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Telecommunications networks are intricate; they need to be fast and dependable, but their complexities can make this difficult. Advancements in AI technologies, however, are helping to ensure network data is transmitted without issue, and in an optimized way. Network management is simplified, with AI-powered network Optimization capabilities that detect and correct issues with predictive maintenance.
How Can Artificial Intelligence (AI) Powered Tools Help the Telecommunications Industry?
AI helps communication service providers to build networks that optimize themselves based on algorithms and data. Predictive maintenance capabilities analyze data and spot any indicators of likely issues and can even predict network traffic patterns to adjust network resources as necessary for network optimization. As a result, bottlenecks are identified, and flow prioritized to prevent issues. AI can balance network traffic optimally, or provide new network resources automatically.
How Will Artificial Intelligence (AI)-Powered Network Optimization Improve Networks?
Improve Network Performance
AI’s abilities are excellent for optimizing network performance, enabling communication service providers to develop self-optimizing networks. Operators then can automatically optimize networks, utilizing data on traffic, sorted meaningfully by regions and time zones.
AI tools and systems take advantage of advanced algorithms to identify patterns in the masses of data, so unusual occurrences in the network can be spotted and addressed quickly, if necessary. Automatic, instant responses can be taken by the AI tools themselves, for immediate improvements and optimizations in real time. Network quality is assessed by the AI algorithms, based on set service key performance indicators, and using real-time data; this allows the most optimal interventions to be determined and implemented. This faster response is creating a new world in the telecommunications industry and its ability to improve the customer experience.
For example, some of the interventions that AI can do include performing network audits, based on the set performance indicators, automatic comparisons and reporting on benchmarks, and automated reconfigurations of antennae.
Alerts and automatic tweaking of configurations that are triggered during certain poor performance circumstances are also possible; these are triggered when network performance falls below a certain threshold that was predetermined.
Improve Network Reliability
Bottlenecks are addressed, and resources allocated as necessary to manage demand, for more seamless network reliability.
Improve Hardware Maintenance with Predictive Capabilities
Predictive analytics is a newer addition to AI-powered telecommunications tools. Historical data fed into advanced algorithms allows for forecasting. This gives unparalleled levels of information that helps with equipment monitoring, and the ability to predict if equipment is going to fail. Communications assets, including power lines, or data center servers can be serviced or maintained as necessary before systems go down.
Improve Problem Solving and Corrective Actions
Networks can continue to learn with data analytics, so trends are identified and solutions to issues are found, for a loop of continuous improvement.
Capacity and network planning, prediction of faults for preventative actions, and other optimizations are all enabled with actionable analytics. By analyzing traffic and trends, over- and under-utilization can be identified and addressed. The advanced analytics and algorithms mean that both network hardware failures and system issues are accurately predicted. In the case of hardware issues, these can be repaired or replaced proactively, and in the case of system issues, AI can take actions to correct them automatically.
Machines learning algorithms help with eliminating manual testing and other processes to diagnose and correct network issues.
Network monitoring, fault detection, and remediation can be automated. Technologies are advancing, and automation of these processes are improving, including root cause analysis, so issues are solved faster, to improve network performance, and underlying causes are better addressed to prevent future issues.
AI powered network automation eliminates much of the manual or administrative efforts involved in managing networks, so engineers are able to boost efficiency and testing velocity.
Improve and Optimize Mobile Tower Operations
Mobile tower maintenance is a significant concern in telecommunications, and impacts network performance and reliability. Traditionally, on-site inspections were required to ensure everything was working as it should, but with AI-powered advancements, smart video monitoring of mobile towers can be leveraged to automatically alert or alarm if there are any issues, including fire. Immediate, informed response to any concern is then enabled, so issues are corrected faster, and there is less impact on the networks.
Leverage Optimized Network Solutions for Enhanced Performance and Lowered Operating Costs
City-Com Communications (G.T.) Inc. helps businesses with optimizing network performance and tailoring systems to meet ever-changing and growing needs. Ensure customer satisfaction, with no network congestion or other frustrating issues, with network equipment, systems and resources that fully meet your needs. We can also help you with solutions that offer significant cost savings on your communications expenses.
