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Zero Touch Provisioning (ZTP) at scale: How SD‑WAN automation enables large‑scale network deployments?
Zero Touch Provisioning (ZTP) has become a central concept in modern network architecture discussions, particularly in environments adopting SD‑WAN and automation-driven operations. In its simplest explanation, ZTP allows a network device to be shipped directly to a remote location, powered on, and automatically configured without manual intervention. While this...
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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...
Private 5G networks for companies, public sector and operators
The adoption of a private 5G network has become a strategic pillar for companies, public institutions, and operators seeking secure, high-performance communication infrastructures under their full control. Unlike public networks, a private 5G network combines the...
SD-WAN Automation: The Secret to Large-Scale Deployments
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...
CE Marking – Certification and Marking
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...
Post-Quantum Cryptography: The Future of Digital Security
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...
Constraint-Based Electronic Design
"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...
Your Features are only as Strong as Your Hardware
In the telecom world innovation has taken the spotlight, opening the doors to new protocols, cutting-edge features, ambitious capabilities like 5G, NGFW, etc. Yet behind the scenes, there's a less glamorous, but equally vital actor: the robust hardware supporting all...
Cybersecurity and Smart Networks: Core Pillars of Transport Infrastructure
In an increasingly interconnected world, where digitalization is profoundly transforming the way in which transport systems are managed and operated, cybersecurity has become a critical component to ensure continuity, security, and efficiency. From urban bus fleets to...
Threats to Cybersecurity in the Banking Sector
The digitalization of the financial sector has optimized service efficiency, remote access to banks and improved user experience. However, the risk of suffering cyberattacks has grown exponentially. In this context, cybersecurity has become a key strategic pillar for...
AI Under Attack: A Threat Evolving at the Speed of Technological Innovation
In 2025, Artificial Intelligence (AI) systems are not only tools for productivity, automation, and advanced analytics—they have also become new attack vectors for cybercriminals. From data manipulation to direct model exploitation, the threat landscape is evolving as...
VXLAN: The Key to Scalable and Flexible Networks
Modern data centers demand high scalability, advanced network segmentation, and seamless workload mobility—especially in environments with virtual machines and containers. VXLAN (Virtual Extensible LAN) meets these needs by extending Layer 2 networks over a Layer 3...
