DevOps Services
and Solutions

Since most modern applications require code development across multiple platforms and tools, continuous integration plays the role of being a consistent mechanism for frequent integration of small changes to a central repository and then testing them. DevOps services and solutions enable the team to detect and fix bugs as soon as they occur in order to deliver high-quality code with no extra cost.

Continuous delivery is the next step after continuous integration. It automates software delivery in environments such as production, development, and testing. The benefits of continuous delivery are an automated software release process, improved productivity, faster update delivery, and earlier bug-fixes.

Containerization is a process of creating and deploying lightweight portable containers that encapsulate the application and its dependencies, such as libraries, code, configuration, etc. These containers can run consistently in various environments without interfering with each other or depending on the underlying infrastructure. As a result, containerization massively speeds up deployment and increases DevOps efficiency.

Segment app isolation will add an extra security layer for your business. Based on asset risk profiles, a large computer network is divided into several smaller sub-networks, all of which are isolated from each other. This approach in the DevOps service improves data protection and operational efficiency, ensures consistent service delivery, and simplifies network management and troubleshooting.

Microservices are an architectural process that works like blocks in the video game Tetris. By relying on DevOps as a service,  the application is decomposed into several independently deployable services that interact through API interfaces. The deployment process is performed with container technologies such as Docker and Kubernetes. It allows specialists to develop, update, and scale each separate component without affecting the entire software.

Logging refers to tracking and storing changes and errors. Monitoring relies on core performance metrics to analyze behavior and alert the development team about anomalies in software and cloud services. With logging and monitoring working together as a part of DevOps services, developers maintain optimal software performance, maximize observability, and reduce the time needed for finding the root cause of the issue.

IaC is the keystone of DevOps managed services and it is a component of continuous delivery. It allows the avoidance of manual configuration and it reduces the complexity of administering cloud systems. Utilizing tools such as Terraform or CloudFormation allows for managing the infrastructure by updating the script while never having to touch the infrastructure.

Virtualization is the practice of creating internal virtual systems within the original system. The core advantages of this approach in DevOps service are flexibility and agility, cost and time savings across the SDLC, and a faster and more reliable delivery.

Continuously inspecting the code for proper execution, output, bugs, and the level of its security helps to detect potential errors at the early stages. It also helps eliminate them in an isolated way without affecting the overall productivity of the software.