
Director of Consulting, Improving
About the Speaker:
Software is math. Every class is a theorem. The compiler is the proof. And unit tests check our work. Michael L Perry has built upon the works of mathematicians like Marc Shapiro, Pat Helland, and Leslie Lamport to develop a mathematical system for software development. He is the author of The Art of Immutable Architecture and the Jinaga Immutable runtime. He applies his love of software mathematics at Improving, a trusted partner for AI-assisted application development.
AI-assisted development tools can now quickly produce working software that once took months to hand craft. But that software often is based on the average of opinions on which the model was trained. It lacks the precision and expertise of the team that maintains it, the specific stack that they selected, and the particular problem domain that it serves. To produce high quality solutions at scale, you need to build a custom software factory. The factory is built from standard features available in almost all AI-assisted development tools:
Your team constructs it to capture the specific architectural decisions and implementation patterns that they have developed for the project. They maintain the factory over time as they use it to build artifacts like documentation, code, and tests. Every project is different. Don’t install a generic template. Learn how to construct a software factory for your current project to accelerate development while improving quality and consistency.
MLOps World | GenAI Summit 2026 is a two days of case studies, workshops, and expo on taking AI/ML and agentic systems into production – at the Etter-Harbin Alumni photo – full-bleed hero or browse files.