@admin·6 min read·AI Frontier Making a model emit JSON is a common AI engineering need and failure point: an extra field, missing comma, or stray explanation breaks parsing. This article presents four tiers: prompt constraints, JSON mode, Function Calling, and constrained decoding (grammar), plus parsing and recovery safeguards that turn "usually works" into production reliability.
#AI #TypeScript♥ 270 comments
@admin·5 min read·AI Frontier KV Cache is not leftover GPU memory allocated first come, first served. This guide designs measurable admission and eviction controls around per-request memory estimates, tenant budgets, block allocation, preemption costs, and prefix isolation.
#AI #LLM #DevOps♥ 00 comments
@admin·5 min read·AI Frontier Fitting context into the window does not make the message sequence valid. This article binds roles, tool calls/results, serialized requests, and streaming blocks into one dispatch manifest so partial tool arguments or stale streams cannot leak into the next turn.
#LLM #AI Agent #DevOps♥ 1100 comments
@admin·5 min read·AI Frontier Ad hoc truncation after a context overflow turns a cost problem into an incorrect answer. This article makes context assembly a server-side admission protocol, controlling each call through bucketed reservations, a deterministic degradation ladder, and settlement metrics.
#AI #LLM #DevOps♥ 1110 comments
@admin·5 min read·AI Frontier Correlation between a Judge and human ratings does not mean it can compare new models reliably. This article turns blinded anchors, position swaps, style counterfactuals, calibration mappings, and Judge releases into a reproducible admission contract.
#AI #LLM #DevOps♥ 1130 comments
@admin·5 min read·AI Frontier Evidence that works at the beginning may be missed in the middle. Build position-controlled metamorphic cases and block model or context-assembly regressions using worst-position performance rather than averages.
#AI #LLM #DevOps♥ 1150 comments
@admin·6 min read·AI Frontier APIs are convenient, but compliance, cost, offline operation, and customization can require self-hosting. This guide compares Ollama for local experiments and personal development with vLLM for high-throughput production inference, then covers quantization, VRAM, hardware selection, and when to use an API instead.
#LLM #Open Source♥ 290 comments
@admin·5 min read·AI Frontier Dynamically loading multiple LoRA adapters onto one base model saves GPU capacity but introduces artifact substitution, cache contamination, and cross-tenant mix-up risks. This article designs trusted registration, resource limits, batching isolation, and per-adapter rollback.
#AI #LLM #DevOps♥ 00 comments
@admin·6 min read·AI Frontier Major foundation models now support images natively, turning image understanding from a toy into a product capability. This article explains Vision strengths, typical use cases (document parsing, support, moderation, accessibility), and engineering essentials: image token costs, preprocessing, prompt design, limitations, and pitfalls, so you can decide when
#AI #LLM♥ 300 comments
@admin·5 min read·AI Frontier A higher hit rate does not prove cache correctness. This article defines scopes, content identity, authorization epochs, hit revalidation, and cross-tenant negative tests for managed and self-hosted prefix caches.
#AI #LLM #DevOps♥ 1390 comments
@admin·5 min read·AI Frontier A successful upload does not mean media can be sent directly to a model. This article defines contracts for image, audio, and video probing, decoding, limits, orientation and color correction, normalization manifests, and version rollback.
#AI #LLM #DevOps♥ 00 comments
@admin·5 min read·AI Frontier Offline scores can rise while online satisfaction falls because of population shifts, delayed labels, fallbacks, or multiple component upgrades. This article freezes exposures, complete runtime bundles, label watermarks, and attribution windows into evidence that can be corrected but not rewritten.
#AI #LLM #DevOps♥ 1460 comments