NTT Docomo and Abside Networks Partnered for HAPS Study
The two companies signed an agreement to research AI-driven telecommunications technologies for stratospheric use.
Updated on Oct. 14, 2026 in Telecommunications
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NTT Docomo and Abside Networks signed a memorandum of understanding to explore the use of high-altitude platform station (HAPS) communications. This partnership focuses on developing wide-area, high-capacity connectivity through new network architectures.
Why it matters
Stratospheric communication systems could provide high-capacity connectivity to areas currently lacking robust infrastructure. By integrating AI for demand forecasting and beam management, the research aims to establish more reliable and efficient wide-area networks.
The partnership focuses on researching system architectures for stratospheric communications and utilizing artificial intelligence to manage radio beams. Developers will test AI-driven demand forecasting to optimize connectivity across high-capacity networks.
The players
NTT Docomo
NTT Docomo is a major Japanese telecommunications company that provides mobile services and invests heavily in next-generation network research.
Abside Networks
Abside Networks is a United States-based technology firm specializing in the development of innovative telecommunications architectures and infrastructure.
The details
The companies will specifically study how AI can manage radio beams and predict network demand from stratospheric altitudes. This collaboration aims to enhance connectivity through advancements in data utilization and complex network control systems.
Timeline
October 14, 2026: The partnership was formally announced.
The Tech Race
This collaboration marks a significant step in the development of high-altitude platform station (HAPS) communications, which aim to provide non-terrestrial connectivity. The initiative positions the firms to compete with other global players currently testing stratospheric network solutions.
Future deployments of this technology could lead to more stable internet access in remote or underserved areas globally. While current research is preliminary, the successful implementation of AI-managed stratospheric beams may eventually expand mobile coverage and capacity for consumers.
The takeaway
This partnership highlights the growing industry focus on leveraging AI to solve complex connectivity challenges in the upper atmosphere. Integrating advanced forecasting into network design remains a critical requirement for building scalable and reliable long-range communication systems.
Further reading
For more information on the evolving sector, explore Telecommunications.
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