An innovative research center that brings together the entire Italian fiber optic communication networkNetwork In computer language, the term network defines a set of hardware and software devices which, when linked together, enable the exchange and sharing of resources, data or information. In a computer network, the devices that generate, route and terminate data are called network nodes., where new technological solutions can be tested and developed, from fiber sensing to digital twin.
Open Factory, the beating heart of innovation at Open Fiber, is a cutting-edge tech hub located in Rome, designed to experiment with the most forward-thinking ideas and develop advanced technological solutions. From new services to connect the most remote areas to potential applications for monitoring seismic activity, it was conceived as a creative laboratory open to researchers and companies. Francesca Parasecolo, Head of Network Engineering and Innovation at Open Fiber, outlined its advantages in an interview with Ansa.
- A digital hub for testing and innovation
- Innovative technologies at Open Factory: Fiber Sensing and Digital Twin
- The Challenges for the Future of Connectivity in Italy
A Digital Hub for testing and innovation
Open Factory is not just a lab, it’s a full-scale replica of Open Fiber’s national fiber optic network, where technologies shaping the future of connectivity in Italy can be tested, developed, and refined.
“At Open Factory, we test new products, services, and innovative solutions”, explained Francesca Parasecolo, Head of Network Engineering and Innovation at Open Fiber, in the interview with Ansa. “All the equipment used in our network across the country is present here, allowing us to test innovations before deployment to ensure they function correctly”.
Moreover, Open Factory goes beyond its physical walls: an “open-air laboratory” has been set up in a small Italian town to test new technologies in a real-life context. This approach allows for the analysis of new proposals not only from a technical standpoint but also in terms of territorial digitalization and improving citizens’ quality of life.
Thus, Open Factory’s lab serves as a bridge between research and practical application, a space to experiment with, refine, and scale up the most innovative ideas, contributing to the country’s digital transformation.
Innovative Technologies at Open Factory: Fiber Sensing and Digital Twin
But what kinds of ideas come to life at Open Factory? Among the most promising solutions developed in the lab are fiber sensing and the digital twin, cutting-edge technologies set to change how we design and manage network infrastructures.
Fiber sensing: turning fiber optics into smart sensors
Fiber sensing marks a significant evolution in the use of optical fiberOptical fiber A cable made of glass fiber through which a light signal is transmitted over long distances for broadband network access. Compared to copper cables, optical fiber can transmit signals much faster, up to 40 Gigabits per second. It is therefore ideal for quickly transferring large amounts of data; it is also unaffected by external interference (electromagnetic interference, temperature variations, etc.). While fiber optics certainly offers the advantage of fast, high-quality and secure data transmission, its high installation cost is a drawback for network builders. Read the news to find out more: “Optical fiber, what it is and how it works”., transforming it from a data transmission medium into an intelligent sensor.
This technology can detect temperature changes, vibrations, and strain along fiber optic cables, enabling seismic monitoring, environmental control, and security for sensitive areas. It is therefore a particularly effective tool for safer management of the territory.
Digital Twin: the smart replica of the network
The digital twin is another frontier of innovative and efficient technology. It allows the three-dimensional replication of a physical infrastructure, enabling visualization, monitoring, and management in a simple and user-friendly way.
“We have recreated in 3D all the devices and configurations present in our lab”, explained Francesca Parasecolo. “This innovative solution allows us to manage the capacity planning of our network nodes quickly and intuitively”.
The benefits are many: from predicting space saturation issues to generating preventive alerts to ensure operational continuity. The integration of the digital twin with fiber sensing creates an advanced technological ecosystem capable of optimizing the network and improving infrastructure management.
The Challenges for the Future of Connectivity in Italy
“Our mission is to bring connectivity to every home, whether in big cities or small towns” said Francesca Parasecolo. The goal is ambitious and requires the use of cutting-edge technologies like those tested in Open Factory. The future of connectivity in Italy presents multiple challenges that require an innovative and sustainable approach.
One of the key challenges is the intelligent management of infrastructure. With the digital twin, it’s possible to optimize both telecommunications and power networks, enhancing operational efficiency and reducing costs. However, the adoption of these tools must be sustainable, ensuring a low environmental impact and reduced energy consumption, in line with ecological transition goals.
Another crucial aspect is the digitalization of the territory. Bringing fiber optic connections to small Italian towns is essential to reduce the digital divideDigital Divide A term to describe the gap between those who can use new information and communication technologies and those who, for technical, economic or social reasons, are unable to use them. Read the news item “Digital divide and social inequality: the role of Open Fiber” to find out more. and ensure all citizens have access to high-quality, innovative services. Only then will it be possible to promote fair and inclusive economic development. In this context, Open Fiber plays a leading role, contributing to Italy’s digital transformation and helping to build a future that is increasingly connected, sustainable, and accessible.