
Agentic AI in Production: Scaling Challenges and Practical Solutions
The real challenges of running agentic AI systems in production: non-determinism, token cost spirals, observability gaps, and how to solve them.
Deep-dive technical articles on cloud architecture, networking, security, databases, and infrastructure. Written by practitioners who build and scale production systems.

The real challenges of running agentic AI systems in production: non-determinism, token cost spirals, observability gaps, and how to solve them.

How to build production-ready LLM inference infrastructure: GPU selection, model serving frameworks, batching strategies, and cost optimization for AI workloads.

A practitioner's guide to FinOps: how engineering teams can take control of cloud costs without sacrificing velocity or innovation.

How OpenTelemetry works, why distributed tracing is different from logging and metrics, and how to instrument your services without drowning in overhead and noise.

SQL and NoSQL databases are not interchangeable. A principal architect with 30 years of database experience explains the real differences and when to use each.

Mainframe to cloud migration strategies that actually work: emulation, rewriting, and hybrid approaches, plus hard lessons from migrating COBOL and z/OS workloads.

A practical guide to vector databases for AI applications: when to use pgvector vs dedicated vector DBs, how ANN indexing works, and what I've learned shipping RAG systems in production.

DuckDB runs in-process like SQLite but handles analytical queries that would choke most data warehouses. Here's how it works, where it excels, and where it breaks down.

Sorting algorithms explained with real implementations, from bubble sort through Timsort. Big O complexity analysis and when algorithm choice actually matters in production.

Data sovereignty is the fastest-growing constraint in enterprise cloud architecture. Here's how multinational companies architect around GDPR, DPDP, and conflicting national data laws without fragmenting their platform.

AIOps applies machine learning to operations data to reduce alert noise, detect anomalies, and accelerate incident response. Here's what works in practice and what's still hype.

Data quality failures are silent and expensive. Data observability gives you the monitoring layer to detect when your pipelines are producing wrong data before the business finds out first.
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