UAV-ASIGN

Interactively communicate critical visual content from UAVs to your ASIGN server

UAV-ASIGN is an ASIGN application that specifically targets operations with Unmanned Aerial Vehicles (UAV), or drones, used to interactively communicate visual content to an ASIGN server in a remote location.

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Feedback from DJI pilots is always highly appreciated! If you are interested in using UAV-ASIGN 1.0 please contact us for a user account at:

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UAV-ASIGN targets use with UAV pilots who wish to share photos taken from a UAV while UAV is in flight. It works specifically with many DJI drones, such as the Inspire or Phantom models, by controlling the camera of the drone to take photos, downloading the photo and sending an interactive preview to a remote server where authorized people can view it in real time and pull full precision optical details, seconds after the photo was taken.

UAV-ASIGN can also be used as a flying camera, attached to a capable UAV, to take photos at desired intervals in selected geo-zones, and share them with a remote viewer via a web browser.

UAV-ASIGN can also use the phone camera manually on the ground to share information of the surrounding areas prior to flight – or in other situations.

All observations are geo-tagged and can be seen in maps and integrated with professional GIS systems.

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ASIGN is about communication of visual content in terms of photos and video under critical conditions. Applying a two-step interactive approach ASIGN can save as much as 99% of the bandwidth otherwise required, while still providing operationally relevant content in full precision. Application areas are crisis, emergency and disaster management, UN-operations, law enforcement, safety, security and surveillance, interactive real-time operations and other situations where visual data is used as a source of information, as opposed to entertainment or art.

Rapid communication of high precision visual content is a real challenge when network capacity is limited. ASIGN is certified for satellite communications operations.

ASIGN requires a user account with an ASIGN server. Contact the developer or consult the product website for further information either on access to a cloud server or obtaining your own server.

In addition to running as smartphone applications, ASIGN is also available for personal computers and embedded Linux platforms. It has been developed for mission-critical operations natively.

Introduction

UAV-ASIGN is an advanced unmanned aerial vehicle (UAV) system designed for autonomous surveillance and intelligence gathering operations. Utilizing state-of-the-art technology, it combines the capabilities of unmanned aircraft with advanced sensors, data processing algorithms, and artificial intelligence (AI).

Design and Architecture

The UAV-ASIGN system consists of multiple UAVs, each equipped with an array of sensors, including high-resolution cameras, thermal imaging systems, and advanced radar technology. These sensors provide a comprehensive view of the surrounding environment, enabling the UAVs to detect, identify, and track targets with high accuracy.

The UAVs are also equipped with powerful onboard computers that process sensor data in real-time. Advanced AI algorithms analyze the data to extract meaningful information, such as target classification, location, and movement patterns. This processed data is then transmitted to a central command center for further analysis and decision-making.

Autonomous Operations

UAV-ASIGN is designed for fully autonomous operations, eliminating the need for human pilots. AI-powered flight control systems navigate the UAVs through complex environments, avoiding obstacles and adapting to changing conditions. Advanced path planning algorithms optimize flight routes to maximize coverage and minimize energy consumption.

Surveillance and Intelligence Gathering

The UAV-ASIGN system excels in surveillance and intelligence gathering missions. Its high-resolution sensors provide detailed imagery and data on targets of interest. Thermal imaging capabilities enable detection and tracking of hidden or camouflaged objects. Radar technology allows for long-range surveillance and target identification.

The AI algorithms process sensor data in real-time, extracting actionable intelligence. This includes target classification, threat assessment, and movement prediction. The system can automatically detect and alert operators to potential threats or suspicious activities.

Applications

UAV-ASIGN finds applications in various fields, including:

* Military and defense: Surveillance, reconnaissance, target tracking

* Law enforcement: Crime prevention, search and rescue operations

* Border patrol: Monitoring and securing borders

* Environmental monitoring: Wildlife tracking, disaster response

* Industrial inspection: Infrastructure assessment, equipment monitoring

Benefits

* Enhanced situational awareness: Provides real-time, detailed information on targets and the surrounding environment.

* Increased efficiency: Automates surveillance tasks, freeing up human operators for more complex decision-making.

* Improved safety: Eliminates the risks associated with manned surveillance operations.

* Cost savings: Reduces the need for expensive manned aircraft and personnel.

* Extended reach: UAVs can access remote or hazardous areas that are difficult or dangerous for humans to enter.