Phoenix Tekniks Services

QA & Testing Solutions
Progressed or progressing, organizations today aim at encompassing a testing approach that is dynamic, flexible enough to accommodate the demands & accelerate their progress.
We at Phoenix Tekniks take pride in introducing our seasoned test architects and engineers who offer cutting-edge QA testing services for software applications, ensuring high-quality software every time. In addition, we harness the power of AI, IoT, and RPI technologies to validate the high quality of every software aspect concerning its requirements and business needs.

Internet of Things (IoT): Offering end-to-end IoT security and penetration testing services to make businesses successfully survive the market pressure.

Artificial Intelligence (AI): We employ AI-powered tools including machine learning and computer vision to deliver intelligent QA testing solutions to you.

Robotic Process Automation (RPA): Using RPA technologies exclusively to develop cutting-edge, high-quality QA testing solutions designed specially to handle unit and regression testing.

Quality Control and Management with Us:
We define quality goals, followed by examining them thoroughly and defining a set of steps to push the software quality.

1. Manual QA Testing:
Manual testing involves our testing experts manually checking the performance of your product on various devices analyzing the user interface and usability. Manual testing helps identify vulnerabilities that automated eyes can’t detect and provides human feedback on the look and feel of the product.

Benefits of Manual Testing:

• Enables detecting issues around usability and user interface on a human note
• Allows actionable testing solutions for every newly developed yet unstable software
• It helps you to identify bottlenecks during the initial stage of development

2. Automated Testing:
Consider automated testing a long-term investment in the success of your product as it covers all the possible aspects of software functionality, checking its performance on multiple platforms in parallel. As a result, you can accelerate your product’s time in the market and satisfy your customer’s needs by combining manual and automated testing.

Benefits of Automated Testing:

• Perform repetitive and time-consuming tasks that can save you time and resources.
• It eliminates human error making software testing easier and reliable.
• It is a boon to test engineers as they can run tests anytime, anywhere, while quickly testing the results.

Our Quality Assurance Offerings:
QA Outsourcing:
A dedicated team of QA experts will fill in the need to test your product. Being responsible for end-to-end testing of your software, we take complete charge of your quality assurance process and management.

Managed Testing Services:
A dedicated team of QA engineers takes part or all of your testing activities under their control on a pay-as-you-go basis. They work, taking full responsibility for your test process management and quality assurance.

Project-Specific Testing:
Depending on your company, project, or software, we carry out third-party testing and execute any testing type to meet your requirements.

QA Consulting:
Consult our testing experts to help reach the root cause of your product quality issues. Once identified, we will address the issues by carrying out a QA process audit and planning. Our team can also design an optimal QA strategy for you for a recently initiated project.

Quality Assessment:
Quality Assessment involves auditing your software from different angles, including code quality, usability, functionality, performance, and security, to provide you with an in-depth report of the detected issues and recommendations on how we can fix them.

KPIs to Measure Testing Team Performance
It is always suggested to follow a KPI suite for every testing project. However, we tailor-build a KPI suite for each testing project regarding its specifics (software architecture, development methodology, appropriate testing types, etc.).

However, a typical KPI suite may include:

• Calculate the percentage of software requirements covered by test cases.
• Find out the average and the total number of created test cases.
• Estimate the average and the total number of updated test cases.
• Calculate the average and the total number of found defects.
• Find the Effort Variance- the ratio between actual and estimated testing efforts
• Compare the problems reported by software users with the issues found during user acceptance testing