Deepfake and synthetic cyber attacks have moved beyond mere science fiction threats to tangible risks facing telecoms and critical infrastructure. These sophisticated manipulations target trust, weaponising misinformation and espionage in ways few boards anticipate fully. As telecoms and infrastructure advisors, Bridge Connect examines why understanding this shift is crucial for your organisation’s resilience and strategic planning. Emerging Threats in Telecoms The digital wo

Cyber attack attribution has moved beyond simple technical tracing. As attacks become more complex and state actors more involved, your ability to understand new attribution methods and international cyber conflict law shapes strategic decisions. As telecoms and infrastructure advisors, Bridge Connect examines these shifts to help you anticipate risks and respond with clarity amid increasing geopolitical tensions. Understanding Cyber Attack Attribution The landscape of cyber

Extreme weather events are no longer rare disruptions—they are testing the resilience of critical infrastructure and ICT systems worldwide. Boards must recognise how climate risks intersect with digital and physical assets to protect operations and investments. As telecoms and infrastructure advisors, Bridge Connect examines how integrating climate resilience into ICT and critical national infrastructure risk frameworks shapes strategic decision-making at the highest level. U

Centralised data lakes have long promised streamlined compliance and agility, yet they often fall short under growing regulatory pressure and complex operational demands. Many organisations find themselves wrestling with bottlenecks and rigid controls that slow decision-making and risk management. As telecoms and infrastructure advisors, Bridge Connect examines how federated data governance offers a fresh approach, distributing control to meet compliance while preserving the

Geopolitical cyber warfare is no longer a distant threat reserved for specialist briefs. Recent state-sponsored attacks targeting critical national infrastructure have exposed vulnerabilities that could disrupt essential services and economies worldwide. As telecoms and infrastructure advisors, Bridge Connect examines how these campaigns, alongside coordinated disinformation efforts, reshape risk profiles and demand urgent strategic attention at board level. Understanding the

Quantum computing is no longer a distant concept but an emerging force reshaping security risks worldwide. Your organisation’s current encryption could become vulnerable sooner than expected, exposing critical data to threats that classical systems cannot counter. As telecoms and infrastructure advisors, Bridge Connect examines why board members must prioritise the urgent migration to quantum-safe encryption to safeguard their strategic interests. Quantum Computing: A New Fro

Terrestrial timing is the new critical infrastructure frontier. Bridge Connect shows how zero-trust and cyber-resilience can secure the systems replacing GNSS dependence.

AI is giving Gulf nations eyes on invisible GNSS interference. Bridge Connect shows how data fusion and machine learning can predict outages before they happen.

Quantum computing is about to shatter classical encryption. Bridge Connect shows boards how to secure telecom networks with PQC and QKD — and why 2025 is the moment to act.

GNSS dependence is a single-point failure for the Gulf. Bridge Connect’s roadmap shows how terrestrial timing and eLORAN can build national and regional resilience within three years.

When Qatar halted navigation due to a “GPS fault,” it signalled the Gulf’s first major GNSS disruption. Here’s what really happened — and what Gulf boards must do next.

Persistent GNSS jamming and spoofing are visible from the Black Sea to the Gulf. Understanding these hotspots is the first step toward a resilient, multi-layer PNT strategy.

Rather than a “winner takes all” fight between LEO and GEO, the future of resilient connectivity will look like a sky stack — HAPS for rapid deployment, VLEO for latency-sensitive services, MEO for trunking, and GEO for broadcast. This blog lays out the comparative metrics and the boardroom decisions you should be making now.

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.

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.

In an era where technology underpins almost every aspect of our daily lives, the significance of Positioning, Navigation, and Timing (PNT) systems cannot be overstated. These systems are the unseen backbone of countless applications, from ensuring the smooth flow of traffic to supporting critical infrastructure like power grids and financial networks. As the world becomes more reliant on these technologies, it is crucial for governments and industry leaders to collaborate eff

In today's rapidly evolving technological landscape, the importance of resilient Positioning, Navigation, and Timing (PNT) systems cannot be overstated. As our reliance on digital infrastructure grows, these systems are becoming the backbone of modern technologies, ensuring accuracy and reliability in everything from transportation to communication networks. For investors, understanding the potential of resilient PNT is crucial, as it represents a burgeoning avenue for innova

In an age where digital technologies dominate our daily lives, it's fascinating to see a piece of 20th-century technology making waves once more. Meet eLORAN, a navigational system that is resurfacing as a potential solution to modern-day technical challenges. Originally developed during World War II, eLORAN was designed to provide accurate positioning and timing information. As our reliance on GPS has grown, so too have concerns about its vulnerabilities, sparking renewed in