Smart Parking IoT System

Automated barrier control and slot occupancy sensor dashboard using ESP32 edge telemetry and cloud state sync.

RoleIoT Firmware & Backend Engineer
Year2024
CategoryIOT & CLOUD
ClientBandung Urban Hub
Smart Parking IoT System occupancy monitoring console

The Challenge

Commercial multi-tier parking complexes suffered from severe ingress congestion due to uncoordinated manual ticket gates and absent live vacancy indications per parking bay level.

The Solution & Architecture

Architected ultrasonic wireless sensor clusters on custom ESP32 microcontrollers communicating over MQTT to Supabase Realtime, integrated with an automatic license-plate gate actuator and live floor occupancy LED signs.

Measurable Impact

-66%
Search Time Reduction
99.2%
Occupancy Precision
85ms
Sensor Latency

Outcome & Delivery

Cut median vehicle search times from 9.2 minutes to 3.1 minutes (66% improvement) across 450 bays, while saving 18% in facility lighting power consumption through dynamic bay sensors.

Technologies Used

ESP32TypeScriptSupabaseMQTT ProtocolPostgreSQLDocker

Interface & Architecture Gallery

Smart Parking IoT System screenshot 1

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