Organizations, in spite of using Quality Engineering processes (QE) face various challenges that can risk the quality of the product, lose confidence from customers and as a result negatively impact the reputation of the organization and cause revenue loss. More often, implementing QE for larger testing teams with large applications makes it difficult for the testers to deliver quality products in lesser time. Some of the major challenges in implementing QE faced by most of the organizations are:
Need for aligned goals and processes, seamless integration between different teams and the need for stakeholders to be aware of any change in the requirements
Due to the rise in the multi-platform usage and the increase in the complexities, there is a need to monitor the performance of the software throughout the lifecycle to ensure quality and stability of the application.
Need for testers to have automation skills or expertise and possess basic algorithmic application capabilities in order to build automated tests
Need to develop, deploy and test applications for omnichannel environments
Need to ensure the security in software design to recover application from failure and breaches
The Go-To Testing Destination for Achieving QE Excellence
Challenges like these push the organizations to an extent where, it becomes imperative to focus on better quality engineering skills with specializations like, functional automation skills, domain testing skills, security and non-functional testing skills and finally, AI architecture skills. However, the possibility of finding specialists trained in these skills to improve business is unfortunately very less. In order to address most of the pain points mentioned above, we have come up with a homegrown solution - Hyper-Testing. It is an agile and unified approach, towards designing and executing a test strategy, which covers end-to-end testing of all application layers. It also addresses the non-functional requirements by leveraging the best of breed tools resulting in lower TCO and higher ROI.
The mind map below, briefs the entire lifecycle of Hyper-Testing including the key dimensions, testing strategies involved, tools and technologies used, and solutions achieved. With Hyper-Testing, it is very much possible to boost business and meet customer expectations.
Hyper-Testing takes up the Continuous Testing/Continuous Integration game to the next level since it embraces converging testing cycles to span across the process by integrating and implementing frameworks and cloud-based testing
It is designed for DevOps and Agile driven environment that breaks the barriers of conventional testing methodologies and adhere to industry standards by expending in accelerating the testing methods
Hyper-Testing allows the testing teams to collaborate and interact with the stakeholders even from the initial stages of development. This helps in having a clear understanding of the requirements to develop, detecting errors immediately and fixing them before the critical stage.
Hyper-Testing also enables AI and ML-led automation that reduces automation efforts to a great extent using its self-healing scripts and high defect analysis strategy and ability to build analysis on the previous run. This approach is a cutting-edge, helps in faster delivery, and provides effective customer service.
If you find yourself facing any of the challenges mentioned above, then everything you need to improve your business is adopt Hyper-Testing, the go-to solution. With Hyper-Testing, you can achieve higher customer satisfaction with an enhanced product delivery in the market and scale up your business in no time.
