Agile and DevOps have taken the first place in the software development process. These revolutionary methodologies drastically reduced the time it took for users to get a task done and increased their quality and speed expectations.
Because of the constant change in the market landscape, a hybrid, Agile plus DevOps approach to software development is now essential for meeting consumer demands and remaining competitive. While the software sector continues to grapple with DevOps, Quality Engineering has sparked a fresh wave of interest.
What is Quality Engineering?
Adopting a software quality engineering process is essential to address the growing demand for speedy software development services. The approach includes adequate quality assurance, predictive analytics, and QA element monitoring to keep problems minimum. Quality engineering differs from quality assurance in that it is the process of incorporating quality into a product.
While quality assurance often entails a dedicated team conducting requirements reviews, inspections, code reviews, and manual and automated testing, quality engineering takes a more thorough approach with a much broader scope. Quality engineering can begin before software development by converting quality conversations into idea generation and user-experience research. It works in tandem with Agile and DevOps approaches to guarantee that its deliverables align with the company’s goals. Instead of identifying the SDLC’s intrinsic flaws, quality engineering focuses on preventing them altogether.
Quality engineering is an integral part of DevOps since it increases velocity and quality. The process facilitates continuous integration, and the tests are continuously executed.
Shift Left & Strengthen Right
Quality Engineering Services cover the entire gamut of the SDLC, thereby providing maximum coverage and the best quality product. The quality determinants are integrated right into the product, during the development phase, with the approach of DevOps testing shifting left. While on the other hand, quality assurance related to DevOp, work within the shift-right approach to ensure the proper delivery and the customer feedback is taken and solved quickly. Since the shift left and right is customer-centric, users are the only ones responsible for the quality assessment based on the parameters such as functionality, usability, and performance. So, the feedback mechanism must have enough understanding of the issues that can be faced by the users and remedy them from the earliest.
Quality Engineers As Valuable Tool
Quality Engineering bridges the gap between development and development process, which arises due to the lack of agility. It works on the principle of “test early, often test,” which helps reduce the challenges faced by the businesses while testing any software. Quality Engineering confirms software application quality throughout the SDLC-right from the designing stage to final delivery. QE can be integrated into the development process by using different development methods such as
Behavior Driven Development (BDD) – The behaviors of both software and business outcomes are considered. Leads to increased collaboration between developers, testers, and other stakeholders.
Test-Driven Development – the QA team, writes unit-level tests before the development to get early feedback and helps the development team to refactor its requisites.
Acceptance Test-Driven Development – Focuses on performing acceptance tests before developing software applications to meet the acceptance criteria beforehand.
Quality Engineering Powers Up the DevOps Pipeline
While quality engineering strategy combines management, design, and operations, DevOps brings together development and operations teams. This integrated QE in DevOps methodology allows enterprises to remain legally compliant while staying on track with their business goals and objectives. To design a completely secure, reliable, and safe application, it enlists the help of IT management, product management, software and systems engineering, and systems operations.
Businesses can scale up their operations with QE based on DevOps and Agile without investing much money or effort. Businesses can improve their SDLC by utilizing DevOps test automation and Agile test automation with test automation technologies such as Selenium, Robitium, etc. QE can assist enterprises in quickly developing and deploying bug-free software while also providing a better customer experience.
Furthermore, QE’s emphasis on end-to-end testing enables the product to be built and evaluated simultaneously. This method strengthens DevOps’ continuous integration (CI) and continuous delivery requirements (CD). It’s no surprise that meeting DevOps and Agile standards is critical to implementing quality engineering. It also summarizes the advantages of using DevOps testing and Agile testing services.
QE & DevOps Leads to Automation For Affable Future
It is essential to use a smart combination of manual and automated processes, with human specialists primarily active in creative and managerial roles and automated technologies handling iterative tasks. In DevOps, Quality Engineering uses robotic process automation tools to delegate time-consuming jobs. Quality Engineering services use AI and data analytics to advise changes to existing code and predict future risks and threats. Quality Engineering effectively deals with danger and security concerns, even after deployment, fool-proofing the generated code through concentrated monitoring.
Traditional software development has a high failure rate, resulting in glitch-infested, low-quality apps, necessitating a focus on Agile and DevOps. Only DevOps and Agile adoption is still a struggle for many enterprises, and a sophisticated Quality Engineering approach can simplify and streamline this process.
Businesses need to streamline themselves to increase operations, productivity, and sales in this fast-growing world. As a result, the software development process has been forced to become more agile, simplified, collaborative, and flexible. Quality Engineering helps develop the Agile and DevOps approach by achieving the outcomes. Furthermore, it leads to the highest ROI, better productivity, enhanced customer experience, and reduced operating costs.