Telecoms and infrastructure companies face unique challenges — from regulatory complexity to capital intensity and geopolitical risk. Boards cannot afford generic governance alone. This article explains why specialist non-executive directors (NEDs) bring essential value to telecoms and infrastructure boards, and how their sector knowledge strengthens resilience, investor confidence, and long-term strategy.

Quantum satellites will decide who controls tomorrow’s secure communications. Boards need to factor space sovereignty into risk planning.

Quantum key distribution is powerful — but not for everyone. Here’s the board-level view on when to invest and when to wait.

Quantum communications is not science fiction — it’s the next frontier of secure networking. Here’s what boards must know to avoid being blindsided.

Introduction: The Invisible Threat We Can’t Afford to Ignore In the early hours of a routine day in 2024, aircraft over the Baltic Sea...

By 2030, telecom towers will be more than passive masts — they’ll be intelligent bastions of national security. Discover how AI, SDRs, and 6G sensing will transform tower networks into the backbone of future defence and resilience strategies.

Before towers can host military sensors, boards must address governance. Who owns the threat data, who carries liability, and how will neutrality be preserved? This blog outlines the key questions TowerCo boards must answer before going dual-use.

TowerCos have a chance to become national security partners — and get paid for it. Explore how Defence-as-a-Service (DaaS) could create predictable, government-backed revenues by using towers as spectrum monitors, drone detectors, and resilience hubs.

Software-defined radios and edge AI can turn telecom towers from passive assets into active digital sentries. Learn how SDRs can scan for rogue signals, detect jamming in real time, and help networks stay online during hybrid warfare events.

Telecom towers are the most widespread infrastructure in any nation — and they could become its first line of defence. Discover how turning 18,000 cell sites into a distributed “digital wall” could protect against jamming, cyber-attacks, and drone incursions.