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Why industrial OT security specialization is no longer optional
The factory floor is now a cyber battlefield. As industrial environments become increasingly connected, the traditional approach of treating Operational Technology (OT) security as an afterthought—or worse, as an extension of IT security—is proving dangerously inadequate. Industrial OT security specialization has emerged as a critical discipline, demanding dedicated...
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All 5G’s Are Born Equal, But Some Are More Equal Than Others
When 5G entered the public conversation, it did so with grand ambitions. Ultra-fast speeds. Near-zero latency. A technology poised to reshape everything from factory automation to healthcare delivery. For most users, however, the experience boiled down to something...
What is the CCN and how does it relate to the ENS, the CPSTIC Catalog, and cybersecurity products?
In Spain, public-sector cybersecurity is structured around several key concepts: the National Cryptology Center (CCN), the National Security Framework (ENS), the CPSTIC Catalog, and the Qualified and Approved cybersecurity products listed within it. Although closely...
Connected trains, accelerated defense: real-time Cybersecurity for embedded networks
In the 21st century, trains have evolved far beyond steel and track gauge. Modern rolling stock increasingly incorporates one or more IP networks that are growing ever more complex. Connected passengers, smart sensors, and critical operating systems now converge...
Cybersecurity for Smart Grids: Protecting the energy infrastructure of the future
The digital transformation of the electricity sector has accelerated the adoption of Smart Grids: advanced energy infrastructures that integrate distributed generation, active demand response systems, and real-time bidirectional communication mechanisms enabled by...
Heat Transfer in network equipment
Heat transfer is a crucial part of how any electronic equipment works. When devices are operating, their internal components generate heat, and that heat needs to be dissipated in a controlled way. Doing so ensures safe and reliable operation, helps maintain optimal...
From Firewalls to XDR: A Historical Journey Through Enterprise Cybersecurity
The Ever-Evolving Cyber Threat Landscape Over the past few decades, cybersecurity has undergone a profound transformation in response to an increasingly interconnected and digitalized world. What once revolved around basic perimeter defenses—such as traditional...
Quantum computing and the path towards secure Quantum SD-WAN
Quantum computing is no longer confined to research laboratories; it has emerged as a technological force with the potential to transform—and potentially undermine—digital security as we know it. Its rapid advancement is accelerating the arrival of a future in which...
Critical fleets are only as resilient as their connectivity
In critical fleet operations, vehicles aren’t standalone units anymore. Each one is a mobile part of a bigger digital system that relies on continuous, secure, real-time communications. Video streams, telemetry, location data, remote diagnostics, coordination with...
Reasons, beyond performance, to upgrade your network to Wi-Fi 7
When someone in IT proposes upgrading the wireless network, the standard reaction is: "But our Wi-Fi is already fast". Understandable most users measure network quality by a quick speed test. Yet, the move to Wi-Fi 7 is not just about chasing a bigger number on a...
Why the world is now looking to Europe to lead cybersecurity?
Over the past decade, cybersecurity has evolved from a specialized technical field into a core pillar of national resilience and executive responsibility. Today, boards and public administrations worldwide face a simple yet crucial question: Who can we trust to...
Increasing Cybersecurity Risks in IoT and Edge Computing in 2025
In 2025, the cybersecurity risks continues to undergo a drastic transformation due to the massive consolidation of IoT and Edge Computing. It’s not just about more connected devices — it’s about increasingly intelligent nodes with processing and decision-making...
A New Path to IPv6 Networks
The shortage of IPv4 addresses has accelerated the move toward IPv6. With roughly 4.3 billion possible addresses (32 bits), IPv4 can no longer meet the needs of modern connected devices. IPv6, by contrast, uses 128 bits—roughly 340 sextillion addresses—providing...
