DevOpsInfrastructure as CodeBlueprint

Production-Grade Terraform & OpenTofu Architecture Blueprint

8 min read

A comprehensive guide on structuring multi-environment Terraform codebases, state locking, remote backends, drift detection pipelines, and automated module testing.

Key Engineering Principles

Folder hierarchy vs workspace strategies for isolation
Automating terraform plan PR checks with Atlantis & GitHub Actions
Enforcing policy as code using OPA (Open Policy Agent) & Checkov
Safe state migration and lock management strategies
#Terraform#OpenTofu#IaC#AWS#OPA
DevOpsContainers & SecurityGuide

Kubernetes Production Hardening & Zero-Trust Architecture

12 min read

Practical checklist for securing EKS/GKE clusters: NetworkPolicies, RBAC least privilege, Pod Security Admission (PSA), Kyverno policy enforcement, and mTLS via Istio.

Key Engineering Principles

Transitioning from PodSecurityPolicies to PSA standards
Automating container vulnerability scanning with Trivy in CI
Configuring Istio strict mTLS and ingress authorization policies
Runtime threat detection using Falco & eBPF
#Kubernetes#Security#Istio#Kyverno#Falco
DevOpsCI/CD & DeliveryBlueprint

ArgoCD & GitOps Multi-Cluster Deployment Pattern

10 min read

Declarative application management across dev, staging, and production EKS clusters using ArgoCD, Kustomize overlays, and automated canary analysis with Argo Rollouts.

Key Engineering Principles

App-of-Apps and ApplicationSet architectural patterns
Prometheus metric-based automatic rollback configuration
Secrets management in GitOps with SealedSecrets & Vault
Disaster recovery and fast cluster recreation from Git
#ArgoCD#GitOps#Kubernetes#Helm#Kustomize
DevOpsObservability & SRECheatsheet

SRE Golden Signals & Alert Fatigue Reduction Cheatsheet

6 min read

How to construct high-signal Prometheus alert rules for Latency, Traffic, Errors, and Saturation while eliminating noisy alarms using burn-rate calculations.

Key Engineering Principles

Multi-window, multi-burn-rate alert math (SLO error budget alert setup)
Structuring PromQL queries for percentiles (p95, p99) accurately
Integrating PagerDuty escalation trees with Grafana dashboards
Blameless post-mortem templates & outage remediation runbooks
#Prometheus#Grafana#SRE#Alerting#PromQL
MLOpsInference & AI InfraBlueprint

High-Throughput LLM Serving Architecture with vLLM & KEDA

15 min read

Architecting a production-ready LLM inference cluster on Kubernetes capable of serving Llama 3 & Mistral models with dynamic GPU auto-scaling.

Key Engineering Principles

Configuring vLLM Tensor Parallelism and PagedAttention settings
Autoscaling GPU pods on custom Prometheus metrics (queue length, GPU duty cycle)
Cold-start optimization using fast local NVMe cache and S3 Mountpoint
Benchmarking Time-To-First-Token (TTFT) and Inter-Token Latency (ITL)
#vLLM#MLOps#GPU#Kubernetes#KEDA#PyTorch
MLOpsExperimentation & LifecycleGuide

Enterprise MLflow Model Registry & Lineage Tracking Pattern

9 min read

Setting up a centralized MLflow tracking server connected to S3 artifact storage and PostgreSQL, with automated model promotion gates in CI/CD pipelines.

Key Engineering Principles

Automated experiment logging and hyperparameter tracking
Integrating MLflow model registry stages (Staging -> Production)
Data versioning linkage using DVC and git commits
Security, authentication, and role-based access for data science teams
#MLflow#MLOps#DVC#Python#PostgreSQL
MLOpsData PipelinesBlueprint

Real-Time Feature Store Implementation with Feast & Redis

11 min read

Building a low-latency feature serving architecture for online machine learning models, connecting batch pipelines (Spark/Snowflake) with online stores (Redis/DynamoDB).

Key Engineering Principles

Defining feature views and entity definitions in Python
Preventing point-in-time data leakage during training set generation
Low-latency online feature retrieval (< 5ms) during inference
Automating feature pipeline sync schedules
#Feast#Redis#MLOps#FeatureStore#Spark
MLOpsObservability & QualityGuide

Continuous Model Monitoring: Data Drift & Concept Drift Detection

8 min read

Establishing continuous model performance monitoring to detect feature distribution shifts, prediction drift, and accuracy degradation in live production environments.

Key Engineering Principles

Statistical tests for drift (KS-Test, PSI, Wasserstein Distance)
Setting up Evidently AI & Deepchecks pipelines on Kubernetes
Automating model re-training triggers when drift exceeds thresholds
Correlating model input drift with SRE golden signals in Grafana
#ModelMonitoring#DataDrift#EvidentlyAI#MLOps#Grafana