offers a data‑fusion platform that aggregates and normalizes inputs from diverse sensors into a single, actionable situational awareness view. The system applies real‑time analytics and AI‑driven correlation to highlight threats, prioritize targets, and suggest optimal counter‑measures. By presenting unified, high‑clarity information to operators, Stendr reduces decision latency and enables coordinated defensive actions against fast‑moving threats such as drone swarms. The platform is built on a modular architecture that can be deployed on‑premise or in the cloud, supporting scalable integration with existing defense infrastructure.
Target Audience
Primary customers are military and homeland‑security agencies, as well as private security firms and critical‑infrastructure operators that need rapid, integrated threat detection and response capabilities.
Features
- Multi‑sensor ingestion engine that supports a wide range of protocols and formats, automatically normalizing data streams
- Real‑time AI analytics that correlate disparate inputs to detect, classify, and track drone swarm behavior
- Unified dashboard delivering a single, high‑resolution operational picture with customizable alerts and threat prioritization
- Scalable, container‑based deployment model for on‑premise, edge, or cloud environments
- Secure, end‑to‑end encrypted communication channels ensuring data integrity and confidentiality
- API layer for seamless integration with legacy command‑and‑control systems and third‑party defense tools