George Magradze

@LoanLogics project:
As DevOps, for the Jenkins portion of the project, the goal was to improve the efficiency and reliability of the CI/CD pipeline. This involved creating new pipelines for various stages of the software development process, such as building, testing, and deploying. Additionally, existing pipelines were modified to better suit the needs of the organization. This included the integration of new tools and technologies, as well as the implementation of best practices for pipeline management.

For the AWS ECS cost optimization, the objective was to reduce expenses associated with the service. This involved conducting a thorough analysis of the organization's usage of the ECS service, identifying areas where costs could be reduced, and implementing changes accordingly. This could include scaling down unnecessary resources, implementing reserved instances, and using spot instances. Additionally, the organization implemented monitoring and reporting mechanisms to track and measure the impact of the cost optimization measures.

@LoanLogics project:
As DevOps, for the Jenkins portion of the project, the goal was to improve the efficiency and reliability of the CI/CD pipeline. This involved creating new pipelines for various stages of the software development process, such as building, testing, and deploying. Additionally, existing pipelines were modified to better suit the needs of the organization. This included the integration of new tools and technologies, as well as the implementation of best practices for pipeline management.

For the AWS ECS cost optimization, the objective was to reduce expenses associated with the service. This involved conducting a thorough analysis of the organization's usage of the ECS service, identifying areas where costs could be reduced, and implementing changes accordingly. This could include scaling down unnecessary resources, implementing reserved instances, and using spot instances. Additionally, the organization implemented monitoring and reporting mechanisms to track and measure the impact of the cost optimization measures.

The project aimed to convert Windows .NetCore services to Linux environments and automates the CI/CD pipeline using Jenkins.

The goal was to migrate the existing Windows for the conversion of services.NetCore services to Linux environments typically have better performance and lower costs. This involved analyzing the current services and identifying any compatibility issues, modifying the code and configurations as needed, testing the services in the new environment, and deploying them.

As DevOps working on the automation of the CI/CD pipeline, the goal was to improve the efficiency and reliability of the software development process. This involved setting up Jenkins as the CI/CD tool, and creating new pipelines for various stages of the software development process such as building, testing, and deploying. Additionally, scripts were written to automate repetitive tasks such as building and deploying the services to the Linux environments. The organization also implemented monitoring and reporting mechanisms to track and measure the performance of the pipeline.

Working on Ceph, IBM BPM, and IBM Datacap Implementations.

Deploying Ceph, IBM BPM, and IBM Datacap requires a thorough understanding of each technology and the ability to execute a well-planned implementation strategy. When working with these solutions, it is important to assess the client's needs and requirements, design the architecture, and configure the systems for optimal performance. During the deployment process, it is also necessary to perform thorough testing, troubleshoot any issues, and provide training and support to end-users. Effective communication and collaboration with stakeholders and cross-functional teams is also key to ensuring a successful deployment. Overall, deploying Ceph, IBM BPM, and IBM Datacap requires a combination of technical skills, project management expertise, and a focus on delivering high-quality results

The project aimed to deploy and configure new builds of Singular products using Jenkins, Docker, Ansible, Git, and a DevOps approach.

For the deployment of new builds, the goal was to set up a process for deploying and configuring new versions of the Singular products in a consistent and efficient manner. This involved using Jenkins to automate the build and deployment process, using Docker to containerize the application, and Ansible to automate the configuration of the application. Additionally, Git was used for version control and tracking changes to the application.

For the configuration of new builds, the goal was to set up a process for configuring new versions of the Singular products in a consistent and efficient manner. This involved using Ansible to automate the configuration of the application, and Jenkins to automate the build and deployment process. Additionally, Git was used for version control and tracking changes to the configuration.

• Hardware/software configuration and implementation of the FINA banking software at the National Bank of Tajikistan. This advanced software, written in Java, is designed to gather documents from finance companies for central bank use. The deployment of the FINA application was carried out on a Windows-based bare-metal server, utilizing hyper-v virtualization technology. A virtual machine was created on the hyper-v platform, on which the FINA product was deployed. This ensured the highest level of performance, compatibility, and stability. Additionally, I was responsible for configuring a secure VPN connection to support the safe and confidential transfer of financial data. With the successful implementation of FINA, the National Bank of Tajikistan now has a modern, efficient solution for document gathering and central bank operations, with added security through the VPN configuration and the utilization of virtualization technology.