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.
Event-driven architectures treat changes in state as events that trigger immediate actions and data flows. Rather than processing data in batches or through scheduled jobs, components react to changes
Public benchmarks like MMLU, HELM, and Big-Bench provide useful comparative metrics. However, they often fail to capture the nuances of enterprise-specific requirements and use cases. A comprehensive
# Implementing Data Observability: Beyond Monitoring Traditional data monitoring checks predefined metrics. Data observability provides comprehensive visibility into health, quality, and behavior acr
# Model Compression Techniques for Edge Deployment Edge devices have limited memory and compute. Full-sized ML models often won't fit or run too slowly. Model compression reduces model size and compu
# Streaming SQL: Real-Time Analytics Approaches Batch processing can't deliver insights fast enough for many use cases. Streaming SQL extends SQL semantics to continuous queries over unbounded data s
# Responsible AI: Bias Detection and Mitigation AI systems influence critical decisions in healthcare, finance, hiring, and criminal justice. When these systems produce unfair outcomes, they can perp
# Hybrid Cloud Data Architecture: Balancing Flexibility, Performance, and Cost Organizations rarely fit their data infrastructure into a single paradigm. Regulatory requirements, legacy systems, perf
# Data Mesh Governance Framework: Balancing Autonomy with Control Data mesh distributes data ownership to domain teams. This improves agility but creates governance challenges: ensuring quality, comp
# AI-Powered Analytics Dashboards: Beyond Traditional BI Analytics dashboards visualize key metrics. Traditional dashboards are static and reactive - they show what happened, not what might happen or