ResQNet

Elevator Pitch: Imagine a world where first responders know exactly where to go during an indoor crisis, no matter the obstacles. ResQNet leverages cutting-edge UAV technology to make this a reality, enhancing the safety and efficiency of rescue operations with unparalleled precision and reliability in 3D indoor positioning.

Concept

A UAV-based emergency indoor positioning and communication system.

Objective

To enhance indoor rescue operations by providing accurate 3D positioning and establishing a reliable communication network.

Solution

Utilizing UAVs equipped with advanced signal processing technology that leverages Geometrical Theory of Diffraction for precise indoor localization.

Revenue Model

Subscription-based model for emergency services, government agencies, and large venue operators.

Target Market

Emergency response teams, government safety agencies, commercial buildings, and event venues.

Expansion Plan

Expand use to urban search and rescue, military operations, and disaster response on a global scale.

Potential Challenges

Technical challenges in UAV autonomy, privacy concerns, and dynamic indoor environments.

Customer Problem

Inefficient indoor rescue operations due to inaccurate positioning and lack of reliable communication infrastructure.

Regulatory and Ethical Issues

Need for compliance with aviation and safety regulations, ensuring data privacy and ethical use in surveillance.

Disruptiveness

Provides a lifesaving tool that greatly reduces response times and increases the efficiency of rescue operations in indoor environments where traditional methods fail.