That’s the core of BVLOS drone connectivity: a channel that holds up for the whole mission, from takeoff to landing, or one that repairs itself when it breaks.

The coverage problem

4G/LTE covers cities well. Mountains, coastlines, quarries, remote job sites, rural areas: not so much.

Think of an inspection along a power line in the mountains, or a check of a stretch of coast far from the nearest town. Those are exactly the places where BVLOS flights make the most economic sense, because sending a pilot there in person costs time and budget. They’re also the places where cellular signal comes and goes, or doesn’t show up at all.

A single communication channel, however good, doesn’t hold up for a critical mission in those conditions. If cellular drops mid-flight and there’s no backup, the drone stops sending data and commands. The pilot loses control, or loses it for long enough that the mission has to stop.

On an infrastructure inspection, that means a wasted flight and a technician driving back out to the site. On a search and rescue operation, those lost minutes cost a lot more.

Building reliable BVLOS drone connectivity

The answer is redundancy: multiple channels working together, so if one drops, another takes over without grounding the flight.

D-COM-BOX integrates both terrestrial channels (LTE, Wi-Fi, Bluetooth, LoRa) and a satellite channel onboard the drone, through an Iridium SBD transceiver with global coverage. When cellular disappears, satellite takes over. High-definition video, which needs real bandwidth, stops. But telemetry and flight commands, which only need a few kbps, keep working. The drone keeps answering the pilot even without ground network.

AvioGate FT pushes further: independent USB-C power, 4G/LTE SIM, Iridium SBD satellite module, high-precision GNSS, 4 RS232/TTL serial ports, RJ-45 Ethernet, all managed by a Linux SoC paired with an ESP32. It’s modular, up to 4 boards in one enclosure, and picks the best available network on its own, wherever the mission happens to be, with no operator stepping in to switch manually.

What this means if you’re choosing a system

Before buying a drone, ask this: what happens when it loses signal halfway through the mission?

If the answer is “the flight stops,” that mission already has a low ceiling. Redundant, BVLOS-grade connectivity raises that ceiling. A mission ends with data on the ground instead of a drone gone silent somewhere out of reach, while a client waits for a report that never comes.

Want to see D-COM-BOX or AvioGate FT in action on your fleet? Fill out our contact form or email us at info@adpmdrones.com to set up a demo.

L'articolo BVLOS and 4G/5G Connectivity: The Real Challenge of Flying Beyond the Horizon proviene da ADPM Tech.

That’s harder than it sounds.

4G networks have dead zones. Single-operator SIM cards drop in rural areas, at sea, in mountain terrain. And aviation authorities are pushing in one direction: EASA’s SORA framework lists redundant C2 links as a key risk mitigation for BVLOS authorization, and the FAA’s UAS BVLOS Aviation Rulemaking Committee recommends demonstrating multiple active C2 links.

AvioGate FT, developed by Italian drone tech company ADPM Drones, is built specifically for this problem.

What Is AvioGate FT?

AvioGate FT is a compact onboard communication module for professional UAVs. It integrates multiple independent communication channels in a single enclosure (up to four cards) and uses AI to select the best available channel in real time.

The tagline is Limitless Flight and Connection. The hardware backs it up.

Key Technical Specifications

• 4G/LTE multi-operator SIM cards: not tied to a single carrier, so coverage gaps from one operator get covered by another
• Iridium SBD satellite module: global coverage, no dependency on terrestrial infrastructure
• High-precision GNSS/GPS
• Ethernet RJ-45
• 4x RS232/TTL serial ports for telemetry and peripheral integration
• Linux SoC for onboard processing
• ESP32 for real-time peripheral management
• Independent USB-C power supply

The modular architecture works like a NAS system: slot in up to 4 communication cards, configure the priority order, let the AI manage the rest.

Why Iridium SBD Matters for BVLOS

Iridium is the first and to date only globally accessible satellite IoT network. For BVLOS drone operators, Iridium SBD is the ideal failover layer: it transmits position, altitude, and speed, and supports basic commands like “go home” or “terminate flight.” Lightweight, low power, global coverage regardless of terrain or weather.

When 4G drops, Iridium takes over. The operator keeps command and control. The mission continues.

ADPM has already proven this in one of the harshest environments on the planet. In 2022, their predecessor device D-COM-BOX was deployed at the Mario Zucchelli Antarctic research base for ENEA and Telespazio: satellite-managed, remotely updatable, operating where no terrestrial network exists.

AI-Driven Channel Switching

The differentiator isn’t just having multiple channels. It’s how AvioGate FT manages them.

An onboard AI system continuously monitors signal quality across all active channels, including SIM cards from different carriers, and switches between them without operator input. No manual intervention, no lag in the handover, no command dropped during the transition.

This is what separates AvioGate FT from a basic dual-SIM setup. The intelligence is in the switching logic.

Regulatory Fit: EASA and ENAC Compliance

BVLOS authorization in Europe requires documented communication redundancy. AvioGate FT’s multi-channel architecture (terrestrial plus satellite, multi-operator) directly addresses this requirement with hardware that can be specified in an operational authorization request.

ADPM Drones has operated in regulated BVLOS environments before: trials at Rome Fiumicino airport with ENAC, ENAV, and Leonardo; listed in Italy’s National AAM Strategic Plan 2021-2030; EU H2020 SecureGas consortium member alongside Eni, Leonardo, and RINA.

Use Cases

AvioGate FT is designed for professional operations where losing the C2 link is not an option:

• Search and Rescue: operations in mountainous or offshore terrain with no cellular coverage
• Infrastructure Inspection: long-range pipeline, powerline, and bridge inspection beyond radio range
• Precision Agriculture: large-area missions across rural zones with patchy operator coverage
• Environmental Monitoring: wildlife tracking, air quality sensing, geological surveys in remote areas
• Emergency Response: post-disaster communications where ground infrastructure is down
• Scientific Research: field deployments in extreme environments (proven in Antarctica)

Part of the IntelliMove Ecosystem

AvioGate FT is the communication layer inside the IntelliMove consortium, alongside The Edge Company (BCMS® AI obstacle detection) and DroneLab.

The integrated system, Omni Sphere Sentinel, combines persistent multi-channel connectivity with real-time autonomous obstacle avoidance. The goal: fully autonomous BVLOS operations without ground observers. AvioGate FT is the connectivity foundation everything else depends on.

Bottom Line

The BVLOS UAV market is projected to reach $25.32 billion by 2030 (MarketsandMarkets, 2025), up from $15.36 billion today. The bottleneck isn’t the drone. It’s the link.

AvioGate FT solves that with modular hardware, multi-operator 4G, global satellite fallback, and AI-driven switching in a single onboard unit, built by a team that has already deployed it where it counts.

Demo and technical information: info@adpmdrones.com / adpmtech.com/aviogate-ft

L'articolo AvioGate FT: The Onboard Module That Keeps BVLOS Drones Connected When Everything Else Fails proviene da ADPM Tech.

The 5G-BRAINS Project: A “Neural Network” for Infrastructure

Currently in an advanced testing phase on two strategic bridges in Parco Dora (Corso Umbria and Via Livorno), 5G-BRAINS is being developed by an all-Italian consortium of excellence. It is led by Eagleprojects, alongside prominent companies such as ADPM Tech, Gisky, Yottametro, and the Eucentre research center.

The project, with a total value of €600,000, also carries significant weight at the European level, boasting a substantial co-financing of €400,000 from the European Space Agency (ESA), which is highly interested in the integration of satellite data for urban safety.

But how exactly does this platform work? Imagine equipping bridges with an actual “nervous system.” State-of-the-art devices – including accelerometers, strain gauges, inclinometers, and thermometers – are installed at key points on the infrastructure to measure structural conditions 24/7. If a bridge vibrates more than usual, undergoes deformations, or experiences millimeter-scale micro-movements (detected by antennas similar to a smartphone’s GPS), the data is instantly transmitted to the operational headquarters located at the Museo A come Ambiente.

To avoid bottlenecks or signal interruptions, the system is hyper-connected via 5G networks and satellite links. Here, Artificial Intelligence takes over: it aggregates and analyzes massive amounts of data, creating an always-updated “Digital Twin” (a 3D digital replica) of the infrastructure.

The Key Role of Drones and the “On-Demand” Approach

What happens when the platform detects a suspicious anomaly? The system doesn’t just send a simple notification to the engineers; it triggers an actual visual rapid response.

This is where the drones from ADPM come into play. The aircraft – which take off directly from the Museum’s terrace – perform on-demand flights to the affected area, instantly providing ultra-high-resolution images of the potential critical issue. In addition to emergency response, the drones carry out regular scheduled flights for the photogrammetric updating of the bridge, working in synergy with space satellites (used to monitor if the surrounding ground is moving, revealing any potential subsidence).

As pointed out by Luca Brizzi, CEO of ADPM: > “The true strength of the system is that all this information is brought together: these are not separate checks, but data that talk to each other and allow us to immediately identify any anomalies.” The goal is clear: to intervene before the anomaly becomes a real danger.

Turin: An Ecosystem for Innovation

Turin’s vocation as an open-air laboratory for Smart Cities does not end with 5G-BRAINS. The city is looking with interest at an ecosystemic approach. Recent developments, in fact, see the Piedmontese capital as a partner in another European project (called CAPRI, also supported by ESA) aimed at the automated inspection of bridges. This parallel initiative pushes the development of drones equipped with artificial intelligence for autonomous flight and ultra-high-precision inspections in the lower layers of the bridges (the intrados), where traditional satellite signals are often absent.

The Future of Urban Safety

The benefits of this integrated approach (IoT Sensors + AI + Drones + Satellite Data) are multiple:

• Prevention of collapses thanks to a predictive rather than reactive approach.

• Cost optimization compared to manual inspections at heights using aerial work platforms.

• Zero traffic disruption: drones eliminate the need to close roads and divert traffic to carry out checks.

By the summer, the City of Turin will formally decide whether to definitively adopt the 5G-BRAINS system. If the safe management of our territory relies on the digital transition, Turin has already taken the right path. And it’s traveling it by flying.

L'articolo Turin: Drones, Artificial Intelligence, and Sensors for Bridge Safety proviene da ADPM Tech.

On May 28, 2025, in the beautiful setting of the Gianni & Origoni Law Firm in Rome, the initiative “Artificial Intelligence: A Partner in Digital Growth” was launched. Promoted by Unindustria in collaboration with TIM Enterprise, the initiative aims to guide companies — especially Small and Medium-sized Enterprises (SMEs) — through a conscious and sustainable digital transformation journey.

ADPM Tech had the pleasure and honor of participating in this first event as a guest company, sharing our direct experience in using artificial intelligence to enhance operational efficiency, sustainability, and innovation in business processes.

A Shared Vision: Making AI Accessible and Tangible

As emphasized by Unindustria’s Vice President, Vittoria Carli, the project’s objective is clear: to provide concrete tools, opportunities for discussion, and training moments to help companies understand how and where to integrate AI solutions into their organizational and production models.

This mission is urgent, considering the recently presented data: only 8.2% of Italian companies with more than 10 employees currently use AI solutions, compared to a European average of 13.5%, with peaks above 25% in countries like Sweden and Denmark. This gap highlights the need for structured programs to promote innovation culture and support companies in their adoption journey.

ADPM Tech’s Testimonial

During the event, we shared how ADPM Tech is implementing AI technologies in our solutions, with a particular focus on data management, process optimization, and decision-making support in the fields of IoT and environmental monitoring.

AI is not just a technological evolution — it marks a true paradigm shift. It enables a move from reactive to predictive management, reducing costs, improving performance, and creating new value opportunities for our clients.

Building an Ecosystem Together

The event was also an opportunity to hear high-level institutional and business contributions, including speeches by Unindustria President Giuseppe Biazzo, Lazio Region Vice President Roberta Angelilli, Industry 5.0 Delegate Francesco D’Angelo, and many professionals and entrepreneurs who, like us, are facing the daily challenges of technological adoption.

Events like this are essential to bridging the gap between theoretical knowledge and practical application, encouraging the creation of a virtuous network of sharing, trust, and collaboration among companies, institutions, and competence centers.

Looking Ahead

ADPM Tech will continue to support initiatives of this kind, firmly believing that spreading digital culture and adopting AI are strategic levers for the growth of Italy’s production system.

We are proud to be part of this journey and are pleased to announce that the second event in the “Artificial Intelligence: A Partner in Digital Growth” series will take place in Rome on June 23, 2025 — another great opportunity to connect, learn, and grow together.

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For more information about our projects and ADPM Tech’s AI solutions, visit our website or contact us at info@adpmdrones.com.

L'articolo ADPM Tech Featured as a Case Study at UNINDUSTRIA’s Event ‘Artificial Intelligence: A Partner in Digital Growth proviene da ADPM Tech.

The Advanced System IoT by Construction (AS-ITc) project marks an important step towards the digitization of construction sites, integrating satellite and terrestrial technologies to improve operational management, safety and efficiency. This ambitious project, supported by the European Space Agency (ESA), sees the participation of strategic partners such as TIM Enterprise, Autostrade per l’Italia (ASPI), Eagleprojects S.p.A., Consorzio Interuniversitario Nitel, RadioLabs and ADPM Drones, each with a key role in the development and implementation of the solution.

AS-ITc Project Technologies

1. Advanced Communication and Hybrid Connectivity

Thanks to the combination of 5G, 4G and satellite networks (GEO and LEO), the project guarantees connectivity even in remote areas. The developed platform allows:

• Real-time monitoring of construction site activities.
• Transmission of critical data through a reliable and resilient network.
• Advanced bandwidth management thanks to the TPZ IoT AIR100 communication box, designed by ADPM Drones for another project, which acts as a connected hub for IoT sensors and devices in the field.

2. Digital Twin and Augmented Reality

A focal point of the project is the creation of a Digital Twin, a virtual replica of the construction site, which integrates:

• Copernicus satellite data, including 3D models and high-resolution images.
• LIDAR scans and orthophotos acquired by drones.
• IoT sensors to monitor traffic, environmental conditions, and structures.

Through augmented reality platforms, operators can interact with the digital construction site, improving operational decisions and safety.

3. RobotDog and Advanced Security

Robotic technology plays a crucial role thanks to RobotDog, equipped with cameras and LIDAR sensors. This system:

• Updates the 3D models of the construction site in real time.
• Provides video streaming for surveillance.
• Improves the safety of field operators.

4. Cooperative Intelligent Transportation Systems (C-ITS)

The solution integrates C-ITS services for traffic management in the vicinity of the construction site. These systems send real-time alerts to drivers, improving road safety and reducing inconvenience.

Impact and Benefits

The AS-ITc project brings a number of significant benefits to modern construction sites and surrounding communities:

• Increased operational efficiency: Advanced connectivity and digital twin optimize processes, reducing time and cost.
• Improved safety: Real-time monitoring protects operators and prevents accidents.
• Sustainability: The use of digital technologies reduces environmental impact and promotes a more responsible use of resources.
• Innovation at the service of infrastructure: The integration of satellite technologies, IoT and blockchain ensures transparency and traceability of data, essential for decisions based on reliable data.

A New Model for the Construction Sites of the Future

The AS-ITc project represents a turning point in the approach to construction site management, paving the way for a more connected, safe and sustainable model. With the support of ESA and the contribution of partners like us at ADPM Drones, we are building the future of digitized construction sites, combining technological innovation and sustainability.

For more information and to find out how these solutions can be applied to your projects, visit our website or contact us directly.

L'articolo What is the Advanced IoT System by Construction (AS-ITc) Project proviene da ADPM Tech.

The Critical Role of Drone Technology in Modern Asset Inspection

Traditional asset inspection methods have long been associated with significant risks: workers exposed to hazardous environments, high operational costs, and potential human error. Drone technology eliminates these challenges, offering a comprehensive, safe, and precise alternative.

Key Safety Advantages of Drone-Based Inspection

1. Minimized Human Risk: Drones can access dangerous or hard-to-reach areas without putting personnel in harm’s way. Whether inspecting high-voltage electrical infrastructure, chemical plants, or offshore oil rigs, UAVs provide critical data without human exposure to potential threats.
2. Precise and Comprehensive Data Collection: Advanced drone solutions like ADPM’s AVIORYM system capture high-resolution imagery and sensor data, enabling more accurate and detailed inspections than traditional manual methods.
3. Autonomous Operation: With intelligent systems that manage takeoff, landing, and data transmission, modern drone technology reduces operational complexity and human intervention risk.

ADPM Drones: Pioneering Safe and Smart Asset Inspection Solutions

ADPM Drones’ integrated approach combines cutting-edge hardware and sophisticated software to deliver unparalleled asset inspection capabilities:

• AVIORYM Intelligent Hangar: An autonomous system that ensures safe drone deployment and data management
• Customized Drone Configurations: Tailored solutions for specific industrial environments and inspection requirements
• Advanced Data Analysis Platforms: Real-time processing and authentication of inspection data

Industries Transformed by Drone Inspection Technology

• Energy Infrastructure
• Telecommunications
• Agricultural Management
• Environmental Monitoring
• Industrial Facilities
• Construction and Infrastructure

Addressing Common Safety Concerns

While drone technology represents a significant leap forward, we understand the critical importance of addressing potential safety concerns. ADPM Drones’ solutions incorporate:

• Robust fail-safe mechanisms
• Compliance with international safety regulations
• Advanced collision avoidance systems
• Secure data transmission protocols

The Future of Safe Asset Inspection

As industries continue to evolve, drone technology will become increasingly central to safe, efficient asset monitoring. By reducing human risk, improving data accuracy, and lowering operational costs, UAV solutions represent the next frontier of industrial safety.

Ready to Transform Your Asset Inspection Strategy?

Discover how ADPM Drones can revolutionize your operational safety and efficiency. Book a personalized consultation today and explore custom drone solutions tailored to your specific industry needs.

Schedule Your Drone Technology Consultation

Unlock safer, smarter, and more efficient asset inspection with ADPM Drones – Your Technology Partner in Industrial Innovation.

L'articolo Safety and Drones in Asset Inspection: Revolutionizing Industrial Monitoring proviene da ADPM Tech.

L'articolo Automated drone surveillance: benefits and applications proviene da ADPM Tech.

L'articolo Advanced drone and IoT technology in the Sirente Velino Park proviene da ADPM Tech.

The Role of ADPM Drones in ASF Management

ADPM Drones offers a well-established track record in wildlife monitoring, a critical capability in the battle against ASF. Our UAVs (Unmanned Aerial Vehicles) are equipped with advanced imaging systems and AI-powered tracking technology, enabling real-time data collection and analysis. This allows authorities to make informed, timely decisions to help contain the spread of ASF. Here’s how our technology supports ASF management:

1. Monitoring Wild Boar Populations: Wild boars are primary carriers of ASF, transmitting the virus through contact with domestic pigs. ADPM Drones deploys UAVs equipped with thermal and high-resolution cameras to track wild boar movements with precision. AI-driven pattern recognition provides real-time alerts, allowing authorities to target specific areas for interventions such as culling or establishing buffer zones.
   
   “Our drone technology allows us to monitor wildlife with unprecedented accuracy. Tracking wild boar populations in real time offers authorities a critical tool in preventing the spread of ASF,” says Luca Brizzi, Executive President and CTO of ADPM Drones.
2. Supporting Biosafety Measures on Farms: Preventing wild boars from coming into contact with farm animals is crucial for halting ASF transmission. ADPM Drones offers aerial surveillance of farm perimeters, detecting wildlife breaches and ensuring biosafety protocols are followed. By providing real-time detection of wild boar proximity, our technology helps farmers reduce the risk of infection at the farm level (Il Fatto Alimentare – https://ilfattoalimentare.it/peste-suina-zona-rossa-nord-italia.html).
3. Providing Real-Time Data for Strategic Decision Making: Timely data collection is vital in controlling disease outbreaks. ADPM Drones provides advanced aerial reconnaissance and real-time data collection, giving authorities and farmers immediate insight into ASF-infected zones. This enables the rapid deployment of resources and interventions such as quarantines, wildlife corridor monitoring, and early detection of high-risk areas  .

Proven Case Study: Wildlife Monitoring in Sirente-Velino Regional Natural Park

ADPM Drones has successfully implemented its wildlife monitoring technology in projects such as the Sirente-Velino Regional Natural Park. In this use case, our drones equipped with thermal and RGB cameras monitored the movements of ungulates like deer and wild boars. By employing advanced sensors, georeferencing based on NATO’s STANAG 4609 standard, and real-time communication systems, the project achieved significant cost and efficiency gains while minimizing disturbances to wildlife.

READ MORE HERE ABOUT THE PROJECT

This use case directly translates to ASF management, where similar drone capabilities can be applied to track wild boar populations and monitor their interactions with domestic animals, offering critical insights to support ASF containment.

A Long-Term Approach to Disease Control

In addition to immediate outbreak responses, ADPM Drones supports long-term wildlife management strategies. By continuously monitoring wild boar populations, authorities can limit the risk of interaction with domestic pigs and prevent future outbreaks of ASF. The data gathered through our UAV systems can also be used for predictive analytics, helping authorities anticipate potential future outbreaks (Il Fatto Alimentare – https://ilfattoalimentare.it/peste-suina-zona-rossa-nord-italia.html)  .

Collaborating for Effective ASF Solutions

As Italy intensifies its efforts to combat ASF, the demand for advanced surveillance technology is greater than ever. ADPM Drones stands ready to assist farmers, and government agencies in managing this crisis. By integrating our cutting-edge technology into ASF control measures, we provide real-time solutions that can help curb the spread of the virus and protect Italy’s agricultural sector.

For more information on how ADPM Drones can contribute to ASF containment and wildlife monitoring, contact us today.

L'articolo How ADPM Drones can help combat Peste Suina in Italy proviene da ADPM Tech.

ADPM Drones and The Edge Company announce technology integration to enhance long-distance drone flight safety. 

Introducing Omni Sphere Sentinel.

ADPM Drones and THE EDGE COMPANY (TEC), members of the Intellimove consortium, are proud to announce the successful integration of their respective technologies, a fundamental step towards autonomous and safe management of long-distance drone operations without the need for ground observers.

Thanks to this innovation, drones will be able to detect non-cooperative obstacles in real-time, such as other drones or birds, and perform evasive maneuvers autonomously. For this reason, it has been named OMNI SPHERE SENTINEL. This integration represents a significant evolution for Beyond Visual Line of Sight (BVLOS) flight, increasing operational safety in critical sectors such as the transport of sensitive goods, including blood and organs.

Specifically, THE EDGE COMPANY has developed the BCMS® system, an artificial intelligence-based technology capable of recognizing and classifying obstacles in real-time, automatically distinguishing between threats such as drones or birds. This data is then sent to the ADPM IoT Drone Bridge module, developed by ADPM Drones, which collects and transmits the information to the drone in flight, enabling continuous two-way communication with ground sensors.

“The integration between our BCMS® system and ADPM technology represents a significant advancement for the drone sector, significantly improving the safety and efficiency of long-distance operations,” said Fabio Masci, CEO of The Edge Company. “We are excited to collaborate with ADPM Drones to offer cutting-edge solutions that automate and optimize in-flight obstacle management.”

The ADPM IoT Drone Bridge module, known for its ease of integration thanks to the use of APIs and real-time processing capabilities, ensures rapid and accurate transmission of data collected by sensors, allowing drones to promptly react to obstacles. This modular and flexible solution easily adapts to different operational scenarios, increasing safety and reducing the risk of accidents.

“Our goal has always been to make drone flight safer and more autonomous, and this integration is concrete proof of that,” commented Luca Brizzi, Executive President of ADPM Drones. “The collaboration with TEC is a crucial step in opening new opportunities in BVLOS flight, reducing dependence on human observers and improving the efficiency of aerial operations.”

The complete automation of this process not only accelerates operations but also ensures greater safety in areas overflown by drones, significantly reducing risks related to unforeseen events. Currently, obstacle monitoring relies on ground observers, but thanks to this innovation, monitoring becomes automatic, safe, and faster.

Thanks to the integration of TEC and ADPM technologies, the future of BVLOS drones looks safer, more efficient, and more promising.

For more information: www.adpmdrones.com | www.theedgecompany.net

Contact: m.forte@adpmdrones.com | francesca.dallavenezia@theedgecompany.net

L'articolo PRESS RELEASE – ADPM Drones and The Edge Company announce technology integration to enhance long-distance drone flight safety. proviene da ADPM Tech.