LLMOps

How do you reliably process thousands of diverse documents with GenAI OCR at scale? Explore why robust workflow orchestration is critical for achieving reliability in production. See how ZenML was used to build a scalable, multi-model batch processing system that maintains comprehensive visibility into accuracy metrics. Learn how this approach enables systematic benchmarking to select optimal OCR models for your specific document processing needs.

We explore how successful LLMOps implementation depends on human factors beyond just technical solutions. It addresses common challenges like misaligned executive expectations, siloed teams, and subject-matter expert resistance that often derail AI initiatives. The piece offers practical strategies for creating effective team structures (hub-and-spoke, horizontal teams, cross-functional squads), improving communication, and integrating domain experts early. With actionable insights from companies like TomTom, Uber, and Zalando, readers will learn how to balance technical excellence with organizational change management to unlock the full potential of generative AI deployments.

The OpenPipe integration in ZenML bridges the complexity of large language model fine-tuning, enabling enterprises to create tailored AI solutions with unprecedented ease and reproducibility.

Can automated classification effectively distinguish real-world, production-grade LLM implementations from theoretical discussions? Follow my journey building a reliable LLMOps classification pipeline—moving from manual reviews, through prompt-engineered approaches, to fine-tuning ModernBERT. Discover practical insights, unexpected findings, and why a smaller fine-tuned model proved superior for fast, accurate, and scalable classification.

Are your query rewriting strategies silently hurting your Retrieval-Augmented Generation (RAG) system? Small but unnoticed query errors can quickly degrade user experience, accuracy, and trust. Learn how ZenML's automated evaluation pipelines can systematically detect, measure, and resolve these hidden issues—ensuring that your RAG implementations consistently provide relevant, trustworthy responses.

A comprehensive overview of lessons learned from the world's largest database of LLMOps case studies (457 entries as of January 2025), examining how companies implement and deploy LLMs in production. Through nine thematic blog posts covering everything from RAG implementations to security concerns, this article synthesizes key patterns and anti-patterns in production GenAI deployments, offering practical insights for technical teams building LLM-powered applications.

Learn how leading companies like Dropbox, NVIDIA, and Slack tackle LLM security in production. This comprehensive guide covers practical strategies for preventing prompt injection, securing RAG systems, and implementing multi-layered defenses, based on real-world case studies from the LLMOps database. Discover battle-tested approaches to input validation, data privacy, and monitoring for building secure AI applications.

This comprehensive guide explores strategies for optimizing Large Language Model (LLM) deployments in production environments, focusing on maximizing performance while minimizing costs. Drawing from real-world examples and the LLMOps database, it examines three key areas: model selection and optimization techniques like knowledge distillation and quantization, inference optimization through caching and hardware acceleration, and cost optimization strategies including prompt engineering and self-hosting decisions. The article provides practical insights for technical professionals looking to balance the power of LLMs with operational efficiency.

A comprehensive exploration of real-world lessons in LLM evaluation and quality assurance, examining how industry leaders tackle the challenges of assessing language models in production. Through diverse case studies, the post covers the transition from traditional ML evaluation, establishing clear metrics, combining automated and human evaluation strategies, and implementing continuous improvement cycles to ensure reliable LLM applications at scale.