Containerization & orchestration
The WiseOps Team creates a scalable and fault-tolerant environment by deploying application components into containers using Docker and Kubernetes. This approach ensures scalability, fault tolerance, and secure isolation of the applications.
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Why you need containerization
Efficient Server Resource Utilization
Containers enable the sharing of OS resources, allowing applications to operate in isolated environments. This eliminates the necessity of allocating separate virtual machines for each application, thereby optimizing server resource usage.
Accelerated Application Deployment
Containers offer a lightweight and rapid environment for applications, encapsulating both the application and its dependencies. This packaging simplifies and speeds up the deployment process, enabling easy and efficient distribution across multiple servers or cloud environments.
Environment-Independent Operation
Containers encapsulate all the necessary dependencies for an application, thereby ensuring high portability and consistent performance across different environments. This approach eliminates issues related to version discrepancies and environmental configuration settings.
Accelerated Development
Containerization ensures identical development and production environments, enabling seamless delivery of developers' work in containers to production. This uniformity significantly reduces the time for developing and releasing new features.
Containers facilitate the management of individual application components, allowing for independent scaling, ensuring high availability, and enabling efficient resource management. This modular approach significantly enhances operational flexibility.
Flexibility in Application Management
How we do containerization
1
Audit and survey of the current IT infrastructure
2
Deployment of containerisation solution
3
Migration of current applications and services to the containerisation platform
4
Integration with other IT infrastructure components
5
Technical support and development of the solution
1
Audit and survey of the current IT infrastructure
2
Deployment of containerisation solution
3
Migration of current applications and services to the containerisation platform
4
Integration with other IT infrastructure components
5
Technical support and development of the solution
Technologies
01
Docker
Docker is a platform for building, deploying, and managing containerized applications. It enables developers to encapsulate an application and its dependencies into a standardized container, ensuring compatibility and operability across any supported system without modification.
02
Kubernetes
Kubernetes, also known as K8s, is an orchestration tool for managing containerized applications in environments rich in containers. It offers automated solutions for deploying, scaling, and operating containers effectively
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