Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

What’s happening under the hood of your AI systems? AI is now a crucial element of modern software applications, and if you don’t have visibility into its components, you’ll be left blind. Similar to a Software Bill of Materials (SBOM), an AI Bill of Materials, AI BOM, or AIBOM has become a crucial framework for documenting and securing this new and complex supply chain. This article is part of a series of articles on Shadow AI.

From supporting customers through intelligent chatbots to auto-generating code, GenAI is revolutionizing enterprise operations. But as Spiderman coined, with great power comes great responsibility. This article will look at generative AI security, including trends and best practices to stay on top of.

Imagine a world where, in the middle of programming, your helpful AI assistant tells you to import a package called securehashlib. It sounds real. It looks real. You trust your silicon co-pilot. You run pip install securehashlib. Congratulations. You’ve just opened a backdoor into your software stack—and possibly your company’s infrastructure. The package didn’t exist until yesterday, when an attacker registered it based on a hallucination the AI made last week.

A Software Bill of Materials (SBOM) is like an ingredient list for software. It provides a detailed inventory of all the components that make up an application, including open source libraries, proprietary code, packages, and containers. Just as food packaging lists ingredients to protect consumers and ensure safety, SBOMs do the same for software by giving visibility into what is inside.

Today, we’re thrilled to announce Mend Forge, our new AI native innovation engine and your window into what’s next in application security. At Mend.io, we believe that security innovation shouldn’t happen in a black box. The security landscape is shifting fast, driven by the explosive growth of AI generated code, AI powered applications, and rapidly evolving software supply chains.

As generative AI tools like ChatGPT, Claude, and others become increasingly integrated into enterprise workflows, a new security imperative has emerged: system prompt hardening. A system prompt is a set of instructions given to an AI model that defines its role, behavior, tone, and constraints for a session. It sets the foundation for how the model responds to user input and remains active throughout the conversation.

AI guardrails are structured safeguards, whether technical, security or ethical, which are designed to guide AI systems so they operate safely, responsibly, and within intended boundaries. Much like highway guardrails that prevent vehicles from veering off course, these measures ensure AI remains aligned with organizational policies, regulations, and ethical values.

There was a time when “AI red teaming” sounded like a novelty. Now, it’s fast becoming table stakes. If your organization is shipping machine learning or LLM-powered systems into the real world (especially in sensitive domains), you need to know how those systems behave under pressure. That’s where AI red teaming tools come in. These tools help teams stress-test AI the way it will actually be used (and misused).

Application security posture management (ASPM) centralizes and automates the monitoring, evaluation, and management of application security across an organization’s software lifecycle. ASPM provides a unified view of the risk posture by aggregating data from various security tools, such as static application security testing (SAST), dynamic application security testing (DAST), software composition analysis (SCA), and runtime protection solutions.

If you’ve ever been burned by a late-stage security patch—hours before a release, in production, or during a holiday—you know patch management isn’t just an IT checkbox. It’s a make-or-break part of modern software delivery. Yet too often, it’s reactive, fragmented, and bolted on after the fact. This guide breaks down how to make patch management a proactive, automated, and developer-aligned process—without slowing you down.