With continuously evolving technologies the need to collaborate seamlessly within multiple project teams has become business critical for organizations. Organizations need more mature and efficient testing solutions with a robust tool kit capable of supporting advanced quality engineering (QE) constantly.
Automation testing services have gone from ‘nice to have’ to a ‘must’ for both development and quality assurance (QA) teams. To achieve flawless quality, we need robust quality engineering teams who not just fix gaps in an application but also bring more value to the whole software development process.
Here are a few key advantages of leveraging an experienced quality engineering company.
Fixing application issues at a later part of the software development lifecycle (SDLC) is exponentially expensive. As per the IBM report, the cost of fixing software issues identified during the testing phase could be as high as 15x more than the cost of fixing same issues during the design phase. The same cost of digital testing could escalate to 100x during the maintenance phase.
Quality engineers can mitigate the risk by identifying gaps in the code at an early stage to save precious development time that can be used to enhance the application more. QE professionals are well equipped in identifying these issues within a complex framework to decrease the time spent by developers in finding bugs.
QE teams can guide the development teams in the right direction that could lead to saving both money and time in the long run. Ensuring quality before application goes into production helps in eliminating revenue impacting issues. It also eliminates the stress of hotfixes for development teams and keeps them focused to deliver a flawless customer experience.
Increasing pressure of continuous delivery and shortened deadlines have become a concern for development teams. The time is also running out. Development teams often sacrifice the software testing time to meet the time-to-market. However, this practice could lead to the risk of poor customer experience and security issues in the long run.
Quality engineering takes time. However, test engineers are trained to optimize the testing approach that can help in saving more time for development. QE teams leverage AI-enabled automation tools to automate time consuming tests. Robust quality engineering companies have already built a tried and tested infrastructure that can start helping multiple projects to save time on planning and implementation.
With evolving users demands, modern apps are continually becoming complex. Now they don’t work on just local data. The evolved architecture has increased the challenge to efficiently test integration between multiple layers of the app.
Traditional black box testing has become a legacy process. Quality engineers need to have a thorough understanding of the application architecture coupled with grey box testing to achieve the desired quality. AI in quality engineering
QE teams leverage AI-enabled quality assurance tool that have already proved their ability to help organizations efficiently plan and scope testing, accelerate time to market, increase continuous development and maximize test coverage without any extra effort.
Here is how AI in quality engineering can help:
- Predictive analytics help in detecting errors that are more likely to happen
- AI can help QE teams to accurately forecast timelines and cost of a project
- AI can broaden the testing scope without affecting your schedule. It means you can test more functionalities and features of your app to enhance the user experience.
Quality engineers are the ones who validate the code for any gaps. QA tests help in identifying whether the application is worthy enough to go into production or not. However, identification of any severe issue that would require a lot of reworks would take time and increase the development cost.
To mitigate this risk, QE professionals analyze the code even before the application goes into development. It helps in analyzing limitations of application at an early stage and how it can be managed during the development phase. QE teams work seamlessly with development teams to chalk out the right approach to develop and test the application. Identification of potential gaps during the planning phase helps in decreasing the time-to-market while delivering better quality.
QE professionals validate all aspects of an application like the end user. However, that does not mean that the underlying is ignored completely. This approach enables QE teams to give valuable insights about the application’s both non-technical and technical aspects. The unique and insightful feedback helps in highlighting gaps from both perspectives including systems and user.
Quality engineering has become business-critical for businesses who want to meet rapidly evolving customer demands and stay ahead of the market. QE can help businesses deliver customer-focused applications without any flaws. Quality engineering can bring efficiency, accuracy, and agility to the software development process without stressing budgets and resources of the organization.