Systems | Development | Analytics | API | Testing

Artificial Intelligence in real estate is no longer a future concept or a conference buzzword. It’s already reshaping how properties are leased, managed, valued, and invested in — often quietly, behind the scenes, inside operational workflows. Over the past months, ORIL has been hosting conversations with founders, CEOs, operators, and technology leaders on the Innovation Blueprint podcast, discussing how AI is actually being used in PropTech today. Not hypotheticals. Not hype.

You have more data than ever, but getting a simple answer feels impossible. Your data lives in dashboards you can’t question and reports that are outdated the moment they’re published. You’re paying for analytics tools that most of your team never touches. And when you actually need an answer – in a meeting, on a call, right now – you’re told to wait for someone to pull a report.

So as software engineers using AI coding assistants, we’re quickly learning of a new anti-pattern: Hallucinated Success. You give your agent (e.g. Claude via terminal or various IDE code assistants) the command “refactor the billing controller.” The agent happily complies, churning out nice clean code. The agent even goes so far as to write a new unit test suite that passes at 100%. You integrate it. Your test suites pass. Your production code breaks. Why?

Learn what a data lakehouse is, its core architecture, and how it compares to data lakes and data warehouses to solve modern data challenges.

Key Takeaways As companies continue to scale analytics beyond operational systems, transferring data from generic databases (like MongoDB) to cloud warehouses (like Snowflake) becomes critical.

Have you ever noticed how your favorite apps just know what you want? Whether it’s a curated playlist that suits your mood, a movie recommendation that hits the spot, or ads that seem oddly relevant, none of it feels surprising anymore. These experiences have become so routine that we barely pause to think, “How does this even work?” But maybe we should.

Complex user tasks often need multiple AI agents working together, not just a single assistant. That’s what agent collaboration enables. Each agent has its own specialism - planning, fetching, checking, summarising - and they work in tandem to get the job done. The experience feels intelligent and joined-up, not monolithic or linear. But making that work means more than prompt chaining or orchestration logic.

From shopping and food delivery to banking and fitness, mobile users everywhere expect smooth, fast, and bug-free experiences. Behind every efficient mobile app is a team of testers working hard to make that happen – and if you’re one of them, you know it’s no easy task. Mobile testing isn’t just about checking whether a few buttons work.

Data streaming with events supports many different applications and use cases. Event-driven microservices use data streaming, allowing companies to build applications based on domain-driven designs. This approach allows teams to break applications into composable microservices that can be worked on independently, speeding development. These designs scale well and can process huge amounts of data efficiently.

AI is not a pilot anymore. In 2026, it is the operating agenda. And if you’re leading a business or an IT project right now, you’re probably getting the same two questions. First: “When do we see real outcomes?” Second: “Can we trust what we’re getting?” Those are fair questions. They’re the right questions. Because the truth is, the model is rarely the problem. The hard part is everything around it. The data. The access. The silos. The controls.