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.
You have signed off on an AI initiative. Your team has a real workflow in mind — say, triaging inbound operations tickets, drafting first-pass vendor reviews, or reconciling exception cases across thr
The pipeline runs every night at 2 a.m. Nobody fully understands it. The original author left in 2019. It is part SAS, part shell, part stored procedures, and part a spreadsheet someone emails in. It
The demo looked great. The model summarized the document cleanly, answered the test question correctly, and produced prose that read well enough to ship. Two weeks later it is in production, and the c
A head of ML at a 120-person company told us recently that his team had spent nine months trying to stand up a "proper MLOps platform." They had evaluated three orchestration tools, designed a feature
Your team has a real use case. Maybe it is a support assistant that answers from your knowledge base, a contracts reviewer that applies your house clause library, or an ops copilot that understands yo
You have a retrieval-augmented generation proof of concept that works on a laptop. The embeddings are in a CSV file, the search is brute force, and the demo impresses the steering committee. Now someo
If you run a small business, you have heard the AI pitch a hundred times. Most of it is aimed at enterprises with data teams, seven-figure budgets, and a CIO to translate. That framing is now out of d
Real data is expensive, restricted, and often unusable. Privacy regulations block access to customer records. Data sharing agreements prevent using production data in development environments. Class i
Most RAG systems are evaluated with vibes. An engineer runs ten queries, eyeballs the results, and declares the system "working." Three months later, a customer reports that the system confidently ret