Trusted by fast-moving brands and agencies in Uzbekistan and worldwide
Why trust us?
Devops culture
We establish a strong DevOps culture that can lead to improved efficiency, faster time-to-market, and better collaboration between teams.
High standards
Working with a variety of applications, we have developed our internal engineering standards to guarantee exceptional performance and quality
Adaptive technologies
We have accumulated extensive experience with almost any software and we are able to support a diverse software stack by using thoughtful approach and universal technologies
Focus on business requirements
We look into the most important business requirements and build infrastructure to achieve the best result for you
Our services
Proxima provides secure and stable projects with clear terms
Classical Linux administration
Our permanent team of engineers offers initial project setup and round-the-clock support.
DevOps as a service
Our services include infrastructure support, creating a developer-friendly environment, and implementing DevOps practices.
Standard Kubernetes Cluster
We provide a fully-managed, secure and scalable Kubernetes environment with automatic upgrades, seamless integration, and 24/7 support to meet your application needs.
Penetration testing
Complex audit of security of your infrastructure
Our Projects
Task
The objective was to migrate both the large Learning Management System (LMS) and Customer Relationship Management (CRM) system of one of the largest English learning centers in Uzbekistan to a bare-metal Kubernetes infrastructure, with a focus on providing ongoing support for both systems in the future.
Solution
Our team accomplished the migration of the entire LMS and CRM system to our Kubernetes solution within a very short period of one month. We also implemented a new CI/CD pipeline, secret management system for safe storage of sensitive information, server management system, and a comprehensive monitoring system for the entire infrastructure. Currently, we are providing ongoing support for the cluster.
Implemented technologies
Task
Continuous support of the large infrastructure of the Delivery system which handles more than ten thousand orders from many of its clients in a day.
Solution
Our team successfully migrated the project from Docker Swarm to a bare-metal Kubernetes infrastructure with over 15 worker nodes. We deployed a PostgreSQL cluster using Patroni and Ansible to handle increased client requests. Currently, we are working on implementing autoscaling for critical microservices to handle high loads as needed.
Implemented technologies
Task
Terraform migration of resources from multiple platforms, implementing Continuous Delivery for Kubernetes, migrating servers to a Kubernetes cluster on GCP, redeploying open source software using Helm, and considering Helm for managing backend services with templates.
Solution
To address the project objectives, we implemented ArgoCD to enable continuous delivery in Kubernetes. Additionally, we are planning to migrate servers from Digital Ocean to a Kubernetes cluster on GCP and explore the use of Helm for redeploying open source software and backend service management with templates to streamline the workload management process. Lastly, a thorough execution of a Terraform migration is planned to enhance infrastructure transparency by moving resources from GCP
Implemented technologies
Task
The objective is to maintain a high-load infrastructure distributed across several datacenters and ensure maximum uptime by enhancing the system's capability to handle increasing client requests. The primary focus is on continuously improving the system's performance to provide uninterrupted service to clients.
Solution
Ongoing support for the infrastructure, migrating components when necessary, and making necessary improvements. Applications are containerized to streamline processes, and critical system components are closely monitored to ensure optimal performance. Deployment is automated using Ansible, and the infrastructure is being prepared for future migration to Kubernetes.
Implemented technologies
Task
The tasks involve providing support for Zip24 products such as Shipox, Storfox, and others, as well as reducing costs and closely monitoring these products. The overall infrastructure optimization for better performance. Fault-tolerant system components deployment using infrastructure as code (IaC) tools, and continuous integration/continuous deployment (CI/CD) pipelines optimization using the latest tools.
Solution
Our team conducted a thorough analysis of various cloud providers and successfully migrated our EKS to a new provider by deploying bare-metal Kubernetes. We also deployed a monitoring system to continuously monitor the overall performance and quickly address any issues that arise. The deployment process for applications is streamlined using Ansible.
Implemented technologies
Task
The task was to complete the migration of all projects and microservices from Docker Swarm to bare-metal Kubernetes within a tight deadline of approximately two months.
Solution
Our team accomplished the migration of all services to a production-ready bare-metal Kubernetes cluster within the deadline of 2 months. The cluster is now handling loads from almost all government entities in Uzbekistan. Currently, we continue to provide support by continuously adding new services to the cluster.
Implemented technologies
Task
Deployment, monitoring and support of all Udevs projects and its products such as Ucode, UPM and others.
Solution
Our team provides ongoing support and monitoring for over 100 Linux servers and 500 microservices deployed across more than 15 Kubernetes clusters located in multiple data centers across Europe and Uzbekistan.
Implemented technologies
Task
We were responsible for deploying and providing ongoing support for the Learning Management System (LMS) used by one of the largest IT education centers in Uzbekistan. Additionally, we were tasked with deploying other projects for Abutech, an IT outsourcing company.
Solution
We deployed the system using Ansible and Docker containers, and implemented a monitoring system using Grafana, Prometheus, and Kuma uptime to ensure optimal performance. Our team also established continuous integration/continuous deployment (CI/CD) pipelines for each microservice of the large project. In the future, we plan to migrate the project to Kubernetes.
Implemented technologies
Task
The objective was to migrate both the large Learning Management System (LMS) and Customer Relationship Management (CRM) system of one of the largest English learning centers in Uzbekistan to a bare-metal Kubernetes infrastructure, with a focus on providing ongoing support for both systems in the future.
Solution
Our team accomplished the migration of the entire LMS and CRM system to our Kubernetes solution within a very short period of one month. We also implemented a new CI/CD pipeline, secret management system for safe storage of sensitive information, server management system, and a comprehensive monitoring system for the entire infrastructure. Currently, we are providing ongoing support for the cluster.
Implemented technologies
Task
Continuous support of the large infrastructure of the Delivery system which handles more than ten thousand orders from many of its clients in a day.
Solution
Our team successfully migrated the project from Docker Swarm to a bare-metal Kubernetes infrastructure with over 15 worker nodes. We deployed a PostgreSQL cluster using Patroni and Ansible to handle increased client requests. Currently, we are working on implementing autoscaling for critical microservices to handle high loads as needed.
Implemented technologies
Task
Terraform migration of resources from multiple platforms, implementing Continuous Delivery for Kubernetes, migrating servers to a Kubernetes cluster on GCP, redeploying open source software using Helm, and considering Helm for managing backend services with templates.
Solution
To address the project objectives, we implemented ArgoCD to enable continuous delivery in Kubernetes. Additionally, we are planning to migrate servers from Digital Ocean to a Kubernetes cluster on GCP and explore the use of Helm for redeploying open source software and backend service management with templates to streamline the workload management process. Lastly, a thorough execution of a Terraform migration is planned to enhance infrastructure transparency by moving resources from GCP
Implemented technologies
Task
The objective is to maintain a high-load infrastructure distributed across several datacenters and ensure maximum uptime by enhancing the system's capability to handle increasing client requests. The primary focus is on continuously improving the system's performance to provide uninterrupted service to clients.
Solution
Ongoing support for the infrastructure, migrating components when necessary, and making necessary improvements. Applications are containerized to streamline processes, and critical system components are closely monitored to ensure optimal performance. Deployment is automated using Ansible, and the infrastructure is being prepared for future migration to Kubernetes.
Implemented technologies
Task
Continuous support of the large infrastructure of the Delivery system which handles more than ten thousand orders from many of its clients in a day.
Solution
Our team successfully migrated the project from Docker Swarm to a bare-metal Kubernetes infrastructure with over 15 worker nodes. We deployed a PostgreSQL cluster using Patroni and Ansible to handle increased client requests. Currently, we are working on implementing autoscaling for critical microservices to handle high loads as needed.
Implemented technologies
Task
Terraform migration of resources from multiple platforms, implementing Continuous Delivery for Kubernetes, migrating servers to a Kubernetes cluster on GCP, redeploying open source software using Helm, and considering Helm for managing backend services with templates.
Solution
To address the project objectives, we implemented ArgoCD to enable continuous delivery in Kubernetes. Additionally, we are planning to migrate servers from Digital Ocean to a Kubernetes cluster on GCP and explore the use of Helm for redeploying open source software and backend service management with templates to streamline the workload management process. Lastly, a thorough execution of a Terraform migration is planned to enhance infrastructure transparency by moving resources from GCP
Implemented technologies
Task
The objective is to maintain a high-load infrastructure distributed across several datacenters and ensure maximum uptime by enhancing the system's capability to handle increasing client requests. The primary focus is on continuously improving the system's performance to provide uninterrupted service to clients.
Solution
Ongoing support for the infrastructure, migrating components when necessary, and making necessary improvements. Applications are containerized to streamline processes, and critical system components are closely monitored to ensure optimal performance. Deployment is automated using Ansible, and the infrastructure is being prepared for future migration to Kubernetes.
Implemented technologies
Task
The tasks involve providing support for Zip24 products such as Shipox, Storfox, and others, as well as reducing costs and closely monitoring these products. The overall infrastructure optimization for better performance. Fault-tolerant system components deployment using infrastructure as code (IaC) tools, and continuous integration/continuous deployment (CI/CD) pipelines optimization using the latest tools.
Solution
Our team conducted a thorough analysis of various cloud providers and successfully migrated our EKS to a new provider by deploying bare-metal Kubernetes. We also deployed a monitoring system to continuously monitor the overall performance and quickly address any issues that arise. The deployment process for applications is streamlined using Ansible.
Implemented technologies
Task
The task was to complete the migration of all projects and microservices from Docker Swarm to bare-metal Kubernetes within a tight deadline of approximately two months.
Solution
Our team accomplished the migration of all services to a production-ready bare-metal Kubernetes cluster within the deadline of 2 months. The cluster is now handling loads from almost all government entities in Uzbekistan. Currently, we continue to provide support by continuously adding new services to the cluster.
Implemented technologies
Task
Deployment, monitoring and support of all Udevs projects and its products such as Ucode, UPM and others.
Solution
Our team provides ongoing support and monitoring for over 100 Linux servers and 500 microservices deployed across more than 15 Kubernetes clusters located in multiple data centers across Europe and Uzbekistan.
Implemented technologies
Task
We were responsible for deploying and providing ongoing support for the Learning Management System (LMS) used by one of the largest IT education centers in Uzbekistan. Additionally, we were tasked with deploying other projects for Abutech, an IT outsourcing company.
Solution
We deployed the system using Ansible and Docker containers, and implemented a monitoring system using Grafana, Prometheus, and Kuma uptime to ensure optimal performance. Our team also established continuous integration/continuous deployment (CI/CD) pipelines for each microservice of the large project. In the future, we plan to migrate the project to Kubernetes.
Implemented technologies
Task
The objective was to migrate both the large Learning Management System (LMS) and Customer Relationship Management (CRM) system of one of the largest English learning centers in Uzbekistan to a bare-metal Kubernetes infrastructure, with a focus on providing ongoing support for both systems in the future.
Solution
Our team accomplished the migration of the entire LMS and CRM system to our Kubernetes solution within a very short period of one month. We also implemented a new CI/CD pipeline, secret management system for safe storage of sensitive information, server management system, and a comprehensive monitoring system for the entire infrastructure. Currently, we are providing ongoing support for the cluster.
Implemented technologies
Task
Continuous support of the large infrastructure of the Delivery system which handles more than ten thousand orders from many of its clients in a day.
Solution
Our team successfully migrated the project from Docker Swarm to a bare-metal Kubernetes infrastructure with over 15 worker nodes. We deployed a PostgreSQL cluster using Patroni and Ansible to handle increased client requests. Currently, we are working on implementing autoscaling for critical microservices to handle high loads as needed.
Implemented technologies
Task
Terraform migration of resources from multiple platforms, implementing Continuous Delivery for Kubernetes, migrating servers to a Kubernetes cluster on GCP, redeploying open source software using Helm, and considering Helm for managing backend services with templates.
Solution
To address the project objectives, we implemented ArgoCD to enable continuous delivery in Kubernetes. Additionally, we are planning to migrate servers from Digital Ocean to a Kubernetes cluster on GCP and explore the use of Helm for redeploying open source software and backend service management with templates to streamline the workload management process. Lastly, a thorough execution of a Terraform migration is planned to enhance infrastructure transparency by moving resources from GCP
Implemented technologies
Stack of used technology at Proxima
Ansible
We manage your infrastructure not manually, but through scripts
Cloud CI
Cloud solution for CI/CD
Helm
We draw charts for your applications
Loki
We collect all logs in one place
Grafana
We visualize all the infrastructure
Vault
We implement secret management with latest tools
Gitlab/CI
We land DevOps Approach on Git Repository
Docker
We pack applications into containers
Terraform
We increase opportunities for creating & managing cloud resources
Kubernetes
We automate the deployment, scaling, and management of containerized applications
EFK
We configure elastic/fluent/kibana to collect and display logs
Prometheus
We monitor systems aimed to business metrics
Partner’s feedback
What our partners say about Proxima
Fakhriddin Yusupov
CEO @ Delever
So far, I am truly pleased with how the company has improved our processes through DevOps. They responded quickly to our needs and are always ready to help. I have complete confidence in them and look forward to continuing our long-term cooperation!
Abdullo Hidoyatov
CTO @ Udevs
Working with Proxima on 24 projects demonstrated their high competence and responsiveness in DevOps. They effectively address errors and adhere to deadlines, making our collaboration productive. I recommend Proxima as a reliable partner in DevOps outsourcing.
Muzaffar Erkinov
Owner & CEO @ Inter Nation
Proxima met our expectations by providing high-quality DevOps services. The communication and responses from the team were excellent, and the timing and delivery of projects were in line with our requirements. I express my gratitude to the professional team at Proxima and definitely recommend their services.
Rasulbek Mirzayev
CTO @ UNICONSOFT
I would like to emphasize that this is a company that is constantly working on itself, is interested in studying foreign experience and knows how to apply it in practice, has motivated and capable staff that quickly adapts to the new environment.
Andrew Hnatyuk
ex-CTO @ Zip24
At the beginning we were not sure, but practice showed how quickly, efficiently and to what extent process automation, delivery and production support were implemented
Fakhriddin Yusupov
CEO @ Delever
So far, I am truly pleased with how the company has improved our processes through DevOps. They responded quickly to our needs and are always ready to help. I have complete confidence in them and look forward to continuing our long-term cooperation!
Abdullo Hidoyatov
CTO @ Udevs
Working with Proxima on 24 projects demonstrated their high competence and responsiveness in DevOps. They effectively address errors and adhere to deadlines, making our collaboration productive. I recommend Proxima as a reliable partner in DevOps outsourcing.
Contact us for more information
Reach out to us through an email or a phone call
Or book a call to get all your questions answered
Or book a call to get all your questions answered