Simor
Data Infrastructure for Production AI
Practical writing on AI data engineering, feature stores, and the infrastructure choices that determine whether AI systems work in production.
# AI Assistants in the Enterprise: Implementation Guide Enterprise AI assistants differ from consumer chatbots - they require integration with internal systems, governance frameworks, and security co
# Scaling Machine Learning Infrastructure: From POC to Production Moving a machine learning model from notebook to production exposes gaps that notebooks hide. Data scientists produce working models
# Deploying ML Models on Kubernetes: Best Practices ML models in production need orchestration, scaling, and monitoring infrastructure. Kubernetes provides these capabilities, though the learning cur
# Fine-Tuning LLMs for Domain-Specific Applications General-purpose LLMs handle broad tasks, but business applications often need specialized terminology and knowledge. Fine-tuning adapts pre-trained
Traditional ETL processes operate on batch schedules, identifying changes through comparison mechanisms. Change Data Capture (CDC) identifies and captures changes as they occur, enabling immediate pro
Fraud detection requires analyzing events as they happen. Batch processing that examines data hours after transactions cannot prevent fraud. Streaming data processing analyzes events in real-time, ena
Time series forecasting requires specialized pipeline architecture. Unlike standard batch processing, time series work demands strict chronological ordering, historical context, time-based feature eng
A semantic layer provides business-friendly abstraction over technical data structures, enabling self-service analytics and consistent metric interpretation. Implementing one involves technical challe
Edge AI deploys AI algorithms on edge devices, enabling local processing without constant cloud connectivity. This approach addresses latency, bandwidth, privacy, and reliability challenges that cloud