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Commercial UAV logistics operators don’t need more things to worry about. They need fewer.
At Elsight, our focus is simple: remove connectivity, positioning, and operational uncertainty from BVLOS drone missions so teams can focus on scaling operations instead of managing risk.
Table of Contents
Always-On Connectivity, Without Compromise
Many BVLOS deployments today rely primarily on cellular connectivity, with RF as a fallback and carrier selection locked in before take-off. While workable, this approach introduces hidden weaknesses.
Halo changes the equation. By aggregating multiple links cellular, RF, and even SATCOM into a single, unified connection, Halo delivers continuous connectivity with no failover gaps. Packet duplication and intelligent link aggregation ensure that if one path degrades, the mission doesn’t even notice. No dropouts. No reconnections. Just uninterrupted command, control, and payload data.
True Multilink Means True Resilience
Connectivity diversity isn’t just about having backups; it’s about using them simultaneously. Halo’s zero-downtime multilink behavior allows UAV operators to take advantage of every available network at once, dynamically and in real time. The result is higher reliability, lower latency, and predictable performance even in complex or changing environments.
Positioning Confidence When GNSS Isn’t Enough
GNSS loss doesn’t have to mean mission abort. As a short-term mitigation, non-GNSS positioning capabilities can maintain situational awareness and operational continuity when GPS becomes unreliable or unavailable. This added layer of resilience supports safer operations and more robust compliance strategies.
Visibility That Simplifies Operations
When something does go wrong, clarity matters. Tools like HeatSight and Halo’s RF and cellular recording provide deep visibility into link performance. Comprehensive logs and exports make post-mission analysis straightforward helping teams optimize routes, fine-tune configurations, and validate performance without guesswork.
Built for Real-World Evaluation
Halo isn’t just designed to perform; it’s designed to be proven. From flight tests to direct drone integrations, Halo supports industry-standard tools like detailed link recordings and visual analytics to clearly demonstrate performance advantages over traditional modem-based solutions. Our AllSight Management platform enables remote device configuration and device monitoring such as link status, online data usage, and location.
From Setup to Scale, Together
Elsight doesn’t stop at hardware delivery. Technical configuration sessions, hands-on UI and cloud walkthroughs, and close support during evaluations ensure teams get value from day one. As operations grow, Halo grows with them, removing friction instead of adding complexity.
In short: Elsight exists to make BVLOS connectivity boring in the best possible way. When links don’t fail, positioning stays reliable, and visibility is built in, UAV logistics teams can stop worrying about what might go wrong and start focusing on what’s next.
FAQs
1. What is Halo, and how does it differ from a standard modem or single-network solution?
Halo is a BVLOS communication module for uncrewed systems. Unlike a traditional modem that relies on a single communication link, Halo aggregates multiple independent networks into a single resilient connection. Halo monitors network health and seamlessly switches to the best available network in the event of link degradation or failure. This multilink architecture improves reliability, coverage, and operational continuity, helping UAVs maintain command and control even when individual networks degrade or fail.
2. Which networks does Halo aggregate, and how is link switching/aggregation handled?
Halo can aggregate multiple communication technologies, including LTE, 5G, mesh networks, and satellite links. Its intelligent bonding software continuously monitors link quality and automatically distributes traffic across the best available connections. If network conditions change, Halo seamlessly shifts traffic to the best available links without interrupting the mission.
3. How does Halo maintain positioning and mission continuity if GNSS/GPS is lost?
Halo is a communications platform and does not replace onboard navigation systems. However, reliable command-and-control connectivity enables operators to monitor the aircraft, execute contingency procedures, and maintain situational awareness during GNSS disruptions.
4. What hardware, software, and integration requirements are needed to install Halo on my UAV platform?
Halo is designed for straightforward integration into multiple fixed-wing, VTOL, and multirotor UAVs. Its compact, low-SWaP (Size, Weight, and Power) allows for connectivity without compromising endurance, payload capacity, or power budget. Halo features standardized Ethernet, USB, and serial interfaces with native MAVLink protocol support for easy integration.
5. How does Halo help reduce the risk of lost-link incidents?
Lost-link events are one of the most significant risks in BVLOS operations. By leveraging multiple communication paths and automatically rerouting traffic around network disruptions, Halo significantly reduces the likelihood of connectivity loss and helps operators maintain safe, continuous control of their UAVs.
