Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Every hype cycle brings fresh security concerns, and AI is no exception. AI governance might sound like uncharted territory, but it’s really just another evolution of the same security principles AppSec teams have been applying for years. The fundamentals—secure coding, risk management, compliance, and policy enforcement—haven’t changed.

You want to know the real answer to two questions about Docker security.

Web application firewalls (WAFs) are one of the most commonly used tools that organizations deploy to protect their applications at runtime. By monitoring HTTP traffic and filtering out suspicious requests, WAFs act as a protective layer around an application that protects it from certain types of incoming threats. However, WAFs often fall short of expectations.

You’ve heard about JavaScript SQL injection attacks before, but you’re not entirely sure what they look like in the wild or if you need to worry about them in the first place. Maybe you’re trying to figure out just how bad it could be. In short, if you’re building apps using SQL databases, like MySQL and PostgreSQL, you’re at risk—you’re not safe from attack methods plaguing developers and their databases for decades.

Building secure applications is about more than just adding security features at the end of the development process. It’s about addressing vulnerabilities and threats as they arise and improving security continuously—right from the start. That’s the power of DevSecOps.

Checking off application security requirements for SOC 2 compliance is often a burden for everyone involved. Security and GRC teams need to manually upload evidence to SOC2 compliance systems like Drata, while development teams suddenly need to use code security scanners that throw wrenches in the SDLC.

Imagine you’re building a blogging web app using Prisma. You write a simple query to authenticate users based on their provided email and password: Looks harmless, right? But what if an attacker sends password = { "not": "" }? Instead of returning the User object only when email and password match, the query always returns the User when only the provided email matches. This vulnerability is known as operator injection, but it’s more commonly referred to as NoSQL injection.

In cybersecurity, learning the hard way is often the most expensive lesson. High-profile breaches that dominate headlines are more than just cautionary tales—they're stark reminders of what happens when critical gaps in monitoring and detection are ignored.