Although development and operations have similar objectives, these teams have historically acted in isolation. This separation led to rework, delays and failures to deliver value to the client.
It was out of this need for greater integration that digital DevOps emerged – an approach that connects development (Dev) and operations (Ops), promoting continuous collaboration, process automation and faster, safer deliveries.
Have you ever felt that your development team delivers fast, but the operation stalls when it comes time to put it into production? This disconnection between teams is a common pain in companies that haven’t yet adopted the DevOps model .
In this article, you’ll understand what DevOps is, how it works in practice and why so many companies are adopting this approach to transform their technology management.
We will explore concepts such as continuous integration, continuous delivery, process automation and collaboration between teams – fundamental pillars for speeding up the development cycle and reducing errors.
Come along and have a good read!
What is DevOps?
The term DevOps was coined in 2009 by Patrick Debois to define a strategy that integrates people, practices and tools with the aim of optimizing software delivery.
By eliminating silos between development, operations, quality and safety, it promotes continuous collaboration and intelligent automation.
With automation, continuous integration and shorter delivery cycles, companies can innovate faster and deliver real value to the customer more often.
Giants like Netflix, Amazon and Google already use DevOps as the basis for their agility, scalability and competitive advantage.
How does DevOps work?
DevOps is based on three essential pillars to optimize software delivery and improve business results:
- Communication: promotes constant dialog between development, operations, quality and safety teams, eliminating noise and aligning technical and strategic objectives.
- Collaboration: encourages joint work between previously isolated areas, reinforcing a culture of shared responsibility and focus on results.
- Integration: connects tools, processes and people throughout the software lifecycle, enabling automation, traceability and continuous deliveries more efficiently.
By adopting these practices, DevOps allows companies to respond quickly to market changes, reduce production failures and increase their operational efficiency.
DevOps Life Cycle
The DevOps lifecycle represents all the steps required to plan, develop, test, deliver, deploy and monitor an application continuously.
This flow is divided into two main parts:
- Dev side: planning, coding and testing.
- Operations side (Ops): delivery, deployment and monitoring.
Below you’ll find the 6 phases of the DevOps lifecycle, with practices, tools and objectives for each stage:
1. Continuous planning: organizes work into short cycles. This phase promotes alignment between technical and strategic areas, ensuring that all deliveries have real value for the business. The main elements of continuous planning include:
- Collaborative definition of project goals and scope, connecting development and operation from the outset.
- Organization of tasks and backlog with the support of agile frameworks such as Scrum and Kanban.
- Prioritization of functionalities with a focus on continuous delivery of value to the user.
- Mapping risks, dependencies and metrics, ensuring predictability and traceability.
- Light documentation and constant communication, promoting visibility and feedback between teams.
2. Agile and collaborative development: ensures that code is created, reviewed and versioned in an agile and collaborative manner. In this phase:
- Developers work in short cycles with frequent integration into the repository.
- Tools such as Git allow efficient versioning and change control.
- Pair programming and code reviews promote quality and standardization.
- The code is prepared for testing and automatic integration into the CI/CD pipeline.
This practice reduces errors and speeds up deliveries safely.
3. Automated testing: this is essential to guarantee the quality of the software without compromising the speed of deliveries. In this phase:
- Tests are run automatically with each new code change.
- It includes unit, integration and functional tests, integrated into the CI/CD pipeline.
- Detects faults early, reducing rework and risks in production.
- Tools such as Selenium, JUnit and Cypress are widely used.
This automation makes continuous validation a natural practice in the DevOps cycle.
4. Continuous Integration and Delivery (CI/CD): this CI/CD phase connects development to software delivery in an automated and reliable way. In this stage:
- The code is continuously integrated into the central repository, with automatic builds and tests.
- Continuous delivery prepares versions for frequent and secure deployment.
- Well-configured pipelines reduce manual errors and speed up the release cycle.
- Tools such as Jenkins, GitLab CI and CircleCI are widely adopted.
CI/CD is the heart of modern DevOps, accelerating deliveries with quality control.
5. Continuous deployment: takes approved code changes directly into production, with minimal human intervention. In this phase:
- Deploys are automated and frequent, reducing the time between development and actual use.
- Strategies such as blue/green deployment and canary releases minimize risks.
- The infrastructure is managed as code, guaranteeing consistency and scalability.
- Tools such as Argo CD, Spinnaker and Kubernetes are common at this stage.
Delivery becomes predictable, secure and aligned with business agility.
See how to automate your deploys with confidence using continuous deployment practices.
6. Continuous Monitoring: ensures real-time visibility into the health of applications and infrastructure. In this phase:
- Metrics, logs and events are collected and analyzed automatically.
- Tools such as Prometheus, Grafana and ELK Stack enable proactive fault detection.
- Rapid feedback guides corrections, improvements and business decisions.
- This practice underpins stability and reliability in dynamic environments.
Continuous monitoring is essential in order to evolve safely and respond quickly to incidents.
Main benefits of DevOps
By integrating teams, speeding up cycles and ensuring greater stability, DevOps becomes a competitive differentiator for companies of all sizes. Find out about the main benefits of this approach below:
- Speed: DevOps speeds up deliveries with automated pipelines and continuous processes, allowing new features to reach the customer faster and adjustments to be made in real time;
- Operational efficiency: automation of tasks and standardization reduce errors and increase team productivity, making the operation leaner and more strategic;
- Greater collaboration: by uniting development and operations, DevOps strengthens communication, eliminates silos and promotes more aligned and collaborative work.
- Scalability: facilitates system growth as demand increases, guaranteeing stability and performance;
- Security: from the outset, security is integrated with DevSecOps practices, automating tests and preventing failures without compromising agility.
Key DevOps practices
DevOps practices are fundamental to ensuring agile, stable and secure deliveries. They involve automation, process integration and a cultural change that promotes constant collaboration.
Below, you can see the pillars that support an effective implementation of DevOps in companies.
Continuous integration (CI)
Continuous integration automates the code integration process, allowing developers to submit changes frequently.
This reduces conflicts, identifies errors earlier and keeps the software always tested and functional.
Continuous delivery (CD)
Continuous delivery ensures that the software is always ready to be deployed. After passing through CI, each update is automatically tested and validated, speeding up releases with security and quality.
Infrastructure as Code (IaC)
With Infrastructure as Code, servers and environments are configured using versioned scripts. This brings more control, standardization and agility to the creation and replication of environments, including in the cloud.
Monitoring and logging
Continuous monitoring and log records make it possible to track application performance and identify faults in real time. This makes it easier to solve problems and continuously improve systems.
Collaboration and communication
DevOps promotes a culture of transparency between development, operations and security teams. With aligned processes and shared objectives, productivity increases and results are more consistent.
DevOps and Cloud Computing – How can Wevy help?
The combination of DevOps and cloud computing is essential for companies seeking agility, flexibility and security in the delivery of digital solutions.
While DevOps speeds up processes and promotes integration between teams, the cloud provides the scalable and dynamic basis for all this to happen.
A Wevy offers specialized solutions that enhance this union and help your business evolve efficiently.
The role of DevOps in cloud computing
By adopting DevOps in the cloud, companies can automate build, test and deploy pipelines with speed and scalability.
Virtualized and containerized environments are created on demand, allowing immediate adjustments to the workload and reducing the time between ideas and results.
How can Wevy Cloud Infrastructure (WCI) solutions optimize development, security and scalability?
A Wevy Cloud Infrastructure (WCI) offers infrastructure as a service (IaaS) with customizable and automated virtual machines, Kubernetes and storage (block and object).
This guarantees adjustable environments, secure network integration and centralized access governance, reducing risk and accelerating agile development.
How MSP Cloud Managed Services can keep infrastructure secure and efficient
With Wevy MSPyour infrastructure is managed 24/7 with proactive monitoring, provisioning automation and specialized support.
This ensures high availability, LGPD and ISO 27001 compliance, cost savings and optimized operation – allowing your team to focus on innovation, not maintenance.
Most used DevOps tools
Adopting DevOps requires the use of tools that automate processes, increase visibility and guarantee consistency in deliveries. Here are the main ones used by high-performance teams.
- Automation platforms: Jenkins, GitHub Actions, GitLab CI/CD
They automate tests, builds and deploys, integrating code with production environments continuously and securely.
- Monitoring and observability: Prometheus, Grafana, Datadog
They collect metrics, generate alerts and visualizations to monitor the health and performance of systems in real time.
- Container orchestration: Kubernetes, Docker
They package and manage applications in containers, guaranteeing scalability, portability and infrastructure efficiency.
- Configuration management: Terraform, Ansible
They allow you to create, version and automate environments in a standardized way, reducing errors and speeding up provisioning.
How to implement DevOps in your company
Here’s how to start this transformation and what to consider to ensure lasting results.
1. establish a collaborative culture
The basis of DevOps is a culture of collaboration. Eliminate barriers between development, operations and security by promoting:
- Shared objectives.
- Constant communication.
- Joint responsibility for results.
2. Choose the right tools
Invest in solutions that are aligned with your technology stack and company objectives. Give preference to tools that make it easier:
- Continuous integration and delivery (CI/CD).
- Version control.
- Infrastructure automation (IaC).
- Monitoring and security.
3. Automate critical processes
Automating repetitive tasks brings agility and consistency. Prioritize the automation of:
- Software testing.
- Builds and deploys.
- Provisioning environments.
4. Implement monitoring and observability
Use continuous monitoring tools to track performance and prevent failures in real time. Metrics and logs are essential for continuous optimization.
Best practices for successful implementation
- Start small: implement DevOps in a pilot project before scaling up to the whole company.
- Create automated pipelines: guarantee fast, consistent and quality-controlled deliveries.
- Use IaC (Infrastructure as Code): maintain standardized, versionable and replicable environments.
- Integrate security from the start (DevSecOps): automate security tests throughout the development cycle.
- Empower your team: offer training and encourage continuous learning.
Remember: DevOps transformation doesn’t happen overnight. It requires strategy, patience and the involvement of the entire company.
Main challenges and how to overcome them
1. Resistance to change
Teams used to traditional processes may resist the new culture. To get around this:
- Promote workshops and training.
- Communicate the benefits clearly.
- Involve the leadership in the transformation process.
2. Lack of communication between teams
Silos between areas compromise collaboration. To improve:
- Establish alignment rituals (daily meetings, joint reviews).
- Implement direct and transparent communication channels.
3. Technical complexity and systems integration
Pipeline automation and tool integration can be challenging. To mitigate risks:
- Start with simple tools and gradually evolve.
- Count on the support of internal experts or external partners.
Overcoming these challenges requires engaged leadership, realistic goals and an environment conducive to experimentation – always with a focus on continuous evolution.
Conclusion: why invest in DevOps with Wevy’s support
Throughout this content, we’ve seen that DevOps – or Dev Ops – is much more than a technological trend: it’s a strategic approach that brings together culture, automation and collaboration to speed up deliveries, increase efficiency and guarantee continuous quality.
For companies seeking innovation, agility and scalability, adopting DevOps is an essential step on the digital transformation journey.
Wevy, with its cloud infrastructure and managed services solutions, is the ideal partner to make this transition more secure, efficient and results-driven.
Get to know Wevy and discover how your company can evolve with state-of-the-art infrastructure, specialized support and future-proof technology.
Contact us!
