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BorderUAS · Project

Airship-Based Surveillance Platform That Spots Border Threats With Multiple Sensors

otherPilotedTRL 6
borderuas.eu

Imagine a large, quiet airship flying along a country's border, packed with cameras and sensors that can see in the dark, through fog, and even detect people hiding in thick vegetation. It stays up for 12 hours carrying 100 kg of equipment — much longer than a regular drone — and costs far less per hour than a satellite. Six border police forces across southeastern Europe tested this system on real migration routes. The sensors talk to each other and feed a single screen in a command center, so officers see one clear picture instead of juggling separate feeds.

By the numbers
6
Border police units that field-tested the system
3
Major illegal migration routes covered
58%
Share of all detected illegal border crossings on tested routes
4 EUR/kg/hr
Operating cost of the airship platform
100 kg
Payload capacity of the airship
12 hours
Flight endurance with full payload
19
Consortium partners
12
Countries represented in the consortium
The business problem

What needed solving

Monitoring long, remote, and rough-terrain borders is extremely expensive with current methods. Satellites offer wide coverage but poor revisit times and high costs. Conventional drones fly for under an hour and carry limited sensors. Border police need persistent, multi-sensor aerial coverage that can detect people, vehicles, and smuggling activity day and night — without breaking the budget.

The solution

What was built

The project built a lighter-than-air UAV platform carrying a multi-sensor surveillance payload (radar, laser, infrared, acoustic, optical, hyperspectral cameras) with a data fusion system that feeds all sensor streams into a unified command-and-control display. Key deliverables include a data description and representation tool for processing different imaging modes, and a multi-sensor interconnection and monitoring system.

Audience

Who needs this

National border police and coast guard agenciesDefense and homeland security system integratorsCritical infrastructure operators (pipelines, energy grids, ports)Private security firms managing large perimeter surveillanceSearch and rescue organizations operating in rough terrain
Business applications

Who can put this to work

Border security and law enforcement
enterprise
Target: National border police agencies and coast guard services

If you are a border security agency dealing with monitoring long, difficult-to-patrol land borders — this project developed a lighter-than-air UAV platform with multi-sensor payload that was field-tested by 6 border police units across 3 major migration routes covering 58% of all detected illegal crossings into Europe. The system delivers 12-hour endurance at 4 EUR/kg/hr, significantly cheaper than satellite coverage.

Defense and security technology
mid-size
Target: UAV and surveillance system integrators

If you are a defense technology integrator looking for next-generation aerial surveillance capabilities — this project combined SAR radar, laser ranging, infrared, acoustic, and hyperspectral cameras into a single airship platform carrying 100 kg of payload for 12 hours. The multi-sensor data fusion framework was demonstrated with real border police command centers, giving you a proven integration blueprint.

Critical infrastructure protection
enterprise
Target: Pipeline operators, energy grid companies, and port authorities

If you are a critical infrastructure operator struggling with monitoring remote pipelines, power lines, or coastal facilities — this project built an airship-based surveillance system that fuses radar, infrared, and acoustic data into one picture. Tested over rough terrain by 6 police agencies, the platform offers 12-hour flights at 4 EUR/kg/hr, making continuous monitoring of large areas affordable compared to helicopter patrols.

Frequently asked

Quick answers

What does the system cost to operate compared to alternatives?

The project reports an operating cost of 4 EUR/kg/hr for the airship platform. This is positioned as lower cost than satellite imagery and offering higher endurance than conventional drones, which typically fly 30-60 minutes versus the 12-hour capability here.

Can this scale to cover an entire national border?

The system was validated by 6 border police units covering 3 major migration routes across southeastern Europe. Scaling would require multiple airship units and ground station networks. The 19-partner consortium across 12 countries suggests the architecture was designed for multi-national deployment.

What is the IP situation and can I license this technology?

This was a Research and Innovation Action (RIA) with 19 partners including 8 SMEs. IP is typically shared among consortium members under Horizon 2020 rules. The coordinator, Software Imagination and Vision SRL (Romania), would be the first point of contact for licensing discussions.

Which sensors are included and can they work independently?

The payload includes synthetic aperture radar (SAR), laser detection and ranging (LADAR), shortwave and longwave infrared cameras (SWIR/LWIR), acoustic cameras, optical cameras, and hyperspectral cameras. Based on the deliverable descriptions, a multi-sensor data fusion layer connects all streams, but individual sensors can also feed data independently.

Has this been tested in real operational conditions?

Yes. The project conducted field trials with 6 border police units in Greece, Bulgaria, Romania, Moldova, Ukraine, and Belarus. These covered 3 major illegal migration routes representing 58% of all detected illegal border crossings into Europe.

What about privacy and regulatory compliance?

The project explicitly involved regulatory experts for ethics and privacy requirements, and NGOs working on migration and human rights issues. Based on available project data, compliance frameworks were built into the design, though specific certifications would depend on national regulations.

Can the platform carry custom payloads?

The lighter-than-air UAV was designed to carry 100 kg of payload for 12 hours. Based on the project objective, the sensor suite is modular, suggesting custom or third-party sensors could potentially be integrated within the weight and interface specifications.

Consortium

Who built it

The BorderUAS consortium brings together 19 partners from 12 countries — a large, geographically diverse team spanning southeastern Europe. With 6 industry partners and 8 SMEs (32% industry ratio), the project balances commercial technology development with research input from 5 research organizations. The coordinator is Software Imagination and Vision SRL, a Romanian SME, which signals a startup-friendly environment. The involvement of partners from front-line border states (Greece, Bulgaria, Romania, Moldova, Ukraine) provided direct access to real end-users for field testing. The 7 "other" partners likely include the border police agencies and NGOs mentioned in the objective, giving the project strong operational grounding rather than being purely academic.

How to reach the team

Software Imagination and Vision SRL (Romania) — SME coordinator. Use Google AI Search to find specific contact details.

Order a report on this consortiumSee SOFTWARE IMAGINATION AND VISION SRL profile →
Next steps

Talk to the team behind this work.

Want to explore licensing this multi-sensor airship surveillance technology for your security or infrastructure monitoring needs? SciTransfer can connect you with the right consortium partners.

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