8 DevOps Trends Disrupting Application Infrastructure Landscape
Automation Will Pave The Path for New DevOps Practices
DevOps, a compound of development (Dev) and operation (Ops), is a union of people, processes, es and technology to coordinate and collaborate for producing better, more reliable products. DevOps practices and tools provide the ability to better respond to customer needs, increase the efficiency of products and achieve goals faster. It is an integral part of achieving goals faster like accelerating time-to-market and maintaining system stability and reliability.
DevOps is at a mature stage since its inception in 2009 and represents the change in IT culture towards a more agile and system-centric approach and is evolving towards new practices giving rise to new DevOps trends.
New DevOps Trends are being adopted by developers especially the role of automation or automated integration of infrastructure is transforming the DevOps approach, and it will require a strong background in programming and scripting and also strong infrastructure management skills.
8 DevOps Trends for Accelerating Infrastructure Development and Deployment
The notion of remote work and distributed workforce forced DevOps engineers to come up with new practices and DevOps trends for pushing ahead the technological advancements and avoiding stagnation. Incorporating them into your DevOps practice will help companies to stay afloat in a revolutionary arena.
- Microservices (MS): MS enables the DevOps team to develop independent pieces of functionalities simultaneously. Instead of moving codes through different teams, cross-functional teams can work together for building, testing, and maintaining the applications.
- Rise of Service Mesh: Service mesh is a dedicated infrastructure layer built right into an application and controls how different parts of the application share data with one another. It captures service-to-service communications (usually happens in microservice as different application layers are broken down) as performance metrics. Later this performance parameter is used to establish more reliable service requests.
Hence, developers can focus more on adding business values, apps become more resilient to downtime, and the performance metrics can suggest ways to optimize communication in the runtime environment.
- DevSecOps: A step ahead, DevSecOps came as a cultural shift in the development process and a much-needed DevOps trend that inculcated the importance of security. DevSecOps tightly integrated infrastructure and app layers for controlling real-time troubleshooting for containers and microservices through continuous monitoring, assessment, and analysis.
According to Verified Market Research, the Global DevSecOps Market is projected to reach USD 17.16 Billion by 2027, growing at a CAGR of 30.76% from 2020 to 2027.
- IaC (Infrastructure-as-Code): IaC is a key DevOps practice that uses continuous delivery. It uses high-level descriptive coding language to automate the provisioning of IT infrastructure. IaC enables the DevOps team to make changes to environment description and versions of configuration models which are well-documented code formats and if the team wants to do changes, they can edit the source and not the target. Such benefits let the DevOps team deliver a stable environment for applications and scale them.
The DevOps trends aren’t restricted here, several practices have been adopted by the DevOps team, know more about them in our blog.
New DevOps Practices Highlighting Need for Better Infrastructure
DevOps teams in many organizations are already adopting new practices for infrastructure management and automation for synchronization and cross-team collaboration.
Companies can often find it hard to switch towards automation when team members resist the change but bringing them to exposure to collaborative processes where data and insights support continuous improvement shall improve their working culture. The value of transformation towards more automated and secure development processes also becomes evident once the team identifies the most problematic and common bottleneck. So this is the company and management must focus on supporting the team across different security tools and practices.