An epochal leap in telecommunications takes shape with World Mobile’s 5G drones network, a project that combines blockchain technology, hydrogen power, and decentralized infrastructure.
According to data collected by industry experts, this solution surpasses the traditional limits of connectivity, bringing high-speed internet even to areas not reached by cables or where satellites are too expensive, thus redefining the very concept of global coverage.
Hydrogen drones, blockchain, and 5G: the formula for connectivity where no one has ever gone before
World Mobile, in collaboration with Protelindo, has developed a stratospheric network based on next-generation drones and blockchain mechanisms for secure and resilient data transmission.
The drones operate at about 18 km (60,000 feet) altitude: each device ensures significant coverage, reaching up to 15,000 km², managing over 400 independent signal beams. According to industry analysts, the blockchain guarantees integrity and decentralization, eliminating the typical risks of traditional terrestrial tower monopolies and improving network resilience.
Extended and Reliable Coverage: the Characteristics of the Stratospheric 5G Network
The drones, equipped with hydrogen power and wingspans exceeding 50 meters, challenge conventional physical limitations: they fly beyond the reach of terrestrial storms and are capable of conducting missions for up to nine consecutive days. Each drone weighs about four tons, setting high parameters in terms of autonomy and resilience.
Drone coverage: over 15,000 km²
Flight autonomy: up to 9 days non-stop
Ultra-low latency: about 6 ms, a crucial aspect for real-time and critical applications
Cost per GB: up to 18 times lower compared to satellite networks
Hydrogen and resistance: how drones tackle the stratosphere
Hydrogen power represents a key element in the progress of aerial telecommunications: it is a system that allows for a significant reduction in weight, containment of emissions, and ensures maximum autonomy. Thanks to advanced systems for heat dissipation and protection against cosmic radiation, drones maintain stability and safety at altitudes that other means cannot reach.
Decentralization and Blockchain: a secure and inclusive revolution
World Mobile is not limited to providing just a fast internet connection: through blockchain nodes managed by local providers, the network takes on a truly global and inclusive configuration. Each node operates securely and autonomously, reducing vulnerability to sabotage and systemic errors. The result is a rapid expansion of services and the connection of millions of people in “digital deserts” around the world. According to the official report from World Mobile, this distributed structure significantly increases the reliability and security of the network.
Superior resilience: distributed infrastructure, capable of withstanding failures or attacks
Data security: guaranteed by blockchain and end-to-end encryption
Decentralization: every community can become a network operator
Regulatory norms and challenges: a new battleground
The main obstacle for stratospheric 5G concerns regulations. Obtaining flight permits involves complying with the standards of the main civil aviation authorities (such as the FAA in the USA and EASA in Europe.
Currently, the regulations allow the commercial flight of drones generally below 120 meters, while operating at 18 km altitude requires specific authorizations and ongoing regulatory dialogues. Companies in the sector invest time and resources in discussions with institutions to overcome technical and bureaucratic barriers.
Experts indicate that the ability to anticipate and interact with these regulations could prove decisive for dominating the emerging market of aerial connectivity.
World Mobile vs Helium Mobile and Starlink: who wins the innovation challenge?
In this context, the competition is fierce: Starlink, leader in the satellite segment, and Helium Mobile, pioneer of decentralization, are competing with the unprecedented flexibility of the 5G network powered by drones.
The proposal of World Mobile dynamically integrates coverage, reducing costs and thus offering a concrete advantage in areas densely populated by mobile devices. It must be said that World Mobile and Helium operate with different technologies and objectives: while Starlink provides broadband satellite connection, World Mobile focuses on decentralized aerial networks, and Helium on low-bandwidth IoT through hotspots.
Why can the 5G drone network overcome the limits of Starlink?
Lower latency: about 6 ms (more than three times lower compared to Starlink, with average latency around 20 ms)
Flexible coverage: drones can be quickly positioned where needed
No expensive hardware for the user: a smartphone is sufficient
Optimal in urban and semi-urban areas: while satellites remain preferable in the more remote areas
An interesting aspect is the ability to quickly adapt to local needs and ensure real-time performance, requirements that are fundamental today for smart cities and industry 4.0.
The market takes off: tens of billions at stake by 2030
The value of aerial and satellite communications is estimated around 160 billion dollars in the next decade. World Mobile aims to capture a significant share by leveraging the lack of terrestrial infrastructure and the growing demand for connectivity in developing countries. The company’s DePIN platform accelerates the convergence between terrestrial, satellite, and aerial networks, involving local partners to make the connection truly universal.
In summary: the 5 reasons for the technological overtaking of the 5G network drones
Minimum latency, also suitable for mission-critical applications
Reduced costs for both operators and end users
Immediate scalability, without the need for costly infrastructure
Adaptive coverage, the network moves smoothly where needed
Clean energy, thanks to the use of hydrogen, without harmful emissions
Frequently Asked Questions: everything you need to know about the 5G network drones
What are the key advantages compared to satellite networks?
Lower latency, contained costs, and a more flexible signal distribution compared to satellites. Additionally, the technology is easily accessible as it does not require dedicated hardware: a mobile device is enough.
Can drones really connect the most isolated areas?
Yes. The extended flight autonomy and decentralized technologies allow for providing internet everywhere, significantly reducing the digital divide. Recent data certify that over 30% of the global population still lives in areas without adequate internet coverage, highlighting the importance of these developments.
The 5G network drones introduce new parameters for the industry: with blockchain, hydrogen, and decentralization, the game for global connectivity is just beginning. Research institutes emphasize that the speed at which regulations will evolve and the ability to innovate will be key elements in determining who will lead this rapidly growing segment of the world telecommunications.