Most tutorials stop at the demo. This one covers the full production pipeline — Rekognition, Lambda, MediaConvert, DynamoDB — with the cost model and failure modes included.
Production AWS networking reference architectures — IPv6 dual-stack migration, SD-WAN hybrid connectivity, Private 5G infrastructure, and global edge CDN. IaC included.
MLOps platforms, streaming CDC pipelines, GPU training clusters, and serverless AI inference — all the AWS data and ML patterns with IaC, diagrams, and cost considerations.
Three production AWS security architectures — zero-trust networking, a DevSecOps CI/CD pipeline, and CloudHSM for key management — with IaC, diagrams, and real trade-offs.
Open-source AWS observability with OpenTelemetry, distributed APM profiling, synthetic monitoring, SIEM, and petabyte-scale log analytics. Architecture, cost, and trade-offs.
The foundational AWS stack — secure 3-tier web app, zero-downtime blue/green deployments, and CDK/Terraform patterns that don't fall apart when your team grows.
SD-WAN hybrid cloud with Transit Gateway, VPN, Direct Connect, and multi-cloud routing. The architecture, the cost model, and the failure modes your vendor won't tell you about.
A cloud-native SIEM delivering real-time threat detection, log correlation, and automated incident response — with a frank cost breakdown and the decisions we'd revisit.
Zero-trust is not 'add MFA and call it done.' This is what a real identity-driven, continuously-verified AWS network architecture looks like in CDK.
156,000 active drivers. 5,200 location updates per second. 45 cities. Here's the multi-region architecture that keeps data consistent when networks lie to you.
A production-ready multi-environment VPC in CDK TypeScript. CIDR allocation, private endpoints for S3/DynamoDB, multi-AZ design, and the decision behind every choice.
A production-ready AWS Chaos Engineering Platform that automates failure injection, blast radius control, resilience testing, GameDays, and observability. Built with serverless, Terraform, and AWS best practices to improve system reliability and fault tolerance.