White Paper: QA Mentor
Benefits of creating a testing center of excellence (TCOE)
Testing Center of Excellence (TCOE) ensures high level Quality Assurance with efficient SDLC to increase the reliability of products, keeping high profit margins leading to quick growth of company.
TCOE lets you do more with limited budget by creating a QA command center that uses standardized methodologies combined with automation and informative metrics to more efficiently allocate flexible resources, decrease time to market, and reduce costs.
A TCOE establishes multiple skill sets and a top QA tool to accelerate innovation, ensure quality, and drive down risk to create a culture of quality within the organization and also establishes a cycle of continuous process improvement.
What are the consequences faced over improper implementation of TCOE?
Improper implementation of TCOE leads to failure and costs time, money and credibility.
Establishing a Testing Center of Excellence (TCOE) requires a forethought planning and necessary internal support.
Four phases through which the company needs to go to adapt to the changes are:
Setting the foundation for a strong and effective TCOE
Optimizing shared resources
QA as a centralized service
This whitepaper helps you understand how QA Mentor, a software quality assurance expert came up with the benefits of creating testing center of excellence and brief insight of the above four phases of TCOE.
By: L&T Infotech
Every organization should have well-organized and effective testing strategies in order to increase test efficiency and deliver high quality software. Test data is one of the most important factors in overall testing life cycle. Scenario-specific, realistic, right-sized, masked test data created in test environments ensures the following: - Scenario-specific test data availability before test execution increases test efficiency/quality and reduces overall testing cycle time. - Realistic test data in lower test regions reduces production defect leakages. - Right-sized test data in test environments reduces space utilization and increases the response time. - Masked test data ensures security compliance
By: QA Mentor
Why is it significant to properly manage test environments? How should we do it? What are the best practices and strategies to use test environment management tools and services? Test environment management strategy involves guiding and managing the test environment hardware, software, databases, applications, and test data. Slowed testing and inconsistent results are caused by poorly managed environments while problematic, testing issues are caused by inadequate test data management. Most test environment issues can be boiled down by proper test environment management. In order to manage test environment efficiently, the following are necessary: A dedicated Test Environment Management (TEM) team. Defining the team terminology and sticking to it. Creating an easily accessible knowledge base. Defining the test environment strategy. Improving efficiency and productivity in testing. Test management tools that can assist the TEM. Download this whitepaper to build a stronger, better managed test environment which brings a reduction in production issues, increased productivity, and higher customer satisfaction rates.
What is marketing ?
To sell a product, a company follows some marketing techniques and strategies to get themselves identified by the customers in the market. It basically involves some marketing plans in order to ensure that the right-mix of products is reaching the right audience. It starts from the production department to the product manufacture; marketing department focused on promoting, distributing and pricing the product
What is Software ?
Software is a general term for the various kinds of programs that enable computers and related devices to work. Software consists of carefully-organized computer instructions and code written by programmers in any computer languages such as Java, PHP, C, C+ and Python.
What is Software Testing ?
Software testing is a process used to determine the exactness and quality of developed computer software. It includes a set of activities conducted with the intent of finding bugs in software. In a nutshell it is a process to check whether the absolute results match the expected results and to make sure that the software system is error free.