Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

The enterprise security world is having two separate conversations that desperately need to collide. On one side, application security (AppSec) teams are scrambling to secure APIs – the connective tissue of every modern application. On the other, a new wave of “AI security” vendors promise to protect your LLMs from prompt injection, data leakage, and hallucinations. Both groups are solving real problems. Both are missing half the picture.

The non-human identity (NHI) problem was always the same problem: too many service accounts, too few owners, too many secrets in too many places. They sat where we left them, quietly piling up privilege, outliving the engineer who created them. Eventually someone, an auditor, sometimes an attacker, went looking and found them. Agents are a different problem.

Let’s start with a scenario. This is illustrative, not a single reported incident. A developer shares a Postman collection in Slack to move faster. “Here’s the Postman collection for the payment API. It has live auth headers so you can test prod endpoints.” The team uses it, work gets done, and the link stays. What no one realizes is that the collection lives inside a public Postman workspace. Weeks later, it is indexed by search engines. The URL requires no login.

A newly disclosed security issue, tracked as CVE-2026-44578, affecting Next.js applications is raising concerns across the developer and security communities after researchers identified multiple authorization bypass and middleware evasion paths that could expose protected application data and credentials. The vulnerabilities impact several versions of Next.js and allow attackers to bypass middleware-based authorization controls using crafted requests and route manipulation techniques.

In September 2022, Australia woke up to the largest data breach in its history. Optus, the country’s second-largest telecom disclosed that the personal information of nearly 10 million people had been exposed. To put that in perspective, that’s almost 40% of the entire population. Among the data spilled were 2.1 million government-issued IDs – passports, driver’s licenses, Medicare cards – the kind of information that isn’t just sensitive, but life-defining.

“Tech giants pay hackers millions to hack them – on purpose.” What once sounded like a risky experiment has now become standard practice in cybersecurity. Bug bounty programs have moved from the fringes into the mainstream because traditional defenses alone can’t keep up with today’s scale and sophistication of attacks.

In today’s hyper-connected world, Web Application Firewalls (WAFs) have become one of the most critical layers in a modern security stack. As businesses shift more operations, data, and user experiences online, web apps and APIs are increasingly under siege – from basic bot scraping to sophisticated logic abuse and zero-day exploits.

In 2022, Optus – a major Australian telecom – suffered a breach that exposed the data of over 11 million customers. The root cause? A single, unauthenticated API endpoint. What looked like a simple oversight turned into a nationwide scandal, regulatory fallout, and shattered consumer trust. Fast forward to 2025, and APIs have only grown more powerful – and more dangerous.

Imagine an online retailer running a promotion: “Spend $100 this month, get a $25 gift card.” It sounds simple encourage loyal shoppers to spend more. But due to a flaw in the app’s logic, a clever user discovers a loophole. They place enough orders to reach the $100 threshold and receive the gift card. Then, they cancel a small order to drop below the threshold only to make a new one that pushes their total back over $100.

In today’s threat landscape, enterprise security isn’t breached in the apparent places—it’s compromised in the seams. One of the most overlooked seams is the API gateway. While celebrated for its role in routing traffic and managing APIs, the API gateway has quietly become one of the most critical and exposed components in modern digital infrastructure.