By integrating different types of testing, our QA engineers adhere to industry best practices to refine your software development lifecycle.
Our QA solutions include testing such as automated and manual testing, security testing services, mobile app testing, web application testing, QA consulting, and continuous testing during the development process. Our goals are not only checking the performance of a single function or test automation; we take care of the whole test environment, your company, and the product.
Dynamic testing
We conduct this testing while executing a program by levels (test activities are consolidated into groups to test software at certain developmental stages). This method tests both separated elements and the entire system through acceptance testing, system testing, integration testing (with other components, e.g., API testing), and unit testing.
Test design
You can get comprehensive coverage with fewer tests by applying effective design techniques. Imagine testing only 5 out of 100 cases to ensure complete coverage. Our test design process helps plan and prioritize test cases, define critical data, design test environments, and select the necessary tools and infrastructure. It also ensures bidirectional traceability between test basis, conditions, and cases, and integrates automation for top-tier quality assurance.
Static testing
We analyze and verify various components such as code, requirements, architecture, design, contracts, plan, configuration, and infrastructure, either manually or with automated tools, without executing the program. This type is essential for ensuring the safety and security of critical systems while ensuring compliance with standards.
Our product quality model defined in ISO/IEC 25010, comprises the following quality characteristics:
Functional suitability
This type is based on the quality characteristics such as completeness, correctness, and appropriateness. Using black-box testing techniques like equivalence partitioning, boundary value analysis, and use cases, we verify functional quality across all testing levels to ensure the software meets its specified objectives under real-world conditions.
Performance efficiency
This type of testing measures how well the software manages its resources and maintains quality of service under stated conditions. We focus on time behavior to secure swift response times, resource utilization for cost-effective operations, and capacity to handle peak demands without compromise.
Compatibility testing
We evaluate the degree to which your software can coexist and communicate within shared hardware or software environments. We assess co-existence to ensure your product’s smooth functioning with other products without adverse effects, and interoperability to guarantee seamless information exchange and utilization across multiple systems
Usability
Here, we ensure that your product or system meets the needs of its intended users and provides an effective, efficient, and satisfying effect within its specified context. This characteristic comprises the following sub-characteristics: appropriateness recognizability, learnability, operability, user error protection, user interface aesthetics, and accessibility.
Reliability
This testing assesses whether your software consistently performs its intended functions under specified conditions over a designated period. We assess maturity for stability during regular use, availability to ensure continuous operation, fault tolerance for performance integrity under error conditions, and recoverability to guarantee quick recovery and data integrity after disruptions.
Security
At this testing type, we confirm that your software controls access and maintains data integrity according to authorization levels. We focus on confidentiality to restrict data access to authorized users, integrity to protect against unauthorized data changes, non-repudiation to ensure actions are verifiable, accountability to trace activities to specific users, and authenticity to validate user identities.
Maintainability
This testing ensures your software can be efficiently modified and updated to meet changing needs. It assesses modularity for easy updates with minimal impacts, reusability for component versatility across projects, analysability for straightforward impact assessment, modifiability for seamless enhancements without degrading quality, and testability for effective update testing.
Portability
Here, we evaluate how effectively your software can be transferred between different environments. Adaptability measures the ease of adjusting the software to various or evolving platforms. Installability assesses the simplicity of software installation and uninstallation processes in diverse environments. Replaceability examines the ability of the software to substitute for similar products in comparable settings.
A common misperception of software testers is that they only run tests, execute the software, and check the results. However, it is a holistic QA process that includes many different testing efforts and activities. Let’s outline each step we adhere to achieve the outcomes you expect.
1 step – Test planning
This fundamental step is geared toward outlining the approach and objectives of the testing activities within constraints imposed by the context (defining the testing strategy and aligning it with deadlines and available resources.
2 step – Test analysis
We analyze the test basis during test analysis to identify testable features and define associated test conditions. By determining the measurable coverage criteria, we figure out which software features need to be tested and under what conditions.
3 step – Test design
During this stage, we elaborate upon the test conditions from the test analysis phase and convert them into high-level test cases, answering the question, “How do we test?”
4 step – Test implementation
At this phase, we set up the test environment, including test harnesses, service virtualization, simulators, and other infrastructure items, and verify that testing strategies have been transformed into actionable test procedures and scripts.
5 step – Test execution
During test execution, we perform test suites following the test execution schedule. Here, we cover such activities as recording the IDs and versions of the test item(s) or test object, test tool(s), and testware, manual or automated testing, analyzing anomalies to establish their likely causes, and reporting defects based on the failures observed.
6 step – Test completion
At the final phase of the testing cycle, we gather and analyze data from completed tests to enhance future testing processes and software quality. This phase is crucial at project milestones, such as releases or the end of development cycles.
7 step – Monitoring and control
Test monitoring continuously compares progress against the planned metrics defined in the test plan, while test control involves necessary actions to align with the plan’s goals. During this process, the test manager regularly issues test progress reports for stakeholders.
Our portfolio
Validify – Retail vendor management platform
See how Geniusee built Validify’s scalable vendor management platform with advanced UX, data architecture, and automated RFI workflows.
Case details
Celery: Open-source library for Fortune 500 company
Celery is an Open-Source distributed system that offers simplicity, flexibility, and reliability for efficiently processing enormous volumes of messages. It equips operations with the essential tools to effectively maintain such a system. Designed with a focus on real-time processing, Celery serves as a task queue while also providing support for task scheduling. Celery operates under the BSD License, ensuring open collaboration and widespread accessibility.
Case details
Low-latency cryptocurrency analysis platform
Learn how Geniusee built a real-time crypto trading dashboard integrating 40+ exchanges with low-latency streaming and secure AWS infrastructure.
Case details
Flexible virtual lighting console for UA Light
UA Light partnered with Geniusee to build a reliable, scalable, and configurable Virtual Console capable of supporting demanding live environments. Our team delivered a powerful software engine that offers multi-protocol support, stable DMX generation, cross-platform drivers, and a modern visualization approach.
Case details
360° Mixed reality circular review system for armored vehicles
Geniusee helped engineer a 360° mixed reality review system for armored vehicles, combining HoloLens integration, optical and thermal cameras, and real-time video streaming to create a “transparent armor” experience.
Case details
Combining both manual and automated software testing solutions, our QA team meets your specified requirements, user stories, and source code.
Reduce downtime by up to 50% with early bug detection and resolution.
Increase customer satisfaction by 75% through delivery of fault-free software.
Enhance product reliability by 40% with rigorous compliance with quality standards.
Minimize development costs by up to 30% by preventing late-stage discoveries and fixes.
Genuisee’s versatile experience, gained over more than 8 years, has enabled us to form a team with a proven track record.
Certified AWS Partner delivering secure, scalable cloud-native solutions.
ISO-compliant processes ensuring quality, security, and reliability.
Trusted integration partner for financial data connectivity and open banking.
Team of ISTQB-certified QA engineers for world-class software testing.
Consistently rated ★5.0 by clients for reliability and delivery excellence.
Accredited partnership supporting advanced testing and continuous QA automation.
