Container Technologies
Modern application solutions are based on the architectural principle of microservices. When implementing this architecture, containers emerge as the most suitable choice.
Container technologies
Containers are an alternative to virtual machines that directly use system resources and OS-level virtualization to manage and create applications. They are lightweight, secure and independent from each other. The failure of a single container has virtually no impact on overall performance compared to the failure of a virtual server.
Container technology is becoming an increasingly appealing choice for Slovenian enterprises looking to run cutting-edge applications. Some of the existing applications developed in the traditional manner are already difficult to update, integrate and extend, which can turn into a hurdle when you are looking to create new and innovative digital experiences for your customers and users. Container technology can empower developers of cutting-edge apps to develop faster and deliver more secure and powerful apps to your users.
Key advantages of Container Technologies?
Scalability
Containers can improve your resource utilization and optimize costs, allowing you to adjust application performance based on your current needs without disrupting operations.
High availability applications
Container technology supports your high availability efforts by ensuring that applications continue to run even if individual servers fail or there are other network issues.
Efficient resource utilization
Container technology allows apps to share the same servers and other resources, resulting in improved hardware utilization, reduced infrastructure costs, and a more environmentally sustainable solution.
Microservice orchestration and management
Microservices have become a popular approach to building modern applications. However, managing them may be complex, which is why containers streamline their use, management and delivery.
Hybrid Cloud Solutions - VMware Virtual Cloud Foundation (VCF)
Are you interested in learning how a comprehensive approach and a suite of virtualized solutions included in VMware VCF can help you easily manage virtual infrastructure in your data center and cloud service? Learn about vSAN, vRealize, NSX and Tanzu.
Contact us and find out more about leading technologies for future Data Center environments.
Milestones of Data Center transformation
Analysis of the current state
We analyze the existing IT infrastructure, the technologies used, documentation and diagrams. We assess the complexities of the configuration and develop a general plan with improvement recommendations.
Proposal for an infrastructure solution based on best practices
We describe the key building blocks and concepts and prepare an architecture diagram of the proposed solution and integration with the existing IT environment. The proposal ensures improved utilization of hardware and other IT resources and compatibility with new technologies and providers of cloud computing services.
Detailed Specification
We prepare a list of products/software with the relevant licenses with corresponding vendors’ SKUs and descriptions of all components.
Detailed deployment plan
We design an IP/VLAN network plan for each segment, allocating resources to individual components, prepare infrastructure diagrams and blueprints for server racks, physical connections, and cabling. We identify critical points of failure and operational activities for managing the data center and the IT services we provide.
We create a detailed infrastructure architecture and configuration instructions for the building blocks and a communication matrix for the services that make up the infrastructure solution (service names, target/source, protocol/interfaces). We prepare the operating rulebook and set up and configure the IT security infrastructure elements.
