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Quality Assurance & Testing

Quality is not an accident. From manual scenarios to an automated test suite, from performance measurement to security scanning, we test the product systematically and catch bugs before they reach production.
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Quality Assurance & Testing

We break the software before your users do

Quality isn't a single stage; every layer of development calls for its own kind of testing — from the screen to the API, from one user to a thousand.

Web testing

Browser end-to-end scenarios, form and flow validation, cross-browser checks.

Mobile testing

Real-device scenarios on iOS/Android, offline behavior and notification-flow testing.

API & integration testing

Contract and end-to-end integration tests validate the data contract between two systems.

Performance & load testing

Response time and bottlenecks are measured under concurrent users; the breaking point is found before the system breaks.

Security scanning

Dependency and common-vulnerability scanning; authorization and data-leak scenarios are checked.

Regression & CI safety

The automated suite runs on every commit; if a new change breaks something old, it's caught before release.

Quality is not an accident

From manual scenarios to an automated test suite, from performance measurement to security scanning, we test the product systematically; we find the bugs, not your users. The gap between a feature 'looking like it works' and being 'tested and verified' decides who gets the surprise in production.

Because we've built our sector products on the same core, we know which scenario is critical and which edge case tends to get skipped. Testing isn't a check at the end for us — it's a discipline that moves alongside development.

  • A systematic, scenario-based approach
  • The automated suite runs on every commit
  • Performance limits are measured, not guessed
  • Edge-case knowledge from our products
Fitting pieces falling through a teal sieve into a tray while three odd-shaped ones stay caught on top, with a second worker lifting one to examine it
A test works like a sieve: what fits passes, what doesn't stays on top and gets looked at.

Automated, manual and load testing: you need all three

01

What an automated test suite brings

Automation hands repeated work to the machine, not to a person: the same scenario runs on every commit, with the same rigor, without fatigue. Regression safety becomes a continuous habit, not a one-time check.

  • Fast feedback that runs automatically on every commit
  • Repeatability independent of human error
  • Regression safety wired into the CI pipeline
A machine running by itself: a teal arm presses each piece falling from the hopper and sorts them into two separate trays, while a worker stands to one side with folded arms
02

What manual & exploratory testing brings

Automation confirms the 'expected'; the real surprises show up where nobody looked. A human eye catches whether a flow feels right and how a new feature feels in real use — in places an automated script can't reach.

  • User-experience checks that can't be automated
  • Discovery of unexpected scenarios and edge cases
  • Early, direct feedback on a new feature
A worker standing beside an idle machine, turning a teal piece in their hands to look at it from an angle nobody would normally use
03

What load and endurance testing brings

A system working with one user says nothing about it working with thousands at once. Load testing measures exactly that: up to how many concurrent requests response time stays acceptable, at which point the database or the queue chokes, and whether the system recovers afterwards. The goal isn't to break it but to see where it bends before it breaks — once that limit is known, capacity stops being a guess and becomes a number.

  • Response time measured under concurrent users
  • Identifying which layer the bottleneck sits in
  • Recovery behaviour after the load
A teal beam visibly flexing under a suspended weight while a worker watches exactly where it bends, with nothing broken
A cart that has struck a padded stop with the marker arm swung up, while a worker carries the teal cart back to the start to run it again
Passing once isn't enough: the same run is repeated after every change.
Identical blank cards standing in slots while a worker punches them one by one with a teal punch, the punched ones leaning forward and the untouched ones standing straight
Every record is marked one at a time; which ones have passed is visible from how they stand.

The test lifecycle

01

Scenario & acceptance criteria

For every feature, a written answer to 'when is it done' is produced; testing starts from there.

02

Environment & data setup

An isolated environment is set up with realistic test data; testing never runs against production data.

03

Automated + manual execution

The automated suite and manual/exploratory rounds run in parallel; neither replaces the other.

04

Bug tracking & verification

Every bug found is prioritized; after the fix, the same scenario is re-run — 'closed' means verified.

How QA plugs into the development flow

01

Parallel scenarios while a feature is built

Test scenarios are written while development is underway; testing isn't left for the end.

02

Automatic trigger on the PR

Every pull request triggers the automated suite; a red result blocks the merge.

03

A pre-release exploratory round

A short manual exploratory round before release scans the corners automation doesn't cover.

04

Post-release monitoring

The live error rate is watched; a recurring issue is added to the regression pool as a permanent scenario.

3 gains that test documentation brings

No knowledge loss

Scenarios and acceptance criteria stay written down; even if the team changes, the answer to 'why this way' isn't lost.

New teammates ramp up fast

Documented scenarios speed up onboarding; a new hire learns the product by reading the tests.

Auditability

Which scenario ran in which release, and its result, is on record; 'was it tested' rests on a record, not a memory.

The technology we build on

Automation
  • xUnit
  • Playwright
API testing
  • Contract testing
  • integration testing
Load
  • k6
  • JMeter
CI
  • GitHub Actions
  • pipelines

What ships as standard in every QA process

Test scenario and acceptance-criteria documentation
Automated test suite: unit, integration, end-to-end
Manual and exploratory testing rounds
Performance and load testing
Security/dependency scanning
Automatic triggering wired into CI
Bug tracking and re-verification flow
Post-release monitoring and additions to the regression pool
1 – 8 hafta
Duration, scope-dependent
One
One shared, layered core
Layered
service / bll / dal architecture
.NET 9
Modern core stack

Let us break your software before it ships

We'll listen to your product and its riskiest flows and map out where to start, together. The first conversation is non-binding.