CORE 24/7 - DevSecOps Solutions'

DevSecOps - digital product
development and
delivery automation

Code delivery

Assembly

Testing

Exploitation

Surely you are familiar with this drawing. It is daily work of specialists from all your departments behind it.

We assist to shorten the production cycle, significantly speed up release and improve quality of the product..

Your IT production. Automated

Continuous Delivery
— CI/CD

Due to practice of continuous integration / continuous delivery, the slightest correct changes in code will be reflected in client final product in a couple of clicks, without downtime. And errors will not go through automated test system..

Reliable and independent systems’ operation

Infrastructure is managed with minimal engineering intervention. System itself balances the load, finds and fixes broken applications. And it also scales with the growth of requests - up to high loads on Black Friday, IPOs or promotions..

Automated
monitoring

Even stable system requires strict control and quick response. To achieve this, we will set up flexible monitoring systems with alerts on any channel and at any time. Even submission of applications is automated through chatbots in Telegram and Slek. All applications will be reviewed and submitted for processing and execution..

We will perform this work remotely, within reasonable time frame and at the price of one specialist..

Ready for
DevSecOps Transformation?

We will select necessary solutions and assist with tasks definition,
if you do not obtain technical specification..

What the DevSecOps involves

Continuous Integration and Delivery (CI/CD)

Version control

Agile development

Infrastructure-as-Code

Managing resources

Round-the-clock monitoring

Continuous Integration and Delivery (CI/CD)

Continuous integration, continuous delivery and continuous deployment represent three levels of software development automation. At the first level, developers can push changes directly to master branch. This is possible due to automated tests that are carried out for such changes.

At the second level, in addition to tests, deployment to production environment is automated. This allows you to deploy your application at any time by button click.

And at the third level, any changes in code, upon successful passage through automated stages of production, are immediately reflected in client's product.

Version control

Creating applications technique in which all changes to code are tracked and saved. It is possible to merge changes, resolve conflicts, and revert to code earlier versions.

Version control is fundamental DevSecOps practice that helps developers communicate and share tasks..

Agile development

With agile development, product is created in short cycles - iterations - in close collaboration between all team members and, what is most important, users.

There are no sequential stages, where participants in stage 3 wait for stage 1 and then stage 2. All stages - 1, 2, 3, etc. - are started in parallel. Due to this, user can get a working prototype of final product almost at very beginning of the project.

World's most famous agile development concepts are Kanban and Scrum..

Infrastructure-as-Code

Approach in which administrators and developers manage and modify data center infrastructure not manually, but through configuration files. This approach makes it easier to automate deployment and porting projects to other platforms and servers, and reduces errors risk..

Managing resources

Managing resources condition within the system, including servers, virtual machines, and databases. By using configuration management tools, engineers can deploy changes to system in a controlled manner, reducing tampering risk of its configuration. It also allows you to monitor system condition and prevent configuration deviations that cause system resources begin to deviate from their assigned conditions over time.

Round-the-clock monitoring

Implies full real-time tracking of system performance and efficiency at all levels. From server processor temperature to business metrics. Data is collected in logs for ease of analysis.

Teams set up an alert system that can gather spotlights from large data volumes. This allows to quickly solve problems and gives an idea of how to improve the application.