We will transfer your infrastructure to the cloud or data center from any platform or cloud provider - quickly, seamlessly and without data loss.
We work with leading hosters and provide multidirectional migration between on-premise and the cloud.
We will implement your plan or advise you on the benefits of various options and help you make the best choice.
Quick transfer of the project without changing the architecture
Fast deadlines
Attracting fewer resources
Migration with new architecture design
Operational efficiency improvements (for example, migrating a monolithic application to Kubernetes using DBaaS in a selected cloud)
Requires more time and resourcesn
We carry out an inventory of information systems, applications, servers, virtual machines.
We study your business problems.
We select hosters in accordance with them.
We compose technical specifications.
We adapt the project to the services of a new provider (Amazon AWS, Microsoft Azure, Google Cloud Platform).
We compose technical specifications.
We select the appropriate equipment.
We optimize server software for new capacities.
We carry out the process of project migration to a new infrastructure.
We adapt the internal processes of the project for it (generation of reports, execution of cron jobs, updating the database on the dev circuit, etc.).
We implement or adapt CI/CD processes.
We select the appropriate equipment.
We optimize server software for new capacities.
13 years of experience with various cloud services and on-premise providers helps us quickly migrate both to the cloud and vice versa.
We design the transfer of the project in detail and test the finished solution before launch. Switching occurs seamlessly under the supervision of specialists.
We are converting monolithic applications into a microservice cloud-native architecture that takes the maximum of its capabilities from the cloud.
We accompany the project for free within a month after the migration. If necessary, we will train your specialists to work with the new infrastructure.
We use open source solutions in building infrastructure. You will always find specialists on the market who can easily understand them.
We make sure that the system works correctly, if necessary, we check it for fault tolerance.
We will rework deployment pipelines in relation to the new infrastructure, which will help to quickly test and roll out service updates into operation.
13 years of experience with various cloud services and on-premise providers helps us quickly migrate both to the cloud and vice versa.
We are converting monolithic applications into a microservice cloud-native architecture that takes the maximum of its capabilities from the cloud.
We accompany the project for free within a month after the migration. If necessary, we will train your specialists to work with the new infrastructure.
We use open source solutions in building infrastructure. You will always find specialists on the market who can easily understand them.
We design the transfer of the project in detail and test the finished solution before launch. Switching occurs seamlessly under the supervision of specialists.
We make sure that the system works correctly, if necessary, we check it for fault tolerance.
We will rework deployment pipelines in relation to the new infrastructure, which will help to quickly test and roll out service updates into operation.
Possibility to use IaC methodology during migration
Creation of a centralized logging system (ELK/EFK).
Backup settings;
Setting up monitoring (metrics, alerts);
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Creation of instructions for the operation of monitoring and solving alerts.
Number of servers and services to be migrated
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Number of CI/CD pipelines
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Infrastructure resiliency requirements
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The need for seamless migration without service downtime
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The need to refine services and applications for the new
infrastructure
Project manager
DevOps engineer
System Architect
Technical writer
Project tech lead
Monitoring Systems Specialist
Prometheus, Grafana, TICK Stack, Zabbix, Nagios, Icinga, DataDog,
NewRelic
PagerDuty, Amixr
ELK, EFK, Grafana Loki, Graylog, Sentry
Jaeger, Zipkin
Nginx, Envoy, Linkerd, Traefik, Apache, HAProxy, Jetty, Tomcat,
NodeJS
Python, TypeScript, JavaScript, Go, Java, PHP, Ruby, Erlang
Amazon AWS, Google Cloud Platform, Microsoft Azure, Rackspace
Docker, CRI-O, LXC, LXD
Kubernetes, Nomad, Docker Swarm, RedHat OpenShift,
Mesos/Marathon
Jenkins, Gitlab CI, CircleCI, Travis CI, Bitbucket Pipelines,
TeamCity, GoCD, ArgoCD, Spinnaker
AWS CodePipeline, AWS CodeDeploy, AWS CodeCommit, Google
CloudBuild, Spinnaker
AWS RDS and other DBs, Google Cloud SQL and other DBs, Firebase,
MongoDB Atlas
An approach to building and running applications that takes advantage of the cloud model. It combines the concepts of microservices, containerization, continuous delivery, and DevOps to provide flexibility, high availability, resiliency, and mobility.
An approach to architecture in which data is stored on dedicated servers - in their own data center or in the provider's data center (translated from English "on premise" - "in the building").
Architectural platform, which is a physical server without software (operating system). Applications in it have the ability to get direct access to hardware resources, whether it be processors, RAM, GPU computing accelerators, etc.
The process of deploying an application update or a new application to a system without downtime. In other words, this real-time change in system functionality is imperceptible to the end user.
We build performance
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