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 protect the systems that underpin our economies, safeguard our citizens, and uphold our institutional legitimacy? What we have seen is...
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 capabilities at the network edge. This technological shift expands the attack surface and introduces new vectors for sophisticated...
Today’s corporate networks are undergoing rapid transformation. The digitization of processes, mass adoption of cloud applications, and the growth of remote work have made connectivity a strategic resource. SD-WAN has become a key technology, enabling traffic optimization, robust security, and streamlined management of shared networks. This evolution raises a critical question: how can...
The certification of devices equipped with radio technology, together with their corresponding marking, has always been essential to ensure operational safety, electromagnetic compatibility, and the interoperability between systems. These processes were traditionally considered a regulatory obligation to access certain markets. However, due to the rapid growth of wireless devices, the expansion...
Cryptography is the backbone of modern digital security, protecting everything from banking transactions to personal communications. However, advances in quantum computing threaten to break many of today’s cryptographic systems. This has spurred the development of what is known as post quantum cryptography an emerging field focused on designing algorithms that are resistant to attacks by quantum...
"The Constraints". While electronic schematics provide a practical way to represent the components and connections within a circuit, they are ultimately a simplification that overlooks important aspects of how the circuit actually behaves. Connection lines are assumed to have no resistance, inductance, parasitic capacitance, or propagation delay, and Kirchhoff’s laws are applied as if they...
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