Test automation is no longer a competitive advantage reserved for technology leaders. In business-critical software, it is becoming a basic requirement for release confidence, operational resilience, and compliance readiness. Yet many organizations still ask the wrong question: “Do we have automated tests?” A better question is: “How mature, repeatable, measurable, and auditable is our testing process?” The Test Maturity Model integration, or TMMi, provides a practical way to answer that question and understand where your company stands on the path from ad hoc testing to optimized quality engineering.

A live software bug is rarely “just a bug.” In business-critical systems, especially in regulated industries, a defect that reaches production can trigger operational disruption, customer impact, compliance exposure, emergency remediation, reputational damage, and long-term technical debt. The real question is not whether testing costs money. The real question is: how much does insufficient testing cost when failure becomes visible?

The hidden ROI of automated testing shows up in places budgets rarely label as “testing costs”: emergency hotfixes, delayed releases, incident response, customer churn, and the slow erosion of trust when software becomes unpredictable.

Lead Artificial intelligence (AI) and machine learning (ML) are no longer emerging trends in software development—they are already reshaping how applications are built, tested, and released.

Small and medium-sized enterprises (SMEs) often hesitate when it comes to test automation, assuming it’s reserved for large corporations with massive tech budgets.

The transition from manual to automated testing is a game-changer for companies seeking faster release cycles, higher accuracy, and scalable quality assurance.

With growing demand, capacity shortages and new airspace users on the rise, the ATM industry is preparing for a major paradigm shift with rapidly approaching deadlines.

To address the challenges of the ATM industry, a unique aviation industry development was born from the cooperation of HungaroControl and the test automation expert company ProofIT.

Performance engineering, which is closely related to performance testing, is a method that aims to optimize the efficiency and reliability of IT systems. What exactly does performance engineering cover? What are the steps of the process?

Find out how performance testing can help your business identify potential bottlenecks or areas for improvement, ultimately allowing you to improve system performance and reduce risks.

A decade and a half is a long time in the life of a company. There were also sharp changes in direction at ProofIT, the company transformed from a software development company to a software testing company. Since then, using their diverse experiences, they have appeared on the market with automatic testing products.

ProofIT’s automated software technology-based system is capable for quickly and fully testing air traffic control systems. We present our joint innovation with HungaroControl at the 2022 World ATM Congress.