The lethal trifecta in AI agents
When agents can read private data, process untrusted content, and communicate outward, prompt injection becomes a much more serious security problem.
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When agents can read private data, process untrusted content, and communicate outward, prompt injection becomes a much more serious security problem.
Plan caching reuses planning templates across similar agent tasks, cutting cost and latency without throwing away accuracy.
Bigger context windows do not remove failure modes. They create new ones when we stop being intentional about what goes into an agent's context.
I benchmarked five embedding models across four NanoBEIR datasets and found that bigger embeddings did not always produce better retrieval.
Bi-encoders make retrieval fast, but cross-encoders expose why reranking matters when meaning depends on the query.
GGUF made local LLM inference feel practical by packaging model weights, vocabulary, hyperparameters, and architecture metadata into one runnable format.
Repeated user intents can quietly inflate LLM cost and latency. Semantic caching helps, but production use comes with trade-offs.