Elsight

Elsight is a leading developer of state-of-the-art drone connectivity solutions that provide seamless, always-on secure data transmission in challenging environments.

The Halo platform provides dynamic, adaptable BVLOS (beyond visual line of sight) communications for UAVs (unmanned aerial vehicles), UGVs (unmanned ground vehicles) and other robotic platforms, serving both civil and defense applications.

Halo OEM drone communication module

The secure wireless data transmission technology has been proven with over 4000 hours of operations (aerial and ground) across a broad range of applications, supporting hundreds of drones and unmanned systems, and is FCC and CE compliant and certified. Halo has been selected as the solution of choice by a variety of industrial robotics companies, first responder organisations, and government and military entities.

The Communication Technology

Halo is based on Elsight’s unique, state-of-the-art connectivity technology that ensures near-real-time high-bandwidth transmission from anywhere, to anywhere.

Taking advantage of multiple data links and existing network infrastructure, it maximizes the efficiency of available resources, seamlessly adapting to your requirements and providing low-latency transmission of any data.

Secure Wireless Data Transmission

Elsight’s powerful bi-directional algorithm splits any kind of data (video, audio, telemetry and more) into encrypted packets, using secure VPN tunnelling to transmit via multiple cellular and RF IP links, and decrypting and recombining at the destination. The algorithm automatically detects any failed channels, seamlessly switching to the most suitable available transmission method.

The platform’s unique, adaptive bonding technology and secure communications provide a range of essential advantages for UAV and autonomous vehicle data links:

High bandwidth

Halo maximises available bandwidth by multiplexing multiple communication links into one secure network tunnel, providing the ability to seamlessly transmit large quantities of video, audio, and data.

Low Latency

By utilizing all available cellular network infrastructure, latency is kept ultra-low, allowing near-real time data transmission for drones and robotics.

Cybersecure high-integrity data transmission

Malicious interception of data streams is a major threat to drones and robotic systems that transmit critical data and intelligence over standard mobile technologies.

Halo keeps your UAV communications safe and private at all times, securing transmissions by splitting and encrypting data, and sending it via multiple cellular links simultaneously. Built in authentication also enables you to know instantly who is using your platform.

Redundant capabilities for enhanced reliability

Many traditional UAV data links do not guarantee reliable and always-on connectivity, making seamless control and data transmission impossible.

Multilayer hybrid connectivity

Halo safeguards against system failure by utilising multiple cellular pathways, with automatic detection of malfunctions and transmission to a different channel to ensure continuous uptime.

Multiple system configuration options

Halo’s flexible communications capabilities allow drones and robots to be connected via multiple options, with the ability to control multiple vehicles from one control centre.

Drones and autonomous vehicles equipped with Halo can send and receive data via secure VPN tunelling to Elsight’s Cloud platform or an on-premise server, utilising multiple cellular links to ensure the best possible transmission conditions.

Halo can also provide P2P connectivity that takes advantage of low-latency, low-cost RF links when in proximity, and switches to cellular bonding to establish a BVLOS data link.

Halo is available in two convenient form factors – an OEM module for easy integration into any platform, and a standalone connectivity solution.

Applications

Precision Agriculture
BVLOS drones can cover large areas of farmland in a single flight, equipped with visual, multispectral and thermal sensors that can be used to gather critical data on crop health, irrigation levels and herd numbers. Equipped with this information, agricultural professionals can focus on areas of concern and take the steps required to maximize yields.

Construction & Surveying
Drone-based aerial imaging is ideal for a wide range of construction applications, including site surveying, topographic mapping, stockpile and volume measurement, project documentation and more. Survey drones can be piloted remotely without shutting down operations and without putting personnel at risk.

Mining
Halo allows BVLOS drones to survey for potential mining sites, monitor road conditions for vehicles, and manage inventory levels, and also enables a single operator to control a fleet of drones, enhancing efficiency and cost-effectiveness.

Oil & Gas
Drones equipped with the Halo platform can travel beyond the visual line of sight to inspect offshore platforms, detect spills and gas leaks, and deliver vital spare parts and equipment without needing to send out a vessel.

Utilities & Infrastructure
Long-range drones can be used to survey a wide range of critical utility and infrastructure assets, including roads, railways, bridges, pylons, power lines and solar panels. With Halo, operators can deploy these drones through dynamic communications environments and cover large areas without worrying about loss of connection.

Military & Defense
Halo has been deployed in tactical environments to enable military and defense forces to gather critical ISR data, enhance situational awareness and facilitate more effective decision-making. Thanks to its robust multi-link connectivity, it allows mission-critical drones to continue operating even in the face of electronic warfare and jamming attacks.

First Responders & Public Safety
Drones provide a critical eye-in-the-sky capability for law enforcement, first responders and other public safety personnel, providing life-saving information that increases the chance of successful mission outcomes. Halo extends the reach of these drones by providing secure and uninterrupted NLOS connectivity for real-time control and monitoring.