Written by Buddie Ceronie, Global GM for Telecommunications, VertiGIS 

In an era when location information holds immense value, geospatial data empowers telecom companies with vital insights they need to drive decision-making, enhance efficiency, and foster sustainable growth. This means that the next chapter of telecommunications will be based on faster, more reliable, integrated networks. 

Therefore, more efficient network planning will be a crucial enabler for delivering high-quality telecom services. Building robust, modern networks encompasses the installation of current network infrastructure assets, but also anticipating future demands, optimising resource allocation, and ensuring minimal downtime.  

Here, Geographic Information Systems (GIS) have emerged as a key differentiator, as they offer a powerful, holistic solution that can help to optimise network design, deployment, and end-to-end lifecycle management.  

Closing the Gap Between Network Plans and Field Reality 

Arguably, telecommunications networks have long suffered from decades of underinvestment, with ageing and expensive infrastructure stifling network innovation – highlighting the urgent need to modernise fast. Globally, telecom operators face an estimated $130 billion investment gap by 2030, underscoring the urgent need to accelerate digital transformation. Until telecom companies adopt a more modern approach and stop trying to tackle today’s challenges with yesterday’s outdated methods and technology, these issues will only get bigger and more problematic.  

Telecom companies face mounting challenges, ranging from discrepancies between as-planned and as-built network data to outdated digital maps that delay construction, maintenance, and redesign efforts. The inability to seamlessly sync field updates with central systems via mobile apps further amplifies operational inefficiencies. To address these issues, modern GIS platforms now offer real-time tools for field data capture, integrated version control and governance frameworks, along with dashboards that merge planned vs. built infrastructure.  

As AI functionality matures, GIS is increasingly seen as a driver of automation and predictive analytics driven by AI data. This could help to increase productivity and transform workflow processes for both end users and development teams.  

These capabilities are critical to the rollout of fibre networks, where visualising real-time customer availability is essential. Many rural and underserved areas rely on outdated wire systems for broadband services. These legacy systems also restrict the deployment of advanced connectivity in the digitisation of city networks. Reducing manual design work, operators can rapidly deploy new networks and optimise existing ones, reaching customers before their competitors do.  

The Fibre Boom 

The telecommunications industry continues to undergo a massive shift towards fibre-to-the-premises (FTTP) infrastructure, with operators and investors recognising fibre as the dominant broadband technology of the future. In many markets, fibre deployment has surpassed 90% coverage, and the trend shows no signs of slowing down.  

With the rise of data-intensive applications such as cloud computing, both consumers and businesses require faster, more reliable connectivity. Fibre offers higher speeds, lower latency and greater bandwidth compared to legacy broadband technologies. However, despite this growth, operators face high deployment costs, time-to-market pressures, and subscriber rates as pressing issues. 

Subscriber take-up rates are not keeping pace with deployment efforts. Many fibre installations are delayed or require multiple technician visits due to inaccurate or incomplete network data. This increases operational costs and leads to customer frustration. Furthermore, challenger networks (altnets) pose a significant threat to traditional fibre operators by building competing physical fibre networks in the same areas, which can lead to overbuilding and force incumbents to maintain investment in their own networks and potentially lose customers. 

Using a unified platform for network planning, design, and documentation supports operators to scale efficiently, reduce costs, and accelerate deployments. With GIS, this can automate key planning processes such as identifying the most cost-effective routes, minimising material and labour costs, and streamlining network decisions. This is especially useful in densely-populated areas – and in deploying climate-resilient networks that can identify and mitigate vulnerabilities to floods, hurricanes, and other extreme conditions.  

Furthermore, a well-documented network delivers real-time visibility of infrastructure, seamless integration with business support systems and effective capacity planning and resource allocation. 

End-to-End Infrastructure and Asset Management  

Building and maintaining telecommunication networks requires precision and foresight, with understanding the assets within a telecommunication network – and how they are documented – are a common challenge. GIS serves as the bridge between engineering and operations for every project, providing inventory of all assets within a network in one place.  

The importance of accurate asset documentation throughout the entire network lifecycle is critical to installation, maintenance, and day-to-day network operations. This can positively or negatively impact customer experiences; there’s nothing worse than relying on the end user to identify where networks may be faltering, at a time when they need it most. 

GIS in Action 

Natural disasters and crises can occur at any time of the year and can happen anywhere. To develop effective strategies that strengthen and sustain emergency procedures, we must understand the risks faced. GIS technology can be utilised in crisis management and recovery, enabling the quick identification of damage to assets. By integrating real-time data, telecom companies can use a telecom network inventory solution to quickly identify the exact location of damage and replace affected cables, feeders, terminals or power supplies, allowing critical services to be restored faster.  

Network inventory and asset management tools are transforming how telecom companies plan, manage, and maintain their networks. By anticipating future demands, optimising resource allocation, and minimising downtime, GIS applications enable operators to build more efficient and resilient infrastructure. 

They allow teams to visualise assets, schedule inspections, and sync field updates through offline-capable applications, thus improving operational efficiency and collaboration. With live network maps and customer overlays, telecom companies gain a comprehensive situational view that supports more informed decision-making. 

Low-code dashboards further enhance visibility by providing incident maps and real-time status boards, which are particularly valuable for field technicians using mobile apps. In turn, more efficient network planning becomes a key enabler of faster, more reliable, and integrated networks, helping operators maximise revenue while reducing unexpected costs for users. 

GIS: The Indispensable Missing Layer 

With demand for high-speed fibre internet increasing at breakneck speed, GIS in telecommunications is no longer just a competitive advantage; it’s a requirement. By leveraging advanced GIS capabilities, traditional network and infrastructure management can be transformed. This improves planning accuracy, emergency preparedness, and operational efficiency in managing telecommunication networks in the coming years.