
A stratospheric telecommunications platform delivering 5G connectivity to Indonesia's 17,000+ islands — without a single new tower.
The Challenge

Indonesia is the world's largest archipelago nation with 17,000+ islands and 280 million people. Despite being Southeast Asia's largest economy, over 40% of rural communities lack reliable broadband. Traditional ground-based towers are prohibitively expensive in remote islands, mountains, and maritime zones — and are highly vulnerable to natural disasters.
The Solution
The DPD aligns with the globally recognised High-Altitude Platform Station (HAPS) concept. Operating at 20–25 km in the stratosphere, a single drone delivers scalable 5G connectivity to standard smartphones — no specialist receiver required.
The Platform



The DPD platform is engineered for ultra-long endurance stratospheric flight. Its ~20m wingspan is fully covered with high-efficiency solar cells. The communication payload consists of a 7-panel hexagonal Massive MIMO array, enabling advanced beamforming to simultaneously direct dozens of independent data beams to different ground locations.
How It Works
Helium lift · Solar powered · Turbine-directed — Click any image to enlarge
Who Benefits

First-ever broadband access for communities across 17,000+ islands.

Supplementary capacity for dense urban areas like Jakarta during peak demand.

Seamless in-flight internet without high-latency satellite links.

Continuous connectivity for fishing fleets, cargo ships, and ferries.

Aerial base station remains operational when ground infrastructure fails.

24/7 sensor connectivity for precision farming across vast territories.

30–50 DPD units, connected by inter-platform laser links, can provide continuous broadband coverage to every corner of Indonesia's 5 million km² territory — deployable in months, not decades.
Competitive Advantage

Market Validation
World Mobile and Stratospheric Platforms Ltd are actively testing helium-lift HAPS platforms with Protelindo — Indonesia's largest telecom infrastructure company — validating 200 Mbps 5G at commercial scale in tropical conditions.
| Parameter | DPD / HAPS | Starlink (LEO) |
|---|---|---|
| Altitude | 20–25 km (Stratosphere) | ~550 km (LEO) |
| Latency | ~6 ms (Real-time) | 20–40 ms |
| Cost Efficiency | ~18× cheaper per GB | High launch & maintenance cost |
| User Device | Standard Smartphone | Specialist Satellite Dish |
| Deployment | National Sovereign Airspace | Rocket Launch / Orbital |
Technology Roadmap

Unlike buried fibre or fixed towers, the stratospheric payload can be physically swapped or remotely reconfigured as wireless standards evolve over the next 15 years.
Engineering Challenges
| Challenge | Current Status | Mitigation Path |
|---|---|---|
| Endurance | ~9 days | Helium lift system + solar optimisation |
| Wind Stability | 9 m/s + gusts | Active station-keeping algorithms |
| Tropical Propagation | Humidity / Dust | 38 GHz propagation modelling for Indonesia |
| Regulatory | Coordination needed | Kominfo dialogue via Protelindo |
Full project introduction video — watch online or download to your device
DPD Stratospheric Project — Full Introduction Video
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10-episode series introducing the DPD Stratospheric Platform — English female narration
DPD Stratospheric Project — Complete Video Series (English)
Download SeriesThree-episode showcase: Aviation · Maritime & Offshore · Universal Connectivity
DPD Series 2 — Application Scenarios (EP1/3 · EP2/3 · EP3/3)
Download Series 2Download Resources
Download the DPD Stratospheric Project presentation deck in PDF format.
DPD Stratospheric Project

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Interested in partnering with us or have questions about the DPD project? We'd love to hear from you.