Digital twin has now emerged as a game changer in the telecom industry. A slew of dynamic elements, including consumer, digital, and business trends, are driving a rapid digital revolution in the worldwide telecommunications industry. All across the globe, telecom providers are adopting digital twin technology to monitor networks, automate processes, improve network performance, reduce customer complaints and save costs. Let’s now take a look at the role of the digital twin in revolutionizing the telecom sector.
Role Of Digital Twin In Telecom Industry
With the launch of 5G and the widespread use of the internet of things, it is critical for the telecom sector to meet the flurry of network demands of customers. The increasing demand for high-speed internet, smart gadgets, and other digital services can indeed cause a burden on telecom providers making it difficult to monitor and control telecom systems- Here comes the need for “Digital Twin”(DT). It is a blend of technologies like Artificial Intelligence, Virtual Reality, Machine Learning, Big Data, etc which has the potential to transform the telecom sector. Three main types of digital twins for communication service providers are listed below:
- Network twin: This twin can help forecast breakdown points during periods of extraordinarily heavy network demand, such as during natural catastrophes. Network twin is particularly valuable because it can account for weather patterns and their potential impact on signal strength as well as the overall network health.
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- Customer twin: Creating a virtual representation of a company’s customer persona can assist a telco to detect specific problems that may affect users. This allows the operator to keep these consumers informed, preventing future support concerns.
- Process twin: Most of the core network business processes that keep the system running smoothly are modeled by these twins.
The role of digital twin in the communication industry are as follows:
Effective monitoring is critical for the proper functioning of cell towers. However, the growing complexity of expanding networks increased operational expenses, and security concerns exacerbate the difficulties of remotely monitoring cell towers. Digital twin enables tower owners to remotely monitor and control their telecom assets, irrespective of their location. Remote sensors could indeed gather data on aspects including temperature, proximity, motion, and position, evaluate these data using AI/ML algorithms, and integrate them into the DT of the tower. Operations and management teams might be capable of addressing any issues that arise by examining the digital twin of the tower.
Field service staff often visit sites with very little knowledge. No matter how much a site or tower is equipped to withstand failures, they are always prone to failures. Inefficiencies in any field service function can create significant delays. Field staff will benefit greatly from a DT equipped with augmented reality. They can gain key information and find solutions prior to the site visit, and professionals from the command center will be able to assist them in real-time by viewing the DT that replicates what is happening on the site.
Also read: What Is A Digital Twin? How Is It Useful In The Retail Industry? | Blog (thinkpalmtest.thinkpalm.info)
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Planning and design of network
Another area where a DT may tremendously assist providers is network capacity planning and design. Network configurations that have been deployed might vary over time and whenever new equipment is introduced. Having a track of configuration changes and retaining an adequate list of network elements has always been a difficulty for operators. The Internet of Things enabled digital twins to carefully track their existing infrastructure, which speeds up the process of expanding, upgrading, and modifying it. Digital twin’s machine learning component also allows for deeper analysis of usage patterns, network abnormalities, and fault forecasts. All of these tools, when used collectively, would dramatically improve network planning and design.
Conclusion
In recent years, digital twin technologies have advanced significantly, and they are now being utilized by telecom businesses of all sizes across the globe. Hardware-based networks have given way to network functionalities that are autonomous and software-based, such as SDN and NFV. With the introduction of 5G, connectivity is being redefined, with higher speeds, greater efficiency, and lower latency for IoT and M2M applications. Disruptive waves are sweeping the communications industry, bringing with them a slew of new opportunities and challenges. At ThinkPalm, we assist you in transforming business operations and creating better connectivity across devices with our telecommunication solutions and services. We develop and create unique experiences for each of our customers using our extensive knowledge in communications and product engineering services. Contact us and we’ll have one of our experts reach out to you to discuss how digital twin technologies can help you stay ahead of the curve.
Author Bio
Manju is an enthusiastic content writer working at ThinkPalm. She has a keen interest in writing about the latest advancements in technology. Apart from writing, she is a classical dancer, embraces fashion attires, and loves spending time with her pets.
