DevOps Services
Our Certifications
Our DevOps Services
DevOps Consulting Service
We evaluate your CI/CD workflows and cloud infrastructure to identify inefficiencies and improvement areas. Over a 1-2 week consultation, our AWS-certified experts provide a detailed assessment with actionable recommendations to enhance performance, security, and scalability.
Cloud Migration
Move to the cloud with minimal disruption. Our AWS-certified specialists assess your infrastructure, applications, and data to create a migration strategy that maximizes efficiency and business continuity, guiding you from planning to post-migration support.
DevOps CI/CD Service
We analyze your development processes to implement fully automated deployments across all environments. By collaborating with your engineering team, we integrate tools like Sonar and Snyk to improve code quality and security before production, ensuring a reliable and efficient pipeline.
Infrastructure Automation/ Infrastructure as Code(IaC)
We automate infrastructure provisioning and management using code for consistency, speed, and reliability. Our DevOps team uses tools like Terraform, CloudFormation, and Ansible to deploy scalable resources, reduce errors, and improve disaster recovery capabilities.
Cloud Management Service
Offload cloud infrastructure management to our certified DevOps team. We oversee deployments, optimize resources, and resolve technical issues, allowing your engineers to focus on innovation while ensuring seamless cloud operations.
Cloud Modernization
Upgrade your cloud environment for better performance, security, and cost-efficiency. Using AWS-native services like Lambda, RDS, and S3, we modernize applications through refactoring, containerization (ECS/EKS), and scalable architecture, ensuring your cloud strategy aligns with your business objectives.
DevOps Consulting Service
Cloud Migration
DevOps CI/CD Service
Infrastructure Automation/ Infrastructure as Code(IaC)
Cloud Management Service
Cloud Modernization
Our DevOps Phases
1
PLAN
Defining the scope, objectives, and tasks of a project and selecting appropriate tools and practices. This phase ensures that all stakeholders are on the same page and that a clear roadmap is in place before development and deployment begin.
2
CODE
Focusing on developing the software with continuous integration practices. Code is written, reviewed, and tested collaboratively, ensuring adherence to coding standards and best practices. Automation tools are often used to streamline the process, enabling frequent code commits and immediate feedback.
3
BUILD
Compiling the source code into executable artifacts, integrating all dependencies, and packaging the software for deployment. Automation tools are used to create repeatable, reliable build processes, ensuring that builds are consistent and ready for the next stages.
4
TEST
Validating the software's functionality, performance, and security through automated and manual tests. Continuous testing ensures that code changes do not introduce new bugs or regressions.
5
DEPLOY
Releasing the software to production or staging environments, often using automated deployment pipelines for consistency and speed. This phase includes provisioning infrastructure, configuring environments, and ensuring that the deployment is smooth with minimal downtime.
6
OPERATE & MONITOR
Monitoring, managing, and maintaining the software in production. This phase includes tracking performance, detecting issues, and ensuring system stability and availability. Automated monitoring tools provide real-time insights into application health, while incident response processes address any problems that arise.
1
PLAN
Defining the scope, objectives, and tasks of a project and selecting appropriate tools and practices. This phase ensures that all stakeholders are on the same page and that a clear roadmap is in place before development and deployment begin.
2
CODE
Focusing on developing the software with continuous integration practices. Code is written, reviewed, and tested collaboratively, ensuring adherence to coding standards and best practices. Automation tools are often used to streamline the process, enabling frequent code commits and immediate feedback.
3
BUILD
Compiling the source code into executable artifacts, integrating all dependencies, and packaging the software for deployment. Automation tools are used to create repeatable, reliable build processes, ensuring that builds are consistent and ready for the next stages.
4
TEST
Validating the software's functionality, performance, and security through automated and manual tests. Continuous testing ensures that code changes do not introduce new bugs or regressions.
5
DEPLOY
Releasing the software to production or staging environments, often using automated deployment pipelines for consistency and speed. This phase includes provisioning infrastructure, configuring environments, and ensuring that the deployment is smooth with minimal downtime.
6
OPERATE & MONITOR
Monitoring, managing, and maintaining the software in production. This phase includes tracking performance, detecting issues, and ensuring system stability and availability. Automated monitoring tools provide real-time insights into application health, while incident response processes address any problems that arise.
TECH STACK
Optimize Automation, Security, and Scalability With the Best DevOps Tools and Strategies from Industry Experts.
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