With more automation & integration operations, DevOps is accelerating the rollout of 5G. DevOps, a term that combines the terms “development” and “operations,” is based on the agile culture. It has been ingrained within the company for deployment & operations that are subject to swift change while maintaining stability as well as balancing the entire activity, resulting in a shorter time-to-market and quicker product delivery.
The use of DevOps methodologies and techniques in a corporate environment is credited with significantly increasing the efficiency of the software delivery lifecycle for operational procedures as a whole. Telco suppliers and operators are adjusting to different DevOps practices in light of the transition to 5G networks to increase competition, shorten delivery cycles, and provide a better customer experience.
As the demand for quicker application delivery to consumers in a wider area with no compromise in the quality of goods and services increases, it is projected that the market for DevOps services & solutions will significantly expand among organizations in the years to come. Reduced costs, operational flexibility, and product delivery speed are a few of the reasons driving all of these.
Why is DevOps adopted in the telecom industry?
Knowing that the increasing adoption of DevOps in the telecom industry is higher than thought makes them the business environment pioneers is rather thrilling. According to specific statistics, 88% of telecoms use it presently or plan to, compared to 66%. They are under tremendous pressure to carefully produce new goods and services since they operate in one of the most competitive sectors. The most obvious motivation for telecommunications to advance rapidly with this cutting-edge approach is that they can benefit from it in terms of higher delivery velocity.
Continuity & consistency with DevOps practices
DevOps is regarded as an interactive method for developing products, deploying them, operating them, and managing them. It includes fundamental tasks, including cooperation, interaction, integration, & automation. Additionally, it entails cooperating with the client in a manner that begins with the definition of needs & continues with the creation and execution of crucial operational procedures. In the telecommunications industry, DevOps is used as a technique to distribute new software versions to a diverse group of customers according to their unique requirements and to address a wide range of use cases.
Perks of DevOps in the age of cutting-edge technology
- DevOps creates a single team with well-defined objectives and steps to accomplish it by combining several departments involved in software development.
- Puts rigorous integration, testing, deployment, and other continuous techniques in place while segmenting the development process into the manageable segment
- Time to market is sped up while improving agility
- Increased effectiveness in detecting errors.
- Overall increased production while saving money and labor hours.
Creating Smarter & Agile Networks
5G is based on three principles: SDN, NFV, and VNF, in which telcos must rent public cloud computing services to link the main network servers in the cloud with edge DevOps. In this, edge computing nodes are built wherever required. This is where DevOps plays an important role in creating intelligent & agile networks.
In the NFV environment, programmers view the implementation of virtual network functions and the continual delivery of new services as normal tasks. As a result, operations are tasked to help with change while maintaining network stability. Telecom operators may more closely engage with these two separate groups by using a 5G DevOps methodology. Furthermore, in real-world network installations such as 5G, the DevOps framework combined with quantifiable KPIs is viewed as vital.
Cloud-native 5G DevOps implementation
5G networks are created with network functionalities represented in software as Virtual Network Functions (VNFs) and are considered a key component in the NFV environment. Distinct suppliers create different VNFs that are combined to offer services. However, various complications are associated with the multivendor creation of VNFs since each VNF has its performance and operational concerns, such as manual integration with NFV infrastructure, lack of interoperability and multitenancy, and exploitation of NFV hardware components. Automation is required to configure and manage each VNF to deploy 5G networks.
Cloud-native becomes an important component of VNFs with the usage of software in the telecommunications arena. The cloud-native strategy, which includes containerization, adaptive orchestration, as well as microservices-based architecture, allows service providers to use DevOps (continuous deployment & integration) techniques to automate the creation, validation, and deployment of VNFs in NFV environments.
VNFs that have their product lifecycle enable:
- Subprocess decomposition into microservices—resources necessary are automatically scaled & communicated with the other services via APIs.
- VNF management & orchestration are simplified.
- Container deployment with API connectivity.
- Container scheduler orchestration—manages provision into service & lifecycle management.
- Adaptability to various NFV settings.
5G networks constructed with a 5G DevOps strategy provide various advantages for overall network operations. It provides automation of service chain deployment and administration as well as 5G network slicing. Because 5G network operations require an automated system, it may lead to improved operational efficiency and a reduction in human mistakes, saving OPEX and reducing costly downtime.
‘Smarter’ Network
With cloud-native capabilities and a DevOps strategy, artificial intelligence may be integrated into 5G telecom network operational analysis & real-time monitoring. Cisco Systems has already offered Intent-Based Networking, a machine learning-based solution. We may envisage a network operator with a “zero-touch” capability that requires just the provision of an intent to finish the network for any configuration or specific network-based command. The acquired analytical data may be utilized in NFV management and organization for network fault correction, VNF and NFV element configuration alterations, and self-healing/scaling of network operations.
Conclusion
Telcos are still in the process of embracing DevOps, but those that become acquainted with this cutting-edge technology will undoubtedly be long-term victors in the telecom market. It may be a significant asset to the telecom sector as both an initiative and a new service, but they must first establish the groundwork as a pilot project to support such ventures. DevOps approaches are required to drive tighter integration of IT operations for smooth virtualized telecom services such as NFV implementation in 5G networks. The robust approach of 5G DevOps implementation can give agility to the initiation of new services through SDN and NFV, both VNF technologies that can identify installation, configuration, as well as provisioning of network infrastructure, enabling continuous integration & deployment in telecommunications.
Get DevOps Certification & Enhance Your Career Prospects
To advance your profession, enroll in Cognixia’s DevOps Training. Take a move to improve your job chances and prospects. Enroll in our hands-on, interactive, and instructor-led DevOps certification course. Cognixia is here to give you a fantastic online learning experience, help you broaden your knowledge through fun training sessions, and to add significant value to your skillset in today’s competitive market. Cognixia’s online courses are beneficial to both individuals and businesses.
The DevOps Plus course provides a comprehensive overview of the discipline, covering all key concepts, techniques, and tools regardless of your prior knowledge of IT technology and processes. Starting with a basic introduction to DevOps, it covers the principles of virtualization, its benefits, and the many virtualization technologies that play a critical role in both learning and adopting the DevOps culture. DevOps tools like Vagrant, Containerization, VCS, and Docker, as well as Configuration Management tools like Chef, Puppet, SaltStack, and Ansible, will be covered.
This DevOps course covers intermediate to advanced aspects. Get certified in DevOps and become acquainted with concepts such as the open-source monitoring tool Nagios, including its plugins, and its usage as a graphical user interface. The Advanced DevOps fundamentals are discussed in full, as well as Docker container clustering leveraging Docker Swarm & Kubernetes, in the CI/CD Pipeline Automation.
Our online DevOps training covers the following concepts –
- Introduction to DevOps
- GIT: Version Control
- Maven
- Docker – Containers
- Puppet for configuration management
- Ansible
- Nagios: Monitoring
- Jenkins – Continuous Integration
- Docker Container Clustering using Docker Swarm
- Docker Container Clustering using Kubernetes
- Advanced DevOps (CI/CD Pipeline Automation)
Prerequisites
This course requires just a basic grasp of programming & software development. These requirements are helpful but not compulsory because this all-inclusive training is aimed at newcomers and experienced professionals.
