From Jailbreaks to Business Impact: How to Write AI Security Findings That Executives Understand
AI security findings should connect tested behavior to business impact through scope, preconditions, evidence, reproducibility, affected assets, control failure, severity rationale, and remediation. Findings must avoid unsupported company-level claims, product endorsement language, and exaggerated conclusions.
Building an AI Red Team Lab: Tools, Datasets, Harnesses, Attack Libraries, and Reporting Templates
An AI red team lab should provide a controlled, authorized, reproducible environment for testing LLM applications, RAG systems, AI agents, model endpoints, tool use, output handling, and governance evidence. It must include safe datasets, attack libraries, test harnesses, telemetry, evidence handling, reporting templates, and operational guardrails.
AI Evals as Security Tests: Building Regression Suites for Prompt Injection, Leakage, and Unsafe Actions
Security evals should test prompt injection, indirect injection, data leakage, RAG access, unsafe output, excessive agency, over-reliance, and cost abuse. These should be repeatable regression suites in CI/CD and governance evidence.
RAG Data Leakage: How Private Documents Escape Through Retrieval, Embeddings, and Context Windows
RAG data leakage happens when retrieval, embeddings, metadata, prompt context, generated answers, logs, or deletion workflows expose information outside intended boundaries. Secure RAG requires authorization-aware retrieval, tenant isolation, metadata filtering, sensitive-data minimization, protected traces, retention limits, and incident-ready evidence.
AI Red Teaming 101: Scope, Methods, Evidence, and Deliverables for Real Organizations
The market often treats red teaming as a demonstration. Real organizations need more than that. They need authorization, reproducibility, severity judgment, and a retest plan that helps the engineering team move.
Securing AI Agents: Identity, Memory, Tools, Permissions, and Kill Switches
Agent projects fail when teams treat autonomy as a product feature instead of a control problem. Once the agent can do work on behalf of a user, the attack surface moves from text to action.
Prompt Injection Is Not a Prompt Problem
The mistake is to think better wording can defend a system that already gives the model too much reach. Once the model can read external content, call tools, and influence workflows, the real question becomes who controls the boundary.
OWASP LLM Top 10 2025 Explained for Engineers Building Real AI Products
Teams adopt LLM features quickly and then discover that traditional AppSec checks miss retrieval abuse, tool misuse, and unsafe output handling. The Top 10 helps because it names the failure modes that need design and test work.
The Agentic Anarchy Problem: Why AI Agents Break Traditional IAM Models
AI agents break traditional IAM because they act across user intent, application authority, and tool permissions. A secure agent program requires explicit identity, delegated authorization, scoped credentials, and policy enforcement that lives outside the model.