Germany has been lagging in fiber deployment across Europe, ranking second to last amongst the EU39 countries for homes passed with fiber in 2022 (FTTH Council Europe). However, this challenge has spurred a systematic approach to problem-solving that could result in highly efficient networks in the long run. 

Observing how Deutsche Telekom and Deutsche Glasfaser publicly discuss their approaches to FTTH (Fiber to the Home) production reveals their emphasis on scalable systems, processes, and tools. Site planning incorporates advanced technologies such as street scans with 360-degree cameras, Lidar scans, and optimization tools like IQGeo and Comsof, ensuring a high degree planning sophistication.

One area where many countries and network companies struggle, is as-built mapping and documentation. Poor enforcement often leads to frequent cable cuts, resulting in maintenance costs and customer dissatisfaction. Whether it's missing a football match on TV or facing a day-long internet outage at work, the consequences are significant. Recognizing this, key industry players now demand open trench mapping with 3D scanning. The main benefits include high-quality 3D as-built documentation and real-time transparency of progress and quality.

Attending several trade shows in Germany in the last months, including Connected Germany in Munich, FTTH conference in Berlin and ANGA COM in Cologne, it’s become clear that the German network operators really understand the importance of 3D mapping for ensuring network quality. Also contractors recognize the benefits – greater transparency allows them to better manage subcontractors, often from Eastern or Southern Europe, who may have been used to different quality standards. Additionally, many contractors see the need for digitization and have already invested in tools for managing work and reporting digitally and in real-time. This digitization makes the entire process faster and more efficient.

In the coming years, German operators will likely have built production roll-out organizations they can be proud of, not only in terms of quality, but also with an increasing speed of deployment. This systematic, technology-driven approach could serve as a valuable lesson for other countries facing similar challenges in fiber deployment. Groundhawk will undoubtedly play a crucial role in helping operators and construction companies map and document FTTx rollouts.