DevOps
A journey towards Operational Efficiency and Continuous Delivery
Facilitate the implementation of DevOps practices in the cloud, allowing development and operations teams to collaborate more effectively, delivering software faster and more reliably.
Take advantage of the cloud and agile development practices to achieve faster, more efficient, and reliable deployment of applications and services.
Simplify the migration of physical infrastructure to AWS while implementing a DevOps cycle for automated deployment in containers.
Key steps to implement DevOps technology
- Evaluation and planning of needs
- Design of a cloud architecture
- Data migration
- Adaptation of applications to containers
- Devops automation implementation
- Monitoring and management
- Ensuring scalability and high availability
- Security and compliance
- Continuous support
- Cost optimization.
Get the flexibility and cost efficiency of AWS, accelerating time to market and improving organizational agility
Revolutionize your development and deployment process (CI/CD Containers)
CI/CD (Continuous Integration/Continuous Deployment) is a software development practice that involves automating the code integration, testing, and application deployment process.
This architecture reflects the services used for the correct operation of the infrastructure, in it the differential part is the origin of the load, since a transformation of containerized environments is carried out on on-premise servers, to cutting-edge technologies such as Amazon ECS Fargate, which is the service par excellence to manage Serverless containers.
Transform your Application to Serverless Containers
Adapt existing applications, traditionally running on physical or virtual servers, to run in a serverless computing environment.
This architecture reflects the services used for the correct operation of the infrastructure, the differential part is the origin of the load, since a transformation of containerized environments in Amazon EC2 is carried out, to cutting-edge technologies.
Transform your .NET Framework Application to Containers
Adapt and package applications developed using the .NET Framework platform in containers. Offering a series of benefits in terms of portability, efficiency, security, scalability, and management, which helps improve the quality of your applications and reduce operating costs.
This architecture reflects the services used for the correct operation of the infrastructure, in it the differential part is the origin of the load, since a transformation of environments developed in .NET Framework monoliths is carried out, to cutting-edge technologies.
Key features that drive the development and management of applications effectively and efficiently.
Automate the process of integrating, testing, and delivering applications from development to production.
Integrate newly added code into the main repository, triggering tests that ensure code quality and detect potential issues at an early stage of the development process.
Enable continuous and reliable delivery of applications to test and production environments, reducing the risk of errors in manual deployments.
Use containers to encapsulate applications and their dependencies, ensuring portability between different development, test, and production environments.
Use container orchestration services, such as Amazon Elastic Container Service (ECS), to manage and scale containers efficiently.
Automate the deployment of containers in production environments, ensuring reliable and repeatable implementation.
Use deployment strategies, such as Blue/Green, to facilitate seamless transition between application versions and the ability to roll back changes if necessary.
Leverage AWS dynamic scalability to adjust resource capacity according to workload demands.
Containers allow efficient use of resources by isolating applications and limiting allocated resources.
Implement monitoring solutions, such as Amazon CloudWatch, to monitor application performance and health in real time.
Configure security policies and use security services, such as security groups and AWS Identity and Access Management (IAM), to protect resources and data.
Automation, efficiency, and scalability can reduce operational costs. In addition, AWS offers flexible pricing models.
The combination of CI/CD and containers allows an agile development cycle and the ability to respond quickly to changing market demands.
Improve the speed, quality, efficiency, and collaboration in software development and operation.
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