Ways to Reduce 5G complexity with Automated Testing using 5g tester, 5G test equipment & 5g network tester tools or RF drive test tools, RF tester software app & lte 4g tester network equipment
In the most recent survey, which was conducted by STL partners about the impact of COVID-19 Pandemic on telecom sectors “automation” is ranked as most likely within telcos during COVID-19. The present pandemic has made a very big impact on IT sectors for the increase in the remote workforce. Where automation plays a vital role in improving productivity and operational efficiency. So, now let us look at Ways to Reduce 5G complexity with Automated Testing using 5g tester, 5G test equipment & 5g network tester tools or RF drive test tools, RF tester software app & lte 4g tester network equipment.
As the testing experts increasingly started working from home automated testing took a new level of importance. DevOps and agile software through automated forms and tools must be adopted to handle useful, regression and test cases with a click of a button.
Service-based Architecture is one of the cornerstones of the upcoming 5G core, it implies IT network technology to cellular services by enabling higher service innovation and providing limited benefits to operators.
Service-based Architecture is one of the greater outcomes from the old generation of mobile networks in terms of differently deploying and managing the network elements.
Operators are supposed to review the leverage and possibly improve IT side service-based architecture tools to support the requirements of telecom services.
It is necessary to incorporate both development and operation with respect to automation. However, DevOps enables continuous integration and continuous delivery of CI/CD it is necessary to do continuous testing too. Where this is achieved only by an automated testing framework where it improves the delivery speed of verification checks or any reiterate tasks in the software development.
Speed Network, low latency, and increase in capacity are the main benefits of 5G. Wherein controlling network outrages, network usage, user information, assuring the quality of service, and fast delivery of upcoming services are the priorities of the operators. By automating the testing framework gradually reduces human errors and provides the foundation for DevSecOps.
In a recent survey of 2021, 47% of companies claim that testing is the number one reason for the delay and 35% believe that testing helps provide better security to software releases.
In general, the highly dynamic service-based architecture of 5G will provide a competitive and differentiated mix of 5G services. This requires a shorter testing time to deliver faster updates. Implementing robust and flexible automated testing will help operators to start the pace of delivering seamless and differentiated customer experience with various technology fabrics in the network.
How does the automation test help the operators?
- Will check and verify the newer version of software more efficiently.
- Will Rollout new platforms faster
- Implementing configuration messages so easily
- Extend and grow the network according to business requirements
- Ensure stronger in the core network
- To perform exact benchmarking and capacity planning
What are the key features that automated testing demands over manual testing?
- Manual testing costs for capacitive intense wherein the automated testing will cost for one-time setup and training.
- Automated testing does not demand Manpower wherein Manual testing demand for Manpower
- Manual testing consumes more time than automated testing
- Automated testing is prone less to errors and has reusability than manual testing.
What are the benefits of automation in the telecom industry?
- Automation provides Streamlined Workflow.
- Satisfied customers.
- Results in automated testing are accurate.
- Usage speed is more.
- Enhanced Productivity.
- Reducing the cost.
- Increased operational Efficiency
- Streamed workflow
By automating the deployment of 5G the testing complexity can be reduced-
As the number of 5G network sites is developing with an increase in deployment, network operators have been sharp on observing network performance. For occasion, automation can surely offer help to operators to come out of this difficult circumstance as they deploy hundreds of sites with cell towers where the validation will be carried by autonomously monitoring key performance KPIs and allowing AI module pass site acceptance at whatever point a change occurs like upgrading to unused RAN program. RAN automation will move the whole worldview about basic networks such as 5G and can be easily overseen with automated testing, and optimization of systems.