SoftBank is actively working on technology development, verification, and ecosystem formation toward the commercial deployment of AI-RAN.

The convergence of satellite communication and terrestrial mobile networks represents one of the most consequential structural shifts in modern telecommunications infrastructure.

Building data is becoming a CRE valuation driver — but only if the owner actually controls it. Most operating data lives in vendor systems and doesn't transfer with a sale.

The exponential growth of generative artificial intelligence and high-performance computing has pushed terrestrial digital infrastructure to its absolute limits.

The exponential growth of artificial intelligence applications and enterprise cloud computing platforms has triggered an unprecedented surge in digital infrastructure development across North America.

The rapid evolution of artificial intelligence is transitioning from purely digital spaces to the physical world, introducing a new class of intelligent machinery that interacts directly with our surroundings.

Something shifted last week. Three distinct developments converged in a way that is difficult to dismiss as coincidence or coincidence or hype cycle noise.

The next phase of AI is not just better conversation. It is practical delegation.

The United States House Financial Services Committee is increasingly turning its attention toward the convergence of digital assets, artificial intelligence, and the fundamental infrastructure that supports the modern economy.

Legacy OSS and BSS platforms were built to process transactions and execute predefined workflows. They were never designed to coordinate multi-agent systems operating across RAN, core, transport, and IT domains simultaneously.

In a consolidation move for the commercial space economy, Rocket Lab has signed a definitive agreement to acquire satellite services pioneer Iridium Communications.

The global telecommunications landscape is experiencing a fundamental structural shift as passive physical assets transition into intelligent, data-driven platforms.

Every conversation about LEO satellite service hitting commercial buildings eventually runs into the same objection. It is that the signal cannot get through the walls.

On June 25, SpaceX President Gwynne Shotwell told IPO roadshow investors that the company plans to launch a retail Starlink Mobile service and may build its own terrestrial wireless network in the United States.

The relentless expansion of artificial intelligence workloads is forcing an unprecedented reimagining of data center architecture, particularly in how facilities manage thermal loads. Traditionally, the primary objective of data center cooling has been to maintain environments at strictly controlled, chilled temperatures to protect hardware longevity

The global rush to build out massive infrastructure for artificial intelligence has ignited a fundamental debate among technology leaders regarding where this immense computational power should physically reside. 

The traditional boundaries separating telecommunications, enterprise information technology, and commercial real estate are dissolving rapidly as the global demand for interconnected data processing accelerates.

There is a familiar pattern in telecom. A new technology arrives wrapped in superlatives, the vendor ecosystem rallies, and the trade press declares an inflection point. Then the capital plans get drawn up, and the economics assert themselves. The 3G spectrum auctions taught this lesson once.

The structural dynamics of the United States telecommunications industry face a significant shift as aerospace and satellite broadband pioneer SpaceX signals its intent to transition from an infrastructure partner into a direct retail competitor. For years, the traditional mobile network operator model has relied on multi-billion-dollar investments in terrestrial cellular towers, fiber backhaul, and localized wireless spectrum.

The exponential expansion of digital infrastructure required to fuel artificial intelligence has triggered intense public scrutiny, local pushback, and systemic regulatory anxiety.