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Cloud environment and cloud technologies

Our Technology Stack.

The benefits of a cloud environment are significant and include access to virtual servers or disk space as well as access to a large set of ready-to-use services. Cloud environment removes the difficulties of scaling and offers many benefits that were impossible or very difficult to obtain with older technologies:

  • Cost optimization (TCO) – This has led to a significant reduction in overall costs for enterprises, with automation and reduced implementation times being the two main factors.
  • Work efficiency – Thanks to a cloud environment, you can benefit from ready-to-use services and avoid paying for updates or upgrades.
  • Operational reliability – thanks to distributed infrastructure and services, cloud environment providers are able to meet the highest security standards, while conducting regular audits and certifications.
  • Business agility – automation of deployment and testing processes allows companies to quickly implement new versions of software,  while reducing the risk of introducing errors into production environments.

 

We offer consulting services in the areas of three leading global cloud environment vendors. 

AWS – AMAZON WEB SERVICES

MICROSOFT AZURE

GOOGLE CLOUD

Other Technologies

Application development in serverless technologies

When building serverless solutions in a cloud environment on a daily basis, we use Python and Go languages. Serverless services allow you to use cloud resources in the most optimal way so you can pay only for what you use (pay-as-you-go) by getting rid of performance limitations.

CI / CD processes

The Continuous Integration and Continuous Delivery tools allow building a process of uninterrupted software deployment in the server environment. Well-prepared systems make it possible to test and implement even several thousand changes a day in a way that is unnoticeable to the customer. There are various CI/CD tools available on the market today, the choice of which depends on many factors.

Apache, Nginx, and other web tools

Web technologies allow access to services and websites through browsers. The most common web servers are Apache, Nginx, and IIS. Many other additional components are used around these servers to ensure the availability and speed of websites.

Kafka and streaming/queuing systems

Streaming and queuing systems are used to exchange information between different elements of the IT system. They are especially helpful in microservice environments that use publishing and subscribing mechanisms to ensure that messages reach their recipients. Queuing systems can also be used to prevent message loss, which happens when messages end up on highly loaded back-end services.

Databases, data storage and analysis

Companies collect and process huge amounts of information. The method of data storage, speed of access and possibility of making analyses are essential for business development. Databases have evolved over the years. To obtain the best results, we must carefully select the technology depending on the amount and growth of data, access time, or their structure.

Ansible, automation and system orchestration

Automation and system orchestration tools support the management of server groups, especially when IT environments use automatic scaling mechanisms. Automation and orchestration tools will ensure consistency of environments and their configuration, so you can focus on your business.

Terraform and Infrastructure as a Code

A professional approach to building IT environments requires the use of tools that describe the technical infrastructure as a code. It allows us to quickly build repetitive environments and there run applications for development and production purposes. We are able to maintain consistency of environments and order, which is difficult to achieve when environments are built and modified manually.

Kubernetes, Docker and other technologies related to containerization

Containers with a set of tools for their management and application deployment are an indispensable element used to build modern microservice environments. Compared to monolithic large applications, microservice environments are more reliable as well as easier to develop and scale.

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