Simor
Less waste in. Better answers out.
Practical writing on AI cost, quality, and the control layers that keep multi-user systems honest in production.
A postal service where every postcard has a strict template. The address fields are always in the same spot. The message area has specific sections for specific types of information. Both sender and r
You walk into your favourite coffee shop and order your usual. But instead of ordering, paying, leaving, and coming back when you want another coffee (like HTTP requests), imagine you could just stay
Data pipelines built for business intelligence often fail when supporting AI workloads. The root cause is usually architectural: BI pipelines assume bounded, relatively static datasets, while AI syste
Most ML projects fail not because of flawed algorithms but because of poor data quality. Data scientists typically spend 80% of their time on data preparation, and even small data quality issues drama
Traditional centralised data architectures worked for BI but struggle with AI workloads. Centralised teams become bottlenecks as data volumes grow. Domain experts who understand the data are separated
Most AI pilots succeed. Most AI production deployments fail. The gap between proof-of-concept and operational AI often traces to one root cause: the inability to compute and serve features in real-tim
Existing data infrastructure often cannot support ML workflows. The modern data stack offers a foundation, but it requires adaptation to become AI-ready. This article covers building a data architectu
LLM applications face four consistent challenges: hallucination, context window limits, knowledge freshness, and cost. Vector databases enable retrieval-augmented generation (RAG), a pattern that addr
Organisations navigate complex data landscapes spanning on-premises systems, multiple clouds, and SaaS applications. Centralising all data for analytics has become impractical. Data virtualisation cre