A WiMAX Networked UAV Telemetry System for Net-Centric Remote Sensing and Range Surveillance, Phase I

A WiMAX networked UAV Telemetry System (WNUTS) is designed for net-centric remote sensing and launch range surveillance applications. WNUTS integrates a MIMO powered and WiMAX networked Tracking Antenna and Radio Link (TARL) system for UAV telemetry, a net-centric software package for application support, and a WiMAX groundstation network infrastructure for range extension and persistent mission automation. TARL links a remotely deployed UAV/airship sensor platform to a groundstation network with a 100+ Mbps bandwidth over a 30+ mile range using our innovative aerial/ground antenna technologies and carrier-grade WiMAX radio technologies. The WNUTS net-centric software supports real time remote sensing/telemetry applications. These include web-enabled graphic user interfaces for visualizing real time UAV missions in 3D flight through animation, performing real time GPS/IMU data processing for direct remote sensing data geo-reference, generating geo-referenced image QuickMosaics, and displaying selective inch-level high-resolution image contents. WNUTS web-based software tools enable web-collaborated data processing and information exploitation, extraction, and dissemination for remote sensing applications. The WiMAX groundstation network infrastructure flexibly extends UAV telemetry coverage for either long corridors (e.g. borders) or large block areas (e.g. launch range, cities) by appropriately configuring and deploying networked TARL groundstation cells (fixed or mobile). Using WiMAX and other COTS components, WNUTS is low cost, easy to maintain, and easily upgradeable.

WNUTS provides a fully-integrated, cost-effective, WiMAX-networked UAV Telemetry solution that allows diverse UAV, airship, and aerostat remote sensing platforms to provide real-time high-resolution situational awareness. With its leading-edge throughput, range coverage and reliable connectivity for net-centric aerial high resolution spectral imaging remote sensing, WNUTS has many potential commercial applications. These include homeland security; news broadcasting; transport, safety and security monitoring; forestry and park services; precision agriculture; crop growth status monitoring; disaster response and management; land-use surveys; environmental monitoring and urban planning. WNUTS is a low-cost, state-of-the-art broadband and long range UAV/Airship telemetry system that is compatible with Flight Landata's inch-level high-resolution spectral imaging and stereovision camera systems to provide real-time situational awareness remote sensing solutions over large areas. WNUTS near term applications include supporting: 1) automated collection and transfer of spaceship launch range surveillance/intrusion data for range operations such as launches, hazardous processing, and recovery; 2) UAV remote sensing for calibration and validation of a multitude of hyperspectral and multispectral satellites; 3) NASA Earth Science Enterprise remote sensing application development. WNUTS long term NASA applications include: 1) Mars UAV telemetry; 2) Lunar and other planetary surface robot telemetry and orbit access links.

This is a mature technology (TRL 7+) — the realistic path in is usually NASA's Technology Transfer Program: licensing an existing NASA patent, or a Space Act Agreement to use NASA facilities/expertise directly. NASA also runs a startup licensing program with no upfront fee for companies formed to commercialize a specific NASA technology.

None of these are guaranteed paths for this specific project — TechPort itself doesn't have an "apply" button. Reaching out to the contact(s) above with a specific question is usually the fastest way to find out what's actually open.