Formal methods have long been recognized for their potential to enhance the reliability and safety of software systems, particularly in safety-critical domains such as nuclear, aerospace, and defence. Despite their proven benefits, the adoption of formal methods in industry has been hindered by their complexity and steep learning curve. This paper explores the evolution and application of the MALPAS tool, a suite of formal verification analysers, in bridging the gap between theoretical formal methods and practical industry needs. By examining the historical context, current challenges, and future directions of formal verification, we highlight the critical role of MALPAS in making formal methods more accessible and effective. The paper also discusses the importance of integrating formal methods into standard industry practices and educational curricula to foster wider adoption. Through case studies and practical insights, we demonstrate how MAL-PAS can transform formal verification processes, making them more user-friendly, efficient, and applicable across various domains.