Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

99% of organizations faced API security issues in the past 12 months. Yet only 10% have an API posture governance strategy in place to actually defend against them. What makes this worse is that 95% of API attacks now come from authenticated sources. Traditional defenses built around authentication are failing. Shadow APIs and zombie APIs operate undetected while businesses manage an average of 660 endpoints with little visibility.

Over the last year, Model Context Protocol (MCP) servers have transitioned from "cool developer experiments" into critical production infrastructure. Developers love them because they allow AI agents to open tickets, query databases, and update records with almost zero integration backlog. But there is a fundamental truth we must acknowledge before moving forward: The AI revolution is actually an API revolution.

API security is becoming more important by the day and skilled practitioners are in high demand. Now’s the time to level up your API security skillset. Wallarm University, our free training course, provides security analysts, engineers, and practitioners with hands-on skills you can’t get from documentation, videos, or traditional courses. Run real attacks, investigate real signals, and learn exactly how to defend API environments when it counts. Here are the 7 reasons you should register.

A practical guide to the Backend for Frontend pattern for secrets management.

Today, APIs power everything from mobile apps to cloud platforms, quietly moving data behind the scenes. That invisibility makes them prime targets. Over 84% of organizations experienced API security incidents last year, with breaches exposing ten times more data than in traditional attacks. Attackers now deploy AI-powered tools that map endpoints in minutes and exploit business logic flaws your defenses can’t see.

Why isn’t your API gateway enough? Gateways control access; WAFs block known signatures. Neither sees what happens at the application layer—where SQL injection executes, where SSRF reaches your metadata service, where lateral movement begins. Runtime security monitors live behavior, not just perimeter traffic. What’s the real problem with API security tools? Most see only one layer. API security sees traffic patterns. Container security sees process execution.

In the race to deploy autonomous AI agents, organizations are inadvertently building on a foundation of shifting sand. While security teams have spent the last year focused on "Prompt Injection" and "Model Poisoning," a much older, more dangerous adversary has quietly become the primary attack vector for the agentic era: Broken Object Level Authorization (BOLA).

For the last twenty years, cybersecurity has been built around the edge: the belief that threats come from the outside, and that firewalls, WAFs, and API gateways can inspect and control what enters the environment. That model worked when applications were centralized, traffic was predictable, and most interactions followed a clear pattern: a user in a browser talking to an app inside a data center. Agentic AI breaks that model.

Modern Joomla applications are no longer limited to traditional website workflows. Today, Joomla powers mobile apps, headless frontends, third-party integrations, and backend services that rely heavily on REST APIs. In all these cases, secure API authentication becomes a foundational requirement.

APIs sit at the center of modern applications. They move data between systems, power mobile apps, and enable integrations at scale. Naturally, they are also a focal point for regulators, auditors, and attackers. Most organizations today do test their APIs. Yet many still struggle during audits. Not because testing didn’t happen, but because it wasn’t consistent, governed, or provable. Compliance frameworks don’t ask whether you ran an API scan.