Quality Assurance office

All projects at RubyGarage are thoroughly tested for any type of issue. Our QA team assists in reducing costs, eliminating risks, and accelerating time to market. We don’t release a project until our testers are sure the system is operating properly.

Your project’s stability is our #1 goal

The RubyGarage team provides end-to-end software testing that allows you to save costs by detecting and fixing any issues at an early stage of product development. Our Quality Assurance Office (QAO) helps you save money and provide a great user experience.

Speed up time to market

Our QAO safeguards your product from constant crashes and rework. We investigate all project requirements at early stages and check whether your product meets quality criteria and business needs.

Improve customer satisfaction

Quality assurance guarantees a stable and bug-free product that offers a great user experience, building trust with customers and making your product competitive.

Our typical workflow

Our QA workflow streamlines and automates repeatable tasks, increasing overall efficiency. Here’s how QA experts at RubyGarage guide projects in the direction of quality.

Stage 1

Test planning

We create a test plan that serves as a guide to testing throughout development. The test plan helps us verify that the product is developed according to specifications and requirements.

Stage 2

Requirements testing

We investigate all project requirements to check whether they meet quality criteria and are aligned with business needs. This helps us avoid implementing unnecessary requirements and aids in guaranteeing project completion.

Stage 3

Full functional testing

Functional testing helps us evaluate performance before your product is delivered for real-world use. We iteratively test feature by feature, making sure that all product functions are working smoothly. We verify that all functional requirements work as expected and meet business goals.

Stage 4

Regression testing

We implement autotests into regression testing to ensure that future changes in business logic won’t impact existing functionality. Automation greatly speeds up regression testing and ensures product stability.

Stage 5


After each development iteration, we provide a test report that contains a summary of testing activities and final test results. This report informs stakeholders of the current product quality, allowing them to make a decision to release or to take corrective action if necessary.

What we provide

We offer a full spectrum of services to deliver fast, easy, value-driven testing solutions.

Manual testing

We test your product from the user’s perspective and ensure that all features work as expected. Manual tests play an important role in software development when testing can’t be automated.

Automation testing

Automation tools ensure high efficiency, optimized testing, and robust software quality. They allow us to save time and money while covering many use cases across different devices.

Security testing

We protect your application from hacker attacks and help you avoid recovery expenses. Security testing allows us to detect all security flaws and vulnerabilities using manual and automated testing techniques.

Performance testing

We make sure your software is stable and ensure your product can maintain peak performance. Performance testing allows us to assess the speed, responsiveness, and stability of the product.

Key techniques we use at RubyGarage

We apply a number of techniques to assess, validate, and verify product quality. Here are the key techniques we use and the advantages they provide:

Test design

Test design involves writing a collection of test cases for verifying software. This technique helps us make decisions about what test data to use and how the system should react to this data. The test design technique lets us:

  1. reduce testing time;
  2. cover a huge number of tests.

Compatibility testing

This technique helps us verify that the product is compatible with all specified operating systems, hardware platforms, web browsers, mobile devices, and third-party programs (browser plugins, for example). With compatibility testing, we can ensure that:

  1. the product works as expected across different hardware and operating systems;
  2. customers are satisfied thanks to a consistent user experience.

Risk-based testing

This technique allows us to assess risks based on complexity, business criticality, frequency of use, proneness to defects, and so on. The main aim of risk-based testing is to minimize quality risks to an acceptable level. This testing technique allows us to:

  1. discover and eliminate issues at an early stage;
  2. decrease the risk of failure.

Load testing

This technique helps us find out if a solution is able to handle many users at the same time. The main aim of load testing is to determine what’s causing degraded performance and prevent slow performance under high load. This technique helps us to:

  1. get a stable working product;
  2. improve the scalability of the product.

Security testing

This technique helps us identify security flaws and vulnerabilities in software. It allows us to find flaws before they become true vulnerabilities. The security testing technique helps us achieve:

  1. secure and reliable business solutions;
  2. high customer confidence.

Tools we use