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Production

Learn Production as a connected topic across chapters, concepts, simulations, and interview reasoning.

10 Concepts45 Articles14h 14m

Overview

Learn Production as a connected topic across chapters, concepts, simulations, and interview reasoning.

How this topic helps

System Design
Architecture
Distributed Systems
Llm

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Articles

45 matched articles

Article 1LLM Observability: Tracing, Logging, and Debugging Production AI SystemsTLDR: πŸ” LLM observability is radically different from traditional APMβ€”non-deterministic outputs, variable token costs, and multi-step reasoning chains require specialized tracing. LangSmith provides 19 minArticle 2LLM Software Development Pitfalls: What to Avoid and When to SimplifyTLDR: Most bad LLM products do not fail because the model is weak. They fail because teams wrap a maybe-useful model in too much architecture: prompt spaghetti, no eval harness, weak tool schemas, hug20 minArticle 3Spark on Kubernetes: Operator, Dynamic Allocation, and Production MonitoringTLDR: Running Spark on Kubernetes replaces YARN's static queue model with a container-native, elastically-scaled execution environment. The kubeflow Spark Operator manages SparkApplication CRDs throug36 minArticle 4Kafka and Spark Structured Streaming: Building a Production PipelineπŸ“– The 500K-Event Problem: When a Naive Kafka Consumer Falls Apart An analytics platform at a mid-sized fintech company needs to process 500,000 payment events per second from a Kafka cluster. The tea23 minArticle 5Deploying LangGraph Agents: LangServe, Docker, LangGraph Platform, and Production ObservabilityTLDR: Swap InMemorySaver β†’ PostgresSaver, add LangServe + Docker, trace with LangSmith. πŸ“– The Demo-to-Production Gap: Why Notebook Agents Fail at Scale Your LangGraph agent works perfectly in the d26 minArticle 6MLOps Model Serving and Monitoring Patterns for Production ReadinessTLDR: Production ML reliability depends on joining inference serving, data-quality signals, and rollback automation into one operating loop. TLDR: This dedicated deep dive focuses on the internals, 13 min

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