WAAP 101: Why Web Application and API Protection is Your First Line of Defense
A practical WAAP 101 guide covering web application and API protection, WAF, bot defense, API discovery, DDoS, business logic risk, and implementation.
A practical WAAP 101 guide covering web application and API protection, WAF, bot defense, API discovery, DDoS, business logic risk, and implementation.
A deep technical analysis of how small semantic edits in SKILL.md files can steer autonomous agents toward unsafe tools and how to harden the full skill supply chain.
ComfyUI raised $30M at a $500M valuation as creators and teams look for more control over AI-generated media workflows.
Midjourney V8 is an alpha-stage image model with faster generations, stronger prompt following, better text rendering, HD options, and important workflow limits.
A practical guide to deploying Moltworker as a Cloudflare-based proof of concept, including infrastructure prep and first workflow validation.
Anthropic Mythos is suddenly part of a national-security debate after reports that NSA spies are using it while the Pentagon and Anthropic remain at odds over broader military AI use.
A source-backed explainer on Amanda Askell’s role in Anthropic’s Character work and how Claude’s Constitution shapes Claude’s moral compass.
A practical guide to poisoned AI, covering what it is, how data poisoning and backdoor attacks work, what the risks are, and how organizations reduce exposure.
Explainable AI in Life Sciences is rapidly redefining how scientific discovery, clinical research, diagnostics and therapeutic strategies are designed, validated and delivered. Life sciences organizations have long struggled with the complexity of biological systems and the variability of patient responses to treatments. Even when two patients suffer from the same disease, the factors affecting their outcomes can differ significantly. These differences, often rooted in genetics, immunology, environmental exposure or subtle cellular mechanisms, frequently determine whether a therapy will be moderately effective, highly effective or entirely ineffective.
Deepfake phishing uses synthetic voice, video, and identity signals to trick employees. Real-time AI defenses can detect anomalies, verify intent, and stop fraud before money or access moves.