Dedicated software
Tailored to Your Business.
We create advanced custom applications that automate processes, increase efficiency, and support the digital transformation of companies in key areas.
Take a step towards digitization
Increase your competitive advantage.
Contact us and see how your "custom software" can look.
How We Work - Agile and Quality in Practice
Transparent communication
We work in agile methodologies (Agile, SCRUM), regularly delivering functional modules - full control over progress and the ability to make adjustments along the way.
Proven IT practices
We apply acceptance tests, prototyping, the Build–Measure–Learn loop, and Prince2. The result? Software of the highest quality, easy to further develop.
Full support - from analysis to administration
- Analytical support and pre-implementation analysis
- Creation of test and production environments
- Hosting and infrastructure (Data Center TIER III, SLA 99.98%)
- 24/7/365 ServiceDesk
The software development process step by step
identification of priorities, risk and cost reduction, scalability. 2. Architecture Design
Microservices Architecture
In the era of digital transformation, companies need to operate faster, respond more efficiently, and deliver new functionalities at a pace set by the market. Traditional, monolithic approaches to application development cannot keep up with this pace.
The answer lies in microservices and containers, which support modern working methodologies such as Agile and DevOps.
By dividing applications into independent components, parallel team work, faster implementation of changes, and flexible management of the entire environment become possible.
Container architecture in practice
- Automation of testing process and performance optimization
- Resolving errors without interfering with the entire system
- Incremental implementation of functionalities
- Possibility to develop each microservice independently
Why switch to microservices?
1. Faster deployments and shorter time-to-market
New functionalities are implemented independently of the rest of the system—faster and with no risk of failure.
2. Cost optimization
Lower maintenance, testing, and development costs compared to monolithic architecture.
3. Flexible scaling and automation
The ability to dynamically increase power only where needed.
4. Use of various technologies
Each component can be developed in a different technology—full design freedom.
5. Better performance and availability
Statistically, even 10x better use of IT infrastructure and faster problem resolution.
Do you want to check if microservices will work in your project?
Let's talk about how to transition step by step to modern system architecture.