DevOps & Monitoring · Development
Programming languages, patterns, and development practices
Each git event deserves a different GitHub Actions job: what to run on push, pull_request, the merge queue, and tag/release, and why routing protects lead time.
ci-cd · github-actions · devops +1
How high-performing teams keep security review from becoming a lead-time bottleneck: shift-left automation, risk-based gates, a paved road, dependency cadence.
ci-cd · devops · security +3
A comparison of modern TypeScript linting and formatting tools - ESLint, Prettier, Biome, and Oxlint - with benchmarks, config examples, and migration tips.
typescript · code-quality · developer-experience +2
A production guide to feature flags in distributed systems, comparing LaunchDarkly, Unleash, and AWS AppConfig with examples for rollouts and A/B testing.
feature-flags · devops · ci-cd +5
A practical guide to consumer-driven contract testing with Pact in TypeScript microservices, catching breaking API changes before deployment.
testing · microservices · api-design +3
A hands-on guide to adopting AI developer tools: readiness scoring, pilot scope, security controls, review capacity, and the metrics worth tracking.
ai-tools · security · code-review +3
A comprehensive guide to Claude Code, AI agents, and Model Context Protocol servers that transforms developers from basic users to power users
claude-code · mcp · ai-tools +5
Move past green-light dashboards to observability that narrates system behavior, user journeys, and business impact via distributed tracing.
observability · monitoring · opentelemetry +3
Implementation strategies for real-time notification delivery across WebSocket, push notification, email, SMS, and webhook channels with production-tested patterns
real-time · notifications · messaging +2
Real-world debugging techniques, monitoring strategies, and lessons learned from notification system failures in high-stakes production environments
debugging · monitoring · production +4
Advanced analytics strategies, A/B testing frameworks, and performance optimization techniques for notification systems serving millions of users
marketing-analytics · performance · testing +3
Implementing the Circuit Breaker pattern in TypeScript: three states, timeout sizing against P99 latency, and threshold defaults per dependency type
architecture · design-patterns · reliability +1
Git branching strategies mapped to team size, product type, and release cadence. GitHub Flow is the default; here is when another model earns its overhead.
ci-cd · lessons-learned · team-management +3
Advanced micro frontend patterns: event-sourced shared state, bundle budgets, cross-app error tracing, CSP and signed messaging, and strangler-fig migration.
debugging · performance · state-management +1