Your AI Prototype Is Finished. The Software Project Isn’t.
The demonstration went well. The application accepted a request, generated the right response, and completed a task that normally takes someone much longer, so everyone left the meeting impressed.
Can Employee Turnover Reveal Weak Software Architecture?
When an engineer leaves, the initial plan usually feels manageable: someone else will step in, spend a few days getting up to speed, and keep the roadmap moving forward. However, this is often the moment when the questions begin. Suddenly, the team finds themselves wondering why changing a simple field breaks the reporting process, or which service is actually responsible for a specific calculation. They might encounter a dependency that everyone is afraid to touch or find that the application behaves unpredictably in production without any clear explanation.
Beyond SaMD: Building a Digital Health Platform That Can Evolve
A medical application can work exactly as designed and still fall short of what the organization needs next.
Why Do Most AI Projects Fail?
AI projects rarely fail because the model was not powerful enough.
How Should CEOs Evaluate AI Investments?
CEOs should evaluate AI investments by asking whether the investment improves a measurable business outcome, changes a real workflow, keeps humans appropriately involved, has a realistic path to production, and creates value that outweighs cost and risk.
How AI-Assisted Legacy Modernization Reduces Cost, Risk, and Project Timelines
Many organizations know they need to modernize their legacy applications. They also know why they haven't.
Migrating a Xamarin Medical Application to .NET MAUI
A widely used medical reference application built with Xamarin had become increasingly difficult to maintain as platform support deadlines approached. The client needed to modernize the application before operating system changes and framework deprecations created larger compatibility risks.