I built a real-time IoT monitor bridging ESP8266, Go, and Next.js

Show HN: I built a real-time IoT monitor bridging ESP8266, Go, and Next.js

I built a real-time IoT monitor bridging ESP8266, Go, and Next.js is a business in show hn launch.

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I built Synx, a real-time temperature and humidity monitoring system that bridges hardware, systems programming, and modern web dev.Architecture: - ESP8266 + DHT11 sensor sending data via MQTT - Go backend for data ingestion, writing to InfluxDB (time-series DB) - Next.js frontend with live WebSocket updates (zero latency) and historical chartsKey engineering decisions: - MQTT over HTTP for true real-time push - Server-side timestamping (ESP8266 has no RTC) - InfluxDB for efficient time-series storage - Dual-channel: WebSocket for live data, REST API for historyI built this as a junior Go engineer to move beyond CRUD apps and work with IoT protocols, systems programming, and real-time data s

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Website: synx-alpha.vercel.app