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| 🔗 Stories, Tutorials & Articles |
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| Building a Database on S3 ✅ |
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| This paper from 2008 proposes a shared-disk design over Amazon S3 for cloud-native databases, separating storage from compute. Clients write redo logs to Amazon SQS instead of directly to S3 to hide latency. The paper presents a blueprint for serverless databases before the term existed. |
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| AWS RDS Cost Optimization Guide: Cut Database Costs in 2026 |
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| Amazon RDS costs are not fixed - they vary based on configuration and usage. Making informed configuration and governance decisions is key to optimizing costs. Graviton instances offer better price-performance for common databases, while storage costs can be reduced by decoupling performance from capacity. Serverless databases are not always cost-effective for stable workloads, and manual snapshot storage can add up over time. Having clear visibility into where costs come from is crucial for effective cost management. |
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| Top 10 best practices for Amazon EMR Serverless |
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| Amazon EMR Serverless allows users to run big data analytics frameworks without managing clusters, integrating with various AWS services for a comprehensive solution. The top 10 best practices for optimizing EMR Serverless workloads focus on performance, cost, and scalability, including considerations for applications, processors, worker sizing, scaling boundaries, and storage options. By following these practices, users can build efficient, cost-effective data processing pipelines for their analytics needs. |
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| Introducing Agentic Observability in NGINX: Real-time MCP Traffic Monitoring |
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NGINX ships an open-source Agentic Observability JS module. It parses MCP traffic and extracts tool names, error statuses, and client/server identities. The module uses native OpenTelemetry to export spans. A Docker Compose reference wires up OTel collector, Prometheus, and Grafana for realtime throughput, latency, error, and trace dashboards.
The shift: Moving MCP observability into NGINX relocates agent telemetry from sidecars to the proxy layer. It reshapes routing, governance, and scaling tradeoffs. The proxy picks up observability; sidecars lose babysitting duties. It surfaces different failure modes, policy boundaries, and operational load. |
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| AI Isn't Replacing SREs. It's Deskilling Them. |
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| This post discusses the impact of AI on the role of Site Reliability Engineers (SREs) by drawing parallels to historical research on automation. It highlights the risk of deskilling and never-skilling for SREs who heavily rely on AI tools for incident response. The post also suggests potential approaches to address these challenges, emphasizing the importance of keeping humans engaged and maintaining skills through deliberate practice. |
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