Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

The Hacker is Having a Conversation with Your API. There are two kinds of attacks you MUST understand: Stateless (Brute Force): One-and-done, instant gratification. Think SQL Injection. Stateful (Sophisticated): A persistent conversation over time. This is the signature of Business Logic Abuse. Why does this matter? Stateful attacks are executed by sophisticated threat actors who have done their due diligence on your architecture. You must evolve your defenses to monitor the entire session, not just single requests!

Multimodal Attacks and Model Drift: The Future of AI Exploitation A10 security experts Jamison Utter, Diptanshu Purwar, and Madhav Aggarwal discuss the critical vulnerabilities emerging from multimodal AI agents (systems that perceive, decide, and act) and the absolute need for security mechanisms external to the Large Language Model (LLM) itself. The experts dive into why traditional security is failing and what the next evolution of defense must look like.

In a recent blog post from @Memcyco , we discussed how credential replay remains one of the most efficient ways attackers turn stolen usernames, passwords, or tokens into real account access. Verizon’s 2024 DBIR shows that over 40% of breaches involve stolen credentials, underscoring the durability of this tactic. Even strong authentication is not immune. Techniques like pass-the-cookie and adversary-in-the-middle phishing allow attackers to replay tokens and sidestep MFA. Remote-access scams add another layer, handing fraudsters direct control of devices and sessions.

See Attack Simulation, Automated Red Teaming, and Attack Path Validation in action—this video shows how real intrusions unfold and how to stop them.

Why do hackers ignore your firewalls and clean code? Because they exploit your business logic and application architecture. A Business Logic Attack (BLA) is a sophisticated manipulation that uses your own system's design against you. Learn the key difference between code flaws and architectural exploits.