Text-based prompt injection defenses are blind to attacks hidden in images, PDFs, and audio. Here's the full attack surface enumeration and how to build layered defenses that actually work for multimodal AI pipelines.
Ordinary user content — product reviews, support tickets, documents — can override your AI's behavior at scale without any attacker involved. Here's why standard defenses miss the structural problem, and the architectural patterns that actually address it.
Every new tool added to an LLM agent multiplies behavioral complexity non-linearly — creating interaction effects, evaluation blind spots, and security gaps that grow faster than the capability gains. Here's how to audit your agent's surface area before it outgrows your control.
AI-generated summaries, FAQs, and analyses accumulate in your RAG corpus without provenance markers — and each retrieval cycle compounds the errors. How to detect corpus contamination and build retrieval policies that prevent the feedback loop.
Users who click AI suggestions and immediately rewrite them look identical to genuinely engaged users in your analytics. Here's how to measure what's actually happening.
When multiple AI features share a single API key, priority is set implicitly by whoever issues requests first. Here's how to make quota allocation explicit before a batch job starves your user-facing features.
Updating your RAG knowledge base doesn't just change what your system retrieves — it silently invalidates the evaluation sets you're using to measure it. Most teams never realize the difference.
Schema drift, embedding model updates, and stale documents can silently degrade RAG retrieval quality for weeks without a single error log. Here's how data contracts and ingestion-layer monitoring stop the rot before users notice.
When LLM API rate limits are treated as edge cases rather than architectural constraints, the results range from silent cost explosions to complete service failures. Here's how to design systems that function under sustained quota pressure.
The requests your AI refuses are the most honest user research data you have. Here's how to read them like a product backlog instead of a security watchlist.
AI features that launch at 91% accuracy can quietly erode to 83% six months later — not from model drift, but because product complexity creates input states the model was never trained on. How to detect it, audit for it, and close the gap before users notice.
When multiple teams share LLM inference infrastructure, naive FIFO scheduling causes priority inversion and SLO violations. Here's what fair scheduling actually looks like in production.