The dawn of the 21st century has brought seismic shifts to our personal lives as well as unravelled how we perform professionally. In this context, ever since digitalization kicked in, practically all industries have recognized the significance of digital presence and the need to be on the digital platform. Yet, having a digital existence and connecting with end consumers in this digitally-driven world necessitates data integrity and system security. Since quality assurance has to do more than just process but other facets for businesses like how they execute tasks, methodologies they adopt, and the tech stack they use.

Furthermore, a product's quality test involves a broad testing lifecycle while adhering to SOPs. Thus, all industries must ensure quality from the beginning of their product's lifecycle. Likewise, quality assurance has emerged as a critical part of all industries with the introduction of new-age technologies.

Importance of Quality Assurance
In the digital landscape, businesses have adopted modern technologies, such as Machine Learning, the Internet of Things, Quantum Computing, Augmented Reality, and Artificial Intelligence, to become more sophisticated and efficient. Furthermore, organizations are altering their business models to have a customer-centric approach and deliver best-in-class innovative products and services. And to provide at-par services, with the help of technologies, quality assurance has become significant in all industries as a part of the development process, whether it's an ERP solution, a high-speed online gaming application, business software, or a banking application.

Today's technology has broadened the scope of quality assurance beyond "manufactured" items. Any business that aims to provide high-quality services or products to its customers must follow its principles. For instance, QA teams employ automated testing techniques in the software development business to speed up testing and boost coverage. New technologies allow QA teams to identify and handle possible issues more effectively, resulting in higher product and service quality. It can help businesses scale on demand, reduce infrastructure investments, increase resiliency, and launch solutions securely and quickly. As a result of the creation and use of new technologies, quality assurance (QA) has become critical in all industries.

Here are a few ways in which technology is facilitating changes in the quality assurance processes of various industries:

Software Development: Automated testing technologies are becoming more common in QA processes for software development. These technologies can perform tests more quickly and consistently than manual testing, helping QA teams to find and resolve issues more quickly. This leads to higher software quality and a shorter time to market.

Manufacturing: The use of sensors and other manufacturing technology enables QA teams to acquire real-time data on production operations. This information can then be evaluated to discover areas for improvement, such as detecting faults or inefficiencies in the manufacturing process. Additionally, firms can reduce human error and enhance overall product quality by automating some QA processes.

Healthcare: Technology assures the safety and efficacy of medical devices and treatments in the healthcare industry. For instance, advanced imaging technologies, such as CT and MRI scans, are used to discover faults in medical devices that would be difficult to detect through physical inspection. It can also analyze data from electronic health records (EHRs) to detect potential safety hazards and improve patient outcomes.

Finance (BFSI): BFSI app testing is vital for organizations amid cyber threats, as these applications directly deal with the most confidential data, such as financial data. With the advent of digital payments, financial institutions are utilizing new technologies to detect and prevent fraud, such as big data analytics, artificial intelligence, and machine learning. They also utilize these technologies to monitor and analyze transactions to ensure regulatory compliance.

Supply Chain: RFID (Radio-Frequency Identification) tagging, GPS tracking, and other supply chain management technologies enable QA teams to trace products more effectively as they move through the supply chain. As a result, this enables them to swiftly identify problems and take corrective action to improve the overall quality of products and services.

Aviation: As part of its IT strategy, the airline sector utilizes analytics, increased regulatory compliance, e-commerce, agile technologies, and software. This emphasizes the need for quality assurance because only perfect performance and experience can secure the aviation industry's long-term viability. Being a highly data-driven sector that works on integration where a tiny fault might result in a big collapse. Consequently, successful QA guarantees that the airline industry's most crucial metrics are met, such as timely services, robust crisis management, and improved customer experience.

All Things Considered!
In a nutshell, as the digital landscape has evolved, quality assurance has become an essential component of the software development process across businesses. At the same time, it ensures that the software fits all specifications, leveraging the technology in the process. It allows QA teams to identify and address issues and vulnerabilities and fix them at the earliest to deliver best-in-class products across various industries within the stipulated timeframe. Thus, for businesses to provide better user experience, create advocacy, upsell chances and lead to more satisfied consumers, they need to adopt superior-quality products by adhering to quality assurance rules.