The term DevOps is derived from the combination of the words development and operation . It is also closely related to the automation of processes, performance, and infrastructure.
Although it may seem simple, defining DevOps is very complex, as it encompasses practices, tools, and even a work philosophy and culture. However, we can simplify it by saying that the concept serves to increase an organization’s capacity to develop and distribute applications with services at high speed.
Like XP Programming, DevOps optimizes and perfects products at a faster pace than traditional software development and management processes.
DevOps enables businesses to serve their customers more quickly and become more competitive in the marketplace.
Want to learn more about how DevOps works, its benefits, and key tools? Keep reading.
How does DevOps work in practice?
As we explained, DevOps, among many definitions, is a culture of automating development and infrastructure processes. With it, teams work together, rather than in isolation as they did previously.
There are DevOps models where europe cell phone number list quality assurance and security teams also operate in an integrated manner with development and operations. In this case, when security is viewed as a priority, it’s often called DevSecOps.
The main practices adopted by a DevOps are:
- Continuous Integration , translated as Continuous Integration;
- Infrastructure as Code (IAC) is about Infrastructure as Code;
- Microservices or micro services;
- Logging and Monitoring , or Log Monitoring and Recording;
- Communication and Collaboration. Find out what these are below!
These practices offer diverse benefits for companies that adopt DevOps.
Top 5 Benefits of DevOps
1. Development speed and fast, continuous delivery
DevOps emerged because different projects and the market generally demanded constant evolution. For this reason, it’s hard not to associate DevOps with the Agile methodology , which speaks of Continuous Delivery , i.e., the continuous delivery of system releases.
The microservices we talked about earlier also play a part in this benefit, as they allow teams to take responsibility for every small part of the project, releasing updates more quickly.
This is even a fundamental practice in DevOps: running small, but frequent updates . This allows businesses to innovate quickly.
This delivery increases the a lead genaration but can offer more featur if you frequency and pace of new versions, which is essential for the continuous improvement of applications and web systems.
2. Reliability
When development and infrastructure processes are automated, the quality of new releases can be guaranteed.
Integration and Continuous Delivery practices ensure automated testing , allowing teams to spend more time on what’s important. Manual work is then left to the machines.
3. Scale
There’s no point in having the aforementioned benefits if there’s no scalability in development processes and infrastructure. Automation is key here, as managing complex and dynamic systems is only efficient and low-risk if used at scale.
We can cite the practice of Infrastructure as Code for quickly creating production and testing environments. Containers are still examples of solutions that allow for scaling based on the project’s service demands.
Some companies that invest in this japan data technology and obtain significant results are:
- Amazon Web Services ;
- Microsoft Azure ;
- IBM Cloud ;
- Google Cloud .
4. Improve team collaboration
DevOps aims to bring teams together harmoniously by dividing responsibilities and workflow.
Agile, Continuous Delivery, Automation, and many other factors can be combined to help development and operations teams be efficient, innovate, and generate value for businesses and their customers.