Systems | Development | Analytics | API | Testing

OpenAI's new Agent Builder is revolutionizing how businesses create AI-powered workflows with its intuitive drag-and-drop interface. But here's the challenge that every enterprise faces: how do you give your agents access to internal databases without exposing credentials or compromising security?

In this post, Kong Champion Sachin Ghumbre shares his journey of transforming a complex GenAI application from a state of operational challenges to streamlined control. Discover how Kong AI Gateway provided the enterprise-grade governance needed to secure, optimize, and scale his GenAI solution, tackling issues from escalating LLM costs to prompt injection risks.

In an era where 74% of companies struggle to achieve and scale AI value despite widespread adoption of integration tools, a fundamental disconnect has emerged between enterprise data infrastructure and business execution velocity. On one hand, enterprises need professionals who can own data integration outcomes without becoming engineers.

In the race to deliver software faster, QA teams often face an impossible trade-off: run exhaustive test runs to mitigate risk or cut corners to meet deadlines. The hard truth: Neither option is sustainable. Running every possible test wastes time and resources and skipping tests without considering their relevance and business risk introduces defects that could harm your business. The root cause of the problem? Most testing tools miss the context that makes results relevant.

‍ 2025 is turning out to be a big year for AI agents. Grand View Research notes that the global AI agent development market, worth about USD 5.40 billion in 2024, could soar to nearly USD 50.31 billion by 2030, growing at a remarkable 45.8% CAGR. And it’s not just about numbers. A recent McKinsey report highlights that agentic AI is the next logical step after generative AI. Evolving from simple task execution to actively driving goals and delivering results that make a measurable difference.

‍ Every online transaction today hinges on one thing: trust. But building that trust through a secure, seamless payment gateway is far more complex than just adding a “Pay Now” button. Businesses grapple with rising fraud, tightening regulations, and customers who expect one-click, frictionless checkouts. Consider this: online payment fraud losses globally are projected to exceed USD 343 billion between 2023-2027.

‍ For many enterprises, their legacy systems are becoming more of a liability than an asset, slow to change, expensive to maintain, and risky in today’s security climate. But the rise of cloud infrastructure isn’t just hype: 94% of enterprises report using cloud services in some form by 2025. Moreover, the cloud‐first mindset has gone mainstream. According to Gartner, 85% of organizations will embrace a cloud‐first strategy by 2025.

The way people borrow and lend money has changed dramatically in the last decade. What once required multiple bank visits, lengthy paperwork, and long approval cycles can now be done online within minutes. This shift has been fueled by peer-to-peer (P2P) lending platforms, where borrowers are directly connected with the lenders, cutting out traditional financial middlemen. In 2025, P2P lending will no longer be a niche idea- it will be a mainstream way of borrowing and lending money.

Patient care systems don’t shut down for maintenance. Emergency rooms process admissions at 3 AM. Surgical units access medical histories mid-procedure. Yet healthcare organizations still face a persistent challenge: moving years of clinical data, billing records, and operational systems to modern platforms without interrupting any of these critical functions. This operational reality creates a specific technical problem.

Organizations tend to accumulate data systems the way cities accumulate roads—one at a time, for specific purposes, typically with little consideration for how they’ll eventually need to work together in the future. Customer records sit in five CRMs. Financial data spans three ERP systems. Operational metrics scatter across dozens of legacy databases. The infrastructure works. Each system performs its designated function.