Full cycle of DevOps service

Our SRE engineers will be useful at any stage:

Planning

Development

Assembling

Testing

Delivery

Support

We minimize costs and plan the timing of product creation

Full automation of processes

Identifying problems at the early stages

We identify deep problems before users

Multiple release with changes

We reduce the downtime of the service to a minimum

fault-tolerant systems have been designed

Saving money when building infrastructure

Reduction of unplanned
work and improvements

times

increasing the frequency
of deployments

reducing costs for full-time employees

A few numbers:

times

What happened in 7 days:

Our work with clients:

Infrastructure and CI /CD

Migration to the clouds and Kubernetes

SRE, DevOps practices and tools

A comprehensive approach to troubleshooting

Expertise

Ensuring the optimal cost of your infrastructure

Freedom to choose clouds and other service providers

No risk of loss of information with frequent changes of employees

Fast start, flexible workforce scaling

Economy

24/7 support with 15-minute SLA

Vendor-agnostic infrastructure

Open source solutions

Absence of risks

A team of DevOps engineers

Deferred Workflow

A convenient chatbot for interacting with the  team

Transparent progress reporting

Communication

Client onboarding:

Save your information about us

Our projects

Task

Decision

Implemented technologies:

To build a fault-tolerant platform for application deployment, as well as to transfer all software development processes to modern technologies for the Chocofamily group of companies.

Our SRE engineers deployed several Kubernetes clusters, implemented CI/CD processes for various development environments, and migrated more than 600 services to new "rails". We also developed CI/CD templates for several programming languages - PHP, Python, etc. We organized centralized access to various systems for 450 employees and upgraded the monitoring system for digital products.

CI/CD на базе Gitlab

Jira/Confluence

Nexus Sonatype

Docker

Kubernetes

FreeIPA

Zabbix

Prometheus, Grafana

EFK

RabbitMQ

PostgreSQL

1C worker

1C server

Proxmox

Apache2

During the phased transfer of the project to the updated architecture, we ensured more than twofold growth of the infrastructure and its scalability.

The Innbukh service was experiencing difficulties with the existing solution: applications were hanging due to improper allocation of resources, there was an uncontrolled distribution of licenses, and so expensive. In addition, the available tools did not allow automating the creation, deletion and migration of databases.

Glusterfs

Implemented technologies:

Decision

Task

Fortigate

Mikrotik

Cisco

Nutanix

Proxmox

Zabbix

Oracle

MS Exchange

First of all, our engineers prepared the target infrastructure, deployed the network layer and created the necessary virtual machines on the side of the Insurance Company "Basel" JSC. To communicate with the data center of JSC "Kaspi Bank", a temporary communication channel was "raised" and corresponding routes were prescribed, which in turn made it possible to make a step-by-step migration process without denial of service for the end user. In the designated period of time, we completely separated IP telephony, DBMS and various auxiliary systems. Also, our specialists have upgraded some systems and implemented various solutions based on open source.

MS Active Directory

Fully separate the infrastructure in connection with the allocation of the insurance division of JSC "Kaspi Bank" into a separate entity - JSC Insurance Company "Basel"

Asterisk

Implemented technologies:

Decision

Task

Our projects

Task

Decision

Implemented technologies:

Fully separate the infrastructure in connection with the allocation of the insurance division of JSC "Kaspi Bank" into a separate entity - JSC Insurance Company "Basel"

First of all, our engineers prepared the target infrastructure, deployed the network layer and created the necessary virtual machines on the side of the Insurance Company "Basel" JSC. To communicate with the data center of JSC "Kaspi Bank", a temporary communication channel was "raised" and corresponding routes were prescribed, which in turn made it possible to make a step-by-step migration process without denial of service for the end user. In the designated period of time, we completely separated IP telephony, DBMS and various auxiliary systems. Also, our specialists have upgraded some systems and implemented various solutions based on open source.

Mikrotik

Fortigate

Proxmox

Nutanix

Cisco

Oracle

Zabbix

Asterisk

MS Active Directory

MS Exchange

Nexus Sonatype

Jira/Confluence

CI/CD на базе Gitlab

Kubernetes

Docker

Zabbix

FreeIPA

RabbitMQ

Our SRE engineers deployed several Kubernetes clusters, implemented CI/CD processes for various development environments, and migrated more than 600 services to new "rails". We also developed CI/CD templates for several programming languages - PHP, Python, etc. We organized centralized access to various systems for 450 employees and upgraded the monitoring system for digital products.

EFK

To build a fault-tolerant platform for application deployment, as well as to transfer all software development processes to modern technologies for the Chocofamily group of companies.

Prometheus, Grafana

Implemented technologies:

Decision

Task

ELK

Nginx

GlustreFS

PostgreSQL

Kubernetes

Grafana

Prometheus

To implement the set business requirements, we have "deployed" a fault-tolerant infrastructure based on Kubernetes in multi-master mode, PostgreSQL of 3 replicas with Patroni wrapper, as well as distributed file storage GlusterFS. After the basic configuration, we switched to load testing, thanks to which we received accurate metrics for horizontal scaling and identified all the "bottlenecks" of the system. At the final stage, our specialists conducted performance tuning with the subsequent transfer of the infrastructure to the customer's specialists.

jMeter

Implement the HA infrastructure for the Halyk Market project. Perform load testing and "tuning" of the software to process 10,000 simultaneous connections per second.

InfluxDB

Implemented technologies:

Decision

Task

Our projects

Task

Decision

Implemented technologies:

Implement the HA infrastructure for the Halyk Market project. Perform load testing and "tuning" of the software to process 10,000 simultaneous connections per second.

To implement the set business requirements, we have "deployed" a fault-tolerant infrastructure based on Kubernetes in multi-master mode, PostgreSQL of 3 replicas with Patroni wrapper, as well as distributed file storage GlusterFS. After the basic configuration, we switched to load testing, thanks to which we received accurate metrics for horizontal scaling and identified all the "bottlenecks" of the system. At the final stage, our specialists conducted performance tuning with the subsequent transfer of the infrastructure to the customer's specialists.

Nginx

ELK

Kubernetes

PostgreSQL

GlustreFS

Grafana

InfluxDB

jMeter

Prometheus

Fortigate

Mikrotik

Cisco

Nutanix

Proxmox

Zabbix

Oracle

MS Exchange

First of all, our engineers prepared the target infrastructure, deployed the network layer and created the necessary virtual machines on the side of the Insurance Company "Basel" JSC. To communicate with the data center of JSC "Kaspi Bank", a temporary communication channel was "raised" and corresponding routes were prescribed, which in turn made it possible to make a step-by-step migration process without denial of service for the end user. In the designated period of time, we completely separated IP telephony, DBMS and various auxiliary systems. Also, our specialists have upgraded some systems and implemented various solutions based on open source.

MS Active Directory

Fully separate the infrastructure in connection with the allocation of the insurance division of JSC "Kaspi Bank" into a separate entity - JSC Insurance Company "Basel"

Asterisk

Implemented technologies:

Decision

Task

Prometheus

PostgreSQL

Gitlab CI/CD

Kubernetes

Terraform

Openstack

Proxmox

We have reduced the fleet of physical servers due to the use of cloud computing. As a result of the migration of the project to the Kubernetes platform, in conjunction with cloud services, it was possible to optimize resource consumption, as well as apply technologies for horizontal automatic scaling. Our engineers have implemented the Getops methodology using solutions from GitLab and deployed a secure VPN server for centralized work of the client team. As a result, the client was able to reduce infrastructure costs, as well as automate development processes and, as a result, reduce time-to-market.

GitOps

Audit the fleet of physical servers, solve problems with the availability of the application, develop the architecture and offer options for the assembly, testing and delivery of the product.

PHP

Implemented technologies:

Decision

Task

Our projects

Task

Decision

Implemented technologies:

Audit the fleet of physical servers, solve problems with the availability of the application, develop the architecture and offer options for the assembly, testing and delivery of the product.

We have reduced the fleet of physical servers due to the use of cloud computing. As a result of the migration of the project to the Kubernetes platform, in conjunction with cloud services, it was possible to optimize resource consumption, as well as apply technologies for horizontal automatic scaling. Our engineers have implemented the Getops methodology using solutions from GitLab and deployed a secure VPN server for centralized work of the client team. As a result, the client was able to reduce infrastructure costs, as well as automate development processes and, as a result, reduce time-to-market.

Gitlab CI/CD

PostgreSQL

Openstack

Terraform

Kubernetes

PHP

GitOps

Proxmox

Prometheus

ELK

Nginx

GlustreFS

PostgreSQL

Kubernetes

Grafana

Prometheus

To implement the set business requirements, we have "deployed" a fault-tolerant infrastructure based on Kubernetes in multi-master mode, PostgreSQL of 3 replicas with Patroni wrapper, as well as distributed file storage GlusterFS. After the basic configuration, we switched to load testing, thanks to which we received accurate metrics for horizontal scaling and identified all the "bottlenecks" of the system. At the final stage, our specialists conducted performance tuning with the subsequent transfer of the infrastructure to the customer's specialists.

jMeter

Implement the HA infrastructure for the Halyk Market project. Perform load testing and "tuning" of the software to process 10,000 simultaneous connections per second.

InfluxDB

Implemented technologies:

Decision

Task

PostgreSQL

Grafana

Helm v3

Gitlab

RabbitMQ

Redis

The application architecture consisted of microservices developed in java and angular. CI practice was partially applied in production, but at the same time, due to the huge number of their own scripts, many processes depended on the work of one engineer. To solve this problem, we deployed a Kubernetes cluster, created a master-slave PostgreSQL replication. We have implemented a real unified CI for all microservices through Helm. The client now has more environments for testing.

K8S

One of the largest Prime Source software developers in Kazakhstan addressed the task of optimizing the CI/CD infrastructure and processes.

EFK

Implemented technologies:

Decision

Task

Our projects

Task

Decision

Implemented technologies:

EFK

One of the largest Prime Source software developers in Kazakhstan addressed the task of optimizing the CI/CD infrastructure and processes.

K8S

The application architecture consisted of microservices developed in java and angular. CI practice was partially applied in production, but at the same time, due to the huge number of their own scripts, many processes depended on the work of one engineer. To solve this problem, we deployed a Kubernetes cluster, created a master-slave PostgreSQL replication. We have implemented a real unified CI for all microservices through Helm. The client now has more environments for testing.

Redis

RabbitMQ

Gitlab

Helm v3

Prometheus

Grafana

PostgreSQL

Task

Decision

Implemented technologies:

Nexus

Sberbank needed to implement advanced DevOps practices. But the closed low-code solutions used in the company did not allow to rebuild production processes.

HAProxy

As a result of the infrastructure audit, we decided to create a technology for assembling, testing and delivering products for the client from scratch. For the solution we have developed, we have also established end-to-end integration between all the client's systems. We have named the resulting product Semaphore and are actively improving it. As a result, Sberbank was able to successfully implement DevOps in its processes.

Outsystems

Jenkins

Jira

BitBucket

Docker

Semaphor

Task

Decision

Implemented technologies:

PHP

Audit the fleet of physical servers, solve problems with the availability of the application, develop the architecture and offer options for the assembly, testing and delivery of the product.

GitOps

We have reduced the fleet of physical servers due to the use of cloud computing. As a result of the migration of the project to the Kubernetes platform, in conjunction with cloud services, it was possible to optimize resource consumption, as well as apply technologies for horizontal automatic scaling. Our engineers have implemented the Getops methodology using solutions from GitLab and deployed a secure VPN server for centralized work of the client team. As a result, the client was able to reduce infrastructure costs, as well as automate development processes and, as a result, reduce time-to-market.

Proxmox

Openstack

Terraform

Kubernetes

Gitlab CI/CD

PostgreSQL

Our projects

Task

Decision

Implemented technologies:

Nexus

Sberbank needed to implement advanced DevOps practices. But the closed low-code solutions used in the company did not allow to rebuild production processes.

HAProxy

As a result of the infrastructure audit, we decided to create a technology for assembling, testing and delivering products for the client from scratch. For the solution we have developed, we have also established end-to-end integration between all the client's systems. We have named the resulting product Semaphore and are actively improving it. As a result, Sberbank was able to successfully implement DevOps in its processes.

Outsystems

Jenkins

Jira

BitBucket

Docker

Semaphor

Task

Decision

Implemented technologies:

Loki

Abandon “vendor lock-in" solutions and move on to independent product development. Organize an in-house development team, migrate the project to Yandex cloud infrastructure and pass PCI DSS certification.

Prometheus

Our engineers have done work on the deployment of hybrid infrastructure: Development, Stage environments and development environment on physical servers, Production on Yandex cloud. We have prepared the infrastructure and successfully passed the Information Security Audit (PCI DSS). Automated development processes, implemented tools for statistical analysis of code and docker containers for vulnerabilities. We have organized a proactive incident response system and implemented tools for monitoring critical metrics.

Grafana

Harbor

Gitlab

Kubernetes

PostgreSQL

Kafka

ElasticSearch

Nginx

Task

Decision

Implemented technologies:

EFK

One of the largest Prime Source software developers in Kazakhstan addressed the task of optimizing the CI/CD infrastructure and processes.

K8S

The application architecture consisted of microservices developed in java and angular. CI practice was partially applied in production, but at the same time, due to the huge number of their own scripts, many processes depended on the work of one engineer. To solve this problem, we deployed a Kubernetes cluster, created a master-slave PostgreSQL replication. We have implemented a real unified CI for all microservices through Helm. The client now has more environments for testing.

Redis

RabbitMQ

Gitlab

Helm v3

Prometheus

Grafana

PostgreSQL

Our projects

Task

Decision

Implemented technologies:

Abandon “vendor lock-in" solutions and move on to independent product development. Organize an in-house development team, migrate the project to Yandex cloud infrastructure and pass PCI DSS certification.

Our engineers have done work on the deployment of hybrid infrastructure: Development, Stage environments and development environment on physical servers, Production on Yandex cloud. We have prepared the infrastructure and successfully passed the Information Security Audit (PCI DSS). Automated development processes, implemented tools for statistical analysis of code and docker containers for vulnerabilities. We have organized a proactive incident response system and implemented tools for monitoring critical metrics.

ElasticSearch

Nginx

Kubernetes

PostgreSQL

Kafka

Harbor

Gitlab

Loki

Prometheus

Grafana

Semaphor

Docker

BitBucket

Jira

Jenkins

Outsystems

As a result of the infrastructure audit, we decided to create a technology for assembling, testing and delivering products for the client from scratch. For the solution we have developed, we have also established end-to-end integration between all the client's systems. We have named the resulting product Semaphore and are actively improving it. As a result, Sberbank was able to successfully implement DevOps in its processes.

HAProxy

Sberbank needed to implement advanced DevOps practices. But the closed low-code solutions used in the company did not allow to rebuild production processes.

Nexus

Implemented technologies:

Decision

Task

Grafana

Nexus

Sonarqube

CI/CD Gitlab

Kubernetes

Jira

Elk

We have deployed Kubernetes clusters for the main site and a number of internal systems of the company. The implemented fault-tolerant system included a hot backup system hosted in another data center, dedicated development and testing environments for all customer services, and established CI/CD processes based on GitLab. As a result of the work, we have increased the speed of development, the frequency of releases and the quality of code testing.

Rancher

Beeline Kazakhstan's Internal Development Department has asked to build a pipeline of continuous delivery of CI/CD applications using DevOps practice.

Prometheus

Implemented technologies:

Decision

Task

Our projects

Task

Decision

Implemented technologies:

Beeline Kazakhstan's Internal Development Department has asked to build a pipeline of continuous delivery of CI/CD applications using DevOps practice.

We have deployed Kubernetes clusters for the main site and a number of internal systems of the company. The implemented fault-tolerant system included a hot backup system hosted in another data center, dedicated development and testing environments for all customer services, and established CI/CD processes based on GitLab. As a result of the work, we have increased the speed of development, the frequency of releases and the quality of code testing.

Nexus

Grafana

Kubernetes

CI/CD Gitlab

Sonarqube

Jira

Prometheus

Rancher

Elk

Harbor

Nginx

ElasticSearch

Kafka

PostgreSQL

Kubernetes

Gitlab

Grafana

Our engineers have done work on the deployment of hybrid infrastructure: Development, Stage environments and development environment on physical servers, Production on Yandex cloud. We have prepared the infrastructure and successfully passed the Information Security Audit (PCI DSS). Automated development processes, implemented tools for statistical analysis of code and docker containers for vulnerabilities. We have organized a proactive incident response system and implemented tools for monitoring critical metrics.

Prometheus

Abandon “vendor lock-in" solutions and move on to independent product development. Organize an in-house development team, migrate the project to Yandex cloud infrastructure and pass PCI DSS certification.

Loki

Implemented technologies:

Decision

Task

Prometheus

Grafana

Sonarqube

CI/CD Gitlab

Kubernetes

We have completely redesigned the existing infrastructure in accordance with our best practices and moved the banking system to the Kubernetes cluster. On it, we implemented CI/CD processes with several development environments, and also solved numerous and business-critical problems with Elasticsearch, which is very actively used in the application.

Elk

The First Credit Bureau decided to rebuild the architecture and set up CI/CD for its Automated banking system (CBS). But the company had not built such architectures before and it lacked the appropriate infrastructure.

Jira

Implemented technologies:

Decision

Task

Our projects

Task

Decision

Implemented technologies:

The First Credit Bureau decided to rebuild the architecture and set up CI/CD for its Automated banking system (CBS). But the company had not built such architectures before and it lacked the appropriate infrastructure.

We have completely redesigned the existing infrastructure in accordance with our best practices and moved the banking system to the Kubernetes cluster. On it, we implemented CI/CD processes with several development environments, and also solved numerous and business-critical problems with Elasticsearch, which is very actively used in the application.

Grafana

Prometheus

Kubernetes

CI/CD Gitlab

Sonarqube

Jira

Elk

Grafana

Nexus

Sonarqube

CI/CD Gitlab

Kubernetes

Jira

Elk

We have deployed Kubernetes clusters for the main site and a number of internal systems of the company. The implemented fault-tolerant system included a hot backup system hosted in another data center, dedicated development and testing environments for all customer services, and established CI/CD processes based on GitLab. As a result of the work, we have increased the speed of development, the frequency of releases and the quality of code testing.

Rancher

Beeline Kazakhstan's Internal Development Department has asked to build a pipeline of continuous delivery of CI/CD applications using DevOps practice.

Prometheus

Implemented technologies:

Decision

Task

Prometheus

Grafana

Sonarqube

CI/CD Gitlab

Kubernetes

Elk

Jira

In a short time, we deployed a new platform from scratch and provided a ready-made solution: from the installation of bare metal equipment to the installation and configuration of components directly involved in Internet broadcasting. After that, we migrated the prod environment to the new infrastructure and improved the fault tolerance characteristics.

Rancher

Features of the company's technological line Froot.com The internal development department was not allowed to build a CI/CD pipeline using DevOps practices on its own infrastructure.

Nexus

Implemented technologies:

Decision

Task

Our projects

Task

Decision

Implemented technologies:

Features of the company's technological line Froot.com The internal development department was not allowed to build a CI/CD pipeline using DevOps practices on its own infrastructure.

In a short time, we deployed a new platform from scratch and provided a ready-made solution: from the installation of bare metal equipment to the installation and configuration of components directly involved in Internet broadcasting. After that, we migrated the prod environment to the new infrastructure and improved the fault tolerance characteristics.

Grafana

Prometheus

Kubernetes

CI/CD Gitlab

Sonarqube

Elk

Nexus

Rancher

Jira

Prometheus

Grafana

Sonarqube

CI/CD Gitlab

Kubernetes

We have completely redesigned the existing infrastructure in accordance with our best practices and moved the banking system to the Kubernetes cluster. On it, we implemented CI/CD processes with several development environments, and also solved numerous and business-critical problems with Elasticsearch, which is very actively used in the application.

Elk

The First Credit Bureau decided to rebuild the architecture and set up CI/CD for its Automated banking system (CBS). But the company had not built such architectures before and it lacked the appropriate infrastructure.

Jira

Implemented technologies:

Decision

Task

VMware

Gitlab-CI

PostgreSQL

Zabbix

Kubernetes

Sentry

Elasticsearch

ELK

To ensure horizontal scalability, the Kubernetes cluster was implemented. The gradual migration of the project to the updated architecture ensured the successful and more than twofold (from the point of view of infrastructure) growth of the project, formed the foundation for its further evolution as a scalable solution. Developers have received constant consultations and tools that simplify the processes of delivering applications to production. Numerous and business-critical problems with Elasticsearch, which is actively used in the application, have been solved.

Nginx

The infrastructure of the online store is built on simple and proven, but difficult to scale solutions. They limited the opportunities for growth and infrastructure management of the entire project. There was a need for horizontal scaling and optimization of the DBMS.

NFS

Implemented technologies:

Decision

Task

Our projects

Task

Decision

Implemented technologies:

The infrastructure of the online store is built on simple and proven, but difficult to scale solutions. They limited the opportunities for growth and infrastructure management of the entire project. There was a need for horizontal scaling and optimization of the DBMS.

To ensure horizontal scalability, the Kubernetes cluster was implemented. The gradual migration of the project to the updated architecture ensured the successful and more than twofold (from the point of view of infrastructure) growth of the project, formed the foundation for its further evolution as a scalable solution. Developers have received constant consultations and tools that simplify the processes of delivering applications to production. Numerous and business-critical problems with Elasticsearch, which is actively used in the application, have been solved.

Gitlab-CI

VMware

Kubernetes

Zabbix

PostgreSQL

Elasticsearch

Sentry

NFS

Nginx

ELK

Prometheus

Grafana

Sonarqube

CI/CD Gitlab

Kubernetes

Elk

Jira

In a short time, we deployed a new platform from scratch and provided a ready-made solution: from the installation of bare metal equipment to the installation and configuration of components directly involved in Internet broadcasting. After that, we migrated the prod environment to the new infrastructure and improved the fault tolerance characteristics.

Rancher

Features of the company's technological line Froot.com The internal development department was not allowed to build a CI/CD pipeline using DevOps practices on its own infrastructure.

Nexus

Implemented technologies:

Decision

Task

PostgreSQL

1C worker

1C server

Proxmox

Apache2

During the phased transfer of the project to the updated architecture, we ensured more than twofold growth of the infrastructure and its scalability.

The Innbukh service was experiencing difficulties with the existing solution: applications were hanging due to improper allocation of resources, there was an uncontrolled distribution of licenses, and so expensive. In addition, the available tools did not allow automating the creation, deletion and migration of databases.

Glusterfs

Implemented technologies:

Decision

Task

Our projects

Task

Decision

Implemented technologies:

The Innbukh service was experiencing difficulties with the existing solution: applications were hanging due to improper allocation of resources, there was an uncontrolled distribution of licenses, and so expensive. In addition, the available tools did not allow automating the creation, deletion and migration of databases.

During the phased transfer of the project to the updated architecture, we ensured more than twofold growth of the infrastructure and its scalability.

1C worker

PostgreSQL

Apache2

Proxmox

1C server

Glusterfs

VMware

Gitlab-CI

PostgreSQL

Zabbix

Kubernetes

Sentry

Elasticsearch

ELK

To ensure horizontal scalability, the Kubernetes cluster was implemented. The gradual migration of the project to the updated architecture ensured the successful and more than twofold (from the point of view of infrastructure) growth of the project, formed the foundation for its further evolution as a scalable solution. Developers have received constant consultations and tools that simplify the processes of delivering applications to production. Numerous and business-critical problems with Elasticsearch, which is actively used in the application, have been solved.

Nginx

The infrastructure of the online store is built on simple and proven, but difficult to scale solutions. They limited the opportunities for growth and infrastructure management of the entire project. There was a need for horizontal scaling and optimization of the DBMS.

NFS

Implemented technologies:

Decision

Task

Fortigate

Mikrotik

Cisco

Nutanix

Proxmox

Zabbix

Oracle

MS Exchange

First of all, our engineers prepared the target infrastructure, deployed the network layer and created the necessary virtual machines on the side of the Insurance Company "Basel" JSC. To communicate with the data center of JSC "Kaspi Bank", a temporary communication channel was "raised" and corresponding routes were prescribed, which in turn made it possible to make a step-by-step migration process without denial of service for the end user. In the designated period of time, we completely separated IP telephony, DBMS and various auxiliary systems. Also, our specialists have upgraded some systems and implemented various solutions based on open source.

MS Active Directory

Fully separate the infrastructure in connection with the allocation of the insurance division of JSC "Kaspi Bank" into a separate entity - JSC Insurance Company "Basel"

Asterisk

Implemented technologies:

Decision

Task

The stack of technologies used:

Docker Swarm

Deploy the swarm cluster and deploy docker-compose stacks

Ansible

We manage your infrastructure not manually, but through scripts

Cloud CI

Cloud solution for CI/CD

New Relic

Implementing cloud monitoring

Jenkins

We implement it for building applications and testing

EFK

Configuring elastic / fluent / kibana to collect and display logs

Terraform

We are increasing the possibilities for creating and managing cloud resources

Graylog

We collect all logs in one place

Docker

Packing applications into containers

Helm

Drawing charts for your apps

Prometheus

System monitoring with an eye on business metrics

Gitlab / CI

Landing the DevOps approach on git Repositories

Basic

Client Team

Cost

Up to 3 people

/ per month

from 400 000

It is easy to calculate the cost of work

Formation of tariffs

5 applications in Python, Go, Java, PHP or JavaScript

The composition of the project

1 Kubernetes cluster,
1 virtual server with DBMS

Infrastructure

ELK, Postgresql or MySQL DBMS, Redis

Technological components

1 prod-environment

Switching to CI/CD

Client Team

Cost

Plus

Up to 7 people

/ per month

from 1 025 000

Formation of tariffs

10 applications in Python, Go, Java, PHP or JavaScript

The composition of the project

1 Kubernetes cluster,
1 virtual server with DBMS

Infrastructure

ELK, Postgresql or MySQL DBMS, Redis

Technological components

1 prod-environment,
1 stage-environment

Switching to CI/CD

It is easy to calculate the cost of work

Client Team

Cost

Professional

Up to 15 people

/ per month

from 2 275 000

Formation of tariffs

17 applications in Python, Go, Java, PHP or JavaScript

The composition of the project

1 Kubernetes cluster on AWS, 2 virtual server with DBMS, Object S3 storage, Traffic Balancer, FreeIPA

Infrastructure

ELK, Postgresql or MySQL DBMS, Redis

Technological components

1 prod-environment
1 prod-environment
2 stage-environment
10 dynamic dev environments

Switching to CI/CD

It is easy to calculate the cost of work

Client Team

Cost

Industrial

Up to 25 people

On request

Formation of tariffs

from 17 applications in Python, Go, Java, PHP or JavaScript

The composition of the project

2 Kubernetes cluster on AWS, 2 virtual server with DBMS, Object S3 storage, Traffic Balancer, FreeIPA, 4 QA circuits with auth. testing, deployment in 2 data centers, integra.

Infrastructure

ELK, Postgresql or MySQL DBMS, Redis

Technological components

1 prod-environment
2 stage-environment
80 dynamic dev environments

Switching to CI/CD

It is easy to calculate the cost of work

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