Transforming Testing: Influencing Software Testing Trends In 2024

software testing practices

Software Testing Practices


The software testing landscape is constantly evolving, with new technologies, methodologies, and market forces reshaping approaches. As we enter 2024, certain trends are gaining momentum and will significantly influence how organizations approach testing and quality assurance. This blog will discuss some of the major software testing trends expected to transform the industry in the coming year.

Rise Of Test Automation:

Automating repetitive tests will no longer be optional – it will be pivotal for rapid release cycles and scaling quality assurance. Test automation adoption will continue growing in 2024 as more teams recognize its benefits.

Skilled software test automation engineers who can build robust frameworks will be in high demand. Testers need to learn test automation best practices and tools like Selenium, Cypress, or Katalon to supplement manual testing and stay relevant.

The Rise Of AI-Assisted Testing: 

With AI becoming ubiquitous, more testing tasks will be augmented or replaced by automation. Rather than job losses, this will open opportunities to:

Hire software tester with AI skills: Testers who can incorporate AI into workflows, oversee automation, and reskill will be in high demand.

Hyper-automation: AI streamlines repetitive work like regression testing to free up testers for higher-value tasks like exploratory testing and usability research.

AI-assisted problem solving: AI aids testers in debugging, defect prediction, coverage analysis, and test case prioritization rather than replacing the human role.

Growth Of As-a-Service Testing:

To scale testing capabilities up or down on demand, more firms will leverage testing-as-a-service (TaaS) models:

Cloud-based testing: Public cloud providers offer scalable on-demand infrastructure for load, performance, and security testing.

Crowdtesting services: These platforms source global networks of testers for tasks like exploratory and localization testing.

Testing Co-ops: Consortia of companies collaborate to reduce individual testing costs and expertise requirements.

Managed testing services: Providers manage dedicated/augmented internal testing teams using their tools and accelerators.

This flexible “pay-as-you-go” approach will be especially appealing to startups and smaller companies.

Evolution Of DevOps Testing:

As development shifts left towards continuous everything, testing practices will need to keep pace:

Test automation everywhere: Beyond traditional unit/integration testing, more UI, API, security, etc. testing will be automated.

Infrastructure testing: With infrastructure coded as code, testing will validate deployment configurations and environments.

Canary testing: Gradual feature rollouts and monitoring of small subsets of users allow issues to be caught early.

Dark testing: Tests are run in offline, non-production environments to identify risks without impacting users.

Self-healing systems: Tests and code include mechanisms to automatically detect, diagnose, and resolve issues.

This evolution of DevOps testing principles enables rapid, reliable software delivery at scale.

Advancements In Testing Tools:

To address emerging trends, testing tools will incorporate more AI, cloud-native, and collaborative capabilities:

  • AI-powered test case generation/execution/optimization tools
  • Headless and browserless testing for fast, scalable UI validation
  • Cloud-based load and performance testing platforms
  • Defect prediction and test prioritization using ML
  • Model-based testing to generate and execute tests based on requirements
  • Collaborative testing management and review boards
  • Codeless automation for citizen developers to get involved in testing
  • Open-source and low-code options will also grow in popularity for agility and cost savings.

Rise Of Specialized Testing:

  • As applications diversify, testing roles will become more specialized:
  • Mobile app testing: Validating experiences across diverse mobile devices, platforms, networks, and form factors.
  • API testing: Ensuring reliability, security, performance, and documentation accuracy of APIs/services.
  • IoT testing: Validating connected devices, edge systems, firmware, and integration with cloud platforms.
  • Data/ML testing: Validating training data, model performance, bias, and ML systems to behave as intended.
  • UX/accessibility testing: Ensuring compliance with design standards and that software is usable for all.
  • This trend will create demand for testers with deep skills in these focused domains.

Emphasis On Testing Culture:

Top performers recognize that quality is everyone’s responsibility and foster a culture where:

  • Developers are accountable for testing their code
  • Cross-functional collaboration improves requirements clarity
  • Early feedback is encouraged rather than blamed
  • Testers are viewed as advisors, not police checking boxes
  • Leaders prioritize quality over speed through the right KPIs
  • Employees feel empowered to identify and fix issues
  • Establishing the right culture and mindset will be as important as any technical change.

Importance Of Testing Metrics:

  • To optimize processes and benchmark performance, testing metrics will need to:
  • Go beyond pass/fail rates to indicate quality
  • Track efficiency, e.g. MTTR, lead time, change fail rate
  • Provide visibility into coverage, risks, and ROI
  • Be contextual, actionable and avoid perverse incentives
  • Leverage AI to extract insights from large test datasets.
  • Be integrated into reporting/dashboards for business stakeholders
  • Quantifying quality will grow in importance for justifying investments and driving improvements.

Rise Of Testing As A Service:

  • Independent of development cycles, more organizations will tap external testing services for:
  • Security testing: Penetration testing, code reviews, and risk assessments by certified experts.
  • Performance testing: Load/soak/spike testing using specialized tools and cloud infrastructure.
  • Compliance testing: Validating privacy, accessibility, and industry-specific requirements.
  • Specialized testing: Mobile apps, APIs, IoT, ML/AI systems beyond in-house expertise.
  • Testing augmentation: Bolstering internal teams during spikes or new initiatives.
  • It will permit a focus on in-house resources while ensuring critical quality dimensions are not overlooked.

Evolution Of Testing Skills:

  • To remain relevant, testers must continually upgrade their skills in automation:
  • Automation: Programming, virtualization, cloud, CI/CD pipelines, and test frameworks.
  • AI: Machine learning basics, model validation, bias detection, test data synthesis.
  • Analytics: Statistics, A/B testing, metrics extraction, visualization, hypothesis testing.
  • Soft skills: Critical thinking, collaboration, communication, leadership, and change management.
  • Domain expertise: Deep knowledge of specialized domains like fintech, healthcare, and retail.
  • Lifelong learning will be essential as testing intersects with adjacent tech disciplines.

Wrapping Up:

In a nutshell, software testing practices will undergo significant transformation in 2024, driven by emerging technologies, business needs, talent, and tooling evolutions. To succeed, testers, leaders, and organizations will need to actively monitor trends, experiment with new approaches, and make strategic investments. Those who proactively shape changes will be best equipped to ensure software quality in a digital landscape in constant flux.

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Article Author Details

Rosina De Palma

Rosina De Palma is a business development executive at Aegis a reputed software development company in USA and India. I have a professional team, and they are always ready to help you and give the unique ideas and also give a bright future to your business through web development.