Don’t Miss These 5 Software Testing Trends in 2024

By Sankhadeep Chakraborty . April 23, 2024 . Blogs

In today’s fast-paced digital world, software application development is happening at breakneck speed, pushing the need for software quality. Software testing is essential to guarantee the quality, usefulness, and safety of the applications being developed.

Growing with the business needs, the software testing market size is expected to grow to a massive USD 90 billion by 2032!

In this fast-growing and rapidly evolving space, it is important for businesses to keep an eye on the latest trends in software testing to stay ahead of the game. Companies that follow these trends can not only enhance the quality of their application but also optimize their testing operations and boost efficiencies.

Let’s explore some of the top software testing trends, which are expected to have a noteworthy impact in the coming months.

Software Testing Trends to Keep an Eye On

·       Trend 1: AI-driven Testing

AI-driven testing leverages the power of artificial intelligence and machine-learning algorithms to transform software testing by automating various testing processes. Its capacity to quickly evaluate large datasets, anticipate potential difficulties, and optimize test scenarios improves efficiency and accuracy. AI-driven testing is well-known for its ability to increase test coverage while avoiding manual involvement. It also allows for early fault discovery, which lowers post-development error-fixing costs.

Furthermore, its continuous testing capabilities enable organizations to expedite software delivery while maintaining quality. As AI-driven testing gains traction, enterprises recognize its potential to improve overall software quality, expedite development workflows, and stimulate creativity.

It is no surprise that by 2030, the global AI-enabled testing market size is expected to grow to over $2740 million!

·       Trend 2: Shift-left Testing

With shift-left testing, testing activities are started earlier in the development process. The aim of this method is to discover and rectify flaws as soon as feasible and lower the cost and work required to correct them later. By including testing in the early stages of development it allows teams to detect issues before they escalate, resulting in a smoother and more efficient application delivery process.

Shift-left testing takes testing efforts closer to the start of the software development lifecycle, typically during the requirements and design stages. This proactive strategy enables teams to recognize and resolve errors early on, lowering the risk of important flaws sneaking into later phases.

Implementing shift-left testing has various advantages, including increased software quality, a shorter time-to-market, and lower total development costs. Teams may save money on rework and offer higher-quality software to consumers by discovering and addressing errors earlier.

·       Trend 3: Test Automation at Scale

Test automation will continue to play an important role in modern software development processes, increasing productivity and quality. In fact, for 55% of companies, quality is the primary driver for employing testing automation.

However, scaling automation presents several obstacles. Organizations struggle to manage multiple platforms, technologies, and environments. To that end, to enable scaling of the test automation initiatives –

  • Collaborative frameworks such as Kubernetes allow for smooth scaling across environments while ensuring consistency and stability.
  • AI-driven testing tools make test case creation and maintenance easier, improving scalability.
  • Standardization of test automation processes through industry-wide initiatives promotes interoperability and facilitates scaling efforts.
  • Adopting cloud-based testing infrastructures improves scalability by offering on-demand resources and elastic scalability.

Mastering test automation at scale enables enterprises to expedite delivery while maintaining the quality of delivery in the ever-changing software development world.

·       Trend 4: DevOps and Continuous Testing

DevOps and continuous testing will continue to impact application development initiatives through 2024. DevOps stresses collaboration between advancement and operations groups to facilitate faster delivery and higher quality. Continuous testing, a fundamental component of DevOps, ensures that code changes are consequently tested through the advancement lifecycle, resulting in faster and more dependable releases.

Integrating testing into DevOps pipelines is essential for guaranteeing high-quality software programs. Teams may find and repair errors sooner by automating the testing process and integrating it into the development workflow, lowering the development costs and ensuring a consistent user experience. This integration implies that testing becomes an intrinsic part of the development process rather than a separate step, allowing teams to release software consistently and confidently.

·       Trend 5: Security Testing in DevSecOps

  • With the global security testing market size expected to reach USD 27 billion by 2032, one of the most common software program testing patterns in 2024 will be the rising significance of security testing, especially in the context of DevSecOps.

DevSecOps integrates security measures into DevOps, emphasizing the idea of “security as code.” Unlike conventional security testing, which is as often performed at the end of the advancement, DevSecOps incorporates security testing all through the software delivery lifecycle.

DevSecOps distinguishes itself by focusing on a proactive technique utilizing automated and continuous security testing. Groups that consolidate security testing into their DevSecOps procedures can reveal and rectify security issues early in advance, reducing the chance of a security breach. This strategy not only improves application security but also ingrains a security-conscious mentality in developers and testers. Going forward, a growing number of businesses are anticipated to utilize DevSecOps strategies to move forward with their software program offerings.

Looking Ahead!

The environment of software testing in 2024 will be defined by these dynamic trends that shape the industry’s direction. From AI-powered testing to the consolidation of security measures into DevSecOps, these trends highlight the pivotal need to remain ahead within the fast-paced world of software development.

At Verinite, we play an important role in addressing these developments through innovation-led and insight-driven intelligent testing services that meet the industry’s changing needs. With our domain expertise, deep testing skills, in-house developed reusable assets (IP), and vast experience, we help enterprises ensure high product quality, improved time-to-market, and reduced technical and business risks.

Get in touch with us to achieve business value & drive brand assurance with reliable independent testing solutions.

Sankhadeep Chakraborty

Sankhadeep heads the engineering arm in Verinite. He has been associated with the BFSI domain from the start of his career. He is a hardcore techie and innovation drives him. He believes in the saying "Nothing is impossible"

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