GenAI: A game changer or a hidden risk?
“One of the biggest risks is technical debt,” he warns. “AI-generated code is often longer than necessary, and because it’s machine-generated, developers may not fully understand it. This creates human-orphaned code that require yet another tool just to be interpreted.”
How to tame GenAI?
The future of software development doesn’t lie in GenAI alone. Rather than replacing low-code, GenAI is fusing with low-code to create a powerful combination that’s reshaping how applications are built, maintained, and scaled.
This structured approach prevents AI from becoming a liability. By ensuring applications created using AI remain easy to modify and evolve via the platform, OutSystems is giving businesses the power to build software that’s not just functional today—but adaptable for the future.
100x developer productivity with safety rails
Picture a world where AI and low-code work together to make software development 100 times faster and more efficient.
With AI fully integrated into the SDLC, we’re moving toward a future where developers can build applications at speeds that once seemed impossible. But it’s not just about speed — it’s about scalability, security, and adaptability.
Imagine a future without technical debt
With AI-powered low-code, businesses can leverage a fast, iterative, and business-driven software development approach.
“We’re eliminating surplus code, orphan code, and security vulnerabilities,” Rosado states. “With OutSystems, teams are immune to technical debt, allowing them to focus on what really matters.”
AI-driven low-code platforms will drive the future of enterprise software development.
The combination of low-code and AI unlocks infinite possibilities. We’re not just accelerating development — we’re redefining how software is built, maintained, and evolved.
The future is here
The digital landscape is shifting faster than ever. Businesses that embrace AI-powered low-code will lead the pack, outpacing competitors still stuck in the old world of slow, expensive, and rigid development cycles.