Terrestrial wireless

Spectrum

The radio spectrum is an essential resource for the operation of wireless communication networks, and its use is regulated both by international bodies and initiatives (such as the ITU and the WRC) and at the national level by the relevant communications and spectrum authorities.

An optimal use of frequencies requires considering a wide range of technical, economic, market, and regulatory factors.

How can we help

• We define spectrum acquisition strategies that take into account the value of frequency bands and the costs associated with any coverage obligations.
• We develop business plans that consider the characteristics of the spectrum in order to select the most suitable access technologies, properly plan network coverage, and determine the necessary investments for implementation.

5G Mobile and Fixed Wireless Access (FWA)

Thanks to their ability to provide ultra-broadband connectivity in both mobile and fixed contexts, 5G networks enable operators to deliver seamless and cost-effective services—even in rural areas not covered by fiber networks.

5G networks are also the ideal candidates to support the implementation of solutions across a wide range of industrial sectors. Through resource virtualization and network slicing, they allow the creation of dedicated and customized network segments capable of supporting a variety of applications, each with specific service requirements.

How can we help

• We design high-level network architectures for TelCo networks.
• We assist large enterprises and organizations requiring secure and reliable connectivity in evaluating the opportunities offered by private wireless networks.
• We support operators in the sourcing of network products and services.
• We assist in network rollouts through Program Management activities.

Internet of Things (IoT)

WiFi, 5G, and LPWAN networks have the potential to revolutionize the Internet of Things (IoT) landscape.

WiFi plays a key role in the IoT ecosystem, offering an effective and cost-efficient solution for interconnecting devices and sensors within confined environments such as corporate campuses.

5G networks not only provide high-speed wireless connectivity, but also deliver high reliability and the ability to manage millions of devices and sensors with low latency on a national scale.

In addition, LPWAN (Low Power Wide Area Network) technologies represent a strategic component of IoT, thanks to their ability to cover large areas with minimal energy consumption. They are ideal for applications where devices need to operate autonomously over long periods, such as environmental monitoring, smart utility management, or logistics.

The synergistic integration of these technologies enables the deployment of scalable, resilient IoT models that can adapt to a wide range of use cases.

How can we help

• Analysis of requirements and high-level design of scalable IoT architectures.
• Definition of deployment strategies and optimization of network coverage and performance, with a focus on cost, reliability, and scalability.
• Comparative assessment of available technologies and associated business models, supporting informed and sustainable investment decisions.
• Operational support for the implementation of end-to-end IoT initiatives, including the selection of technology partners and coordination of delivery phases.

Success Stories