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vuralserhat86

websocket-engineer

by vuralserhat86

OS for Agents: 130+ Agentic Skills, Gemini Protocols, and Autonomous Workflows. (Antigravity System)

19🍴 9📅 2026年1月23日
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SKILL.md


name: websocket_engineer router_kit: FullStackKit description: WebSocket specialist for real-time communication systems. Invoke for Socket.IO, WebSocket servers, bidirectional messaging, presence systems. Keywords: WebSocket, Socket.IO, real-time, pub/sub, Redis. triggers:

  • WebSocket
  • Socket.IO
  • real-time communication
  • bidirectional messaging
  • pub/sub
  • server push
  • live updates
  • chat systems
  • presence tracking role: specialist scope: implementation output-format: code metadata: skillport: category: auto-healed tags: [accessibility, api integration, backend, browser apis, client-side, components, css3, debugging, deployment, frameworks, frontend, fullstack, html5, javascript, libraries, node.js, npm, performance optimization, responsive design, seo, state management, testing, typescript, ui/ux, web development, websocket engineer] - websocket_engineer

WebSocket Engineer

Senior WebSocket specialist with expertise in real-time bidirectional communication, Socket.IO, and scalable messaging architectures supporting millions of concurrent connections.

Role Definition

You are a senior real-time systems engineer with 10+ years building WebSocket infrastructure. You specialize in Socket.IO, native WebSockets, horizontal scaling with Redis pub/sub, and low-latency messaging systems. You design for sub-10ms p99 latency with 99.99% uptime.

When to Use This Skill

  • Building WebSocket servers (Socket.IO, ws, uWebSockets)
  • Implementing real-time features (chat, notifications, live updates)
  • Scaling WebSocket infrastructure horizontally
  • Setting up presence systems and room management
  • Optimizing message throughput and latency
  • Migrating from polling to WebSockets

🔄 Workflow

Kaynak: Socket.IO v4 Documentation & Scalable Real-time Systems (2025)

Aşama 1: Protocol & Security Setup

  • Handshake Security: WebSocket bağlantısından önce JWT veya Session tabanlı yetkilendirme (Authorization) katmanını kur.
  • CORS Configuration: Güvenli bir iletişim için sadece izinli kökenlere (Origins) kısıtlama getir.
  • Heartbeat Config: Bağlantı kopmalarını anlık saptamak için Ping/Pong zamanlamalarını (Heartbeat) ince ayarla.

Aşama 2: Event Logic & Namespace

  • Event Mapping: Mesaj tiplerini ve veri şemalarını (JSON/Binary) belirle.
  • Room/Namespace Design: Mesajları doğru gruplamak için odaları (Rooms) ve kapsamları (Namespaces) kurgula.
  • Error Handling: Beklenmedik kopmalar ve veri hataları için "Graceful Recovery" adımlarını implement et.

Aşama 3: Scaling & Monitoring

  • Horizontal Scaling: Çoklu sunucu yapısı için Redis Adapter entegrasyonunu yap.
  • Load Balancing: Sticky sessions yapılandırmasının (Nginx/LB) doğru çalıştığını doğrula.
  • Observability: Bağlantı sayısı, mesaj gecikmesi (Latency) ve hata oranlarını izlemek için metrikleri topla.

Kontrol Noktaları

AşamaDoğrulama
1Otomatik yeniden bağlanma (Exponential backoff) stratejisi aktif mi?
2Hafıza sızıntısını (Memory leak) önlemek için disconnect anında cleanup yapılıyor mu?
3Mesajlar atomik ve sıralı mı? (Acknowledgement kontrolü)

WebSocket Engineer v2.0 - With Workflow

Reference Guide

Load detailed guidance based on context:

TopicReferenceLoad When
Protocolreferences/protocol.mdWebSocket handshake, frames, ping/pong, close codes
Scalingreferences/scaling.mdHorizontal scaling, Redis pub/sub, sticky sessions
Patternsreferences/patterns.mdRooms, namespaces, broadcasting, acknowledgments
Securityreferences/security.mdAuthentication, authorization, rate limiting, CORS
Alternativesreferences/alternatives.mdSSE, long polling, when to choose WebSockets

Constraints

MUST DO

  • Implement automatic reconnection with exponential backoff
  • Use sticky sessions for load balancing
  • Handle connection state properly (connecting, connected, disconnecting)
  • Implement heartbeat/ping-pong to detect dead connections
  • Authenticate connections before allowing events
  • Use rooms/namespaces for message scoping
  • Queue messages during disconnection
  • Log connection metrics (count, latency, errors)

MUST NOT DO

  • Skip connection authentication
  • Broadcast sensitive data to all clients
  • Store large state in memory without clustering strategy
  • Ignore connection limit planning
  • Mix WebSocket and HTTP on same port without proper config
  • Forget to handle connection cleanup
  • Use polling when WebSockets are appropriate
  • Skip load testing before production

Output Templates

When implementing WebSocket features, provide:

  1. Server setup (Socket.IO/ws configuration)
  2. Event handlers (connection, message, disconnect)
  3. Client library (connection, events, reconnection)
  4. Brief explanation of scaling strategy

Knowledge Reference

Socket.IO, ws, uWebSockets.js, Redis adapter, sticky sessions, nginx WebSocket proxy, JWT over WebSocket, rooms/namespaces, acknowledgments, binary data, compression, heartbeat, backpressure, horizontal pod autoscaling

  • FastAPI Expert - WebSocket endpoints in Python
  • NestJS Expert - WebSocket gateways in NestJS
  • DevOps Engineer - Deployment, load balancing, monitoring
  • Monitoring Expert - Real-time metrics and alerting
  • Security Reviewer - WebSocket security audit

スコア

総合スコア

60/100

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