Build Cloud Platform for Smart E-Bike Anti-Theft & GPS Management (ESP32 + GSM + NFC)
Budget: €30 – €250 EUR
Project Overview:
We are developing a commercial anti-theft and live tracking system for e-bikes, powered by an ESP32-based custom PCB. The hardware is complete. Now we need a cloud backend + dashboard system to monitor, control, and manage bikes remotely — including role-based access and payment locks.
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✅ Deliverables:
Backend API (Node.js, Python, or similar)
MQTT broker for ESP32 communication (e.g., Mosquitto)
Admin + Super Admin web dashboard (React/Next.js)
PostgreSQL or MongoDB database schema
Device authentication & NFC-based access control logic
Payment integration (Stripe preferred)
Hosting on AWS / Hetzner / DigitalOcean
Documentation & deployment instructions
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Key Features:
1. Live Bike Tracking
Show GPS location on map (Google Maps or Leaflet)
Update every 30–60 seconds
2. Remote Commands
Lock/unlock bike
Sleep mode
Buzzer trigger
3. User Authentication
NFC unlock only if payment is valid
Each ESP32 has unique device ID
Super Admin can override any bike
4. Role System
Super Admin: Manages all Admins, global control
Admin: Manages only their assigned bikes
End User (bike owner): Can view their bike
5. Payment & Access Control
Block unlock if subscription is unpaid
Show payment status in dashboard
Webhook support for Stripe
6. Optional
OTA updates (Firmware)
SIM status monitoring
Bike usage stats (mileage, hours on)
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Tech Stack Recommendation:
Backend: Node.js / FastAPI
DB: PostgreSQL / MongoDB
Frontend: React / Next.js
Device Comms: MQTT over GSM (via SIM800L)
Hosting: DigitalOcean, AWS, or Hetzner
---
What We Provide:
Schematics of hardware and PCB
ESP32 firmware code (basic)
NFC logic concept
GSM + GPS module used: SIM800L + NEO-6M
Authentication flow diagrams
We are developing a commercial anti-theft and live tracking system for e-bikes, powered by an ESP32-based custom PCB. The hardware is complete. Now we need a cloud backend + dashboard system to monitor, control, and manage bikes remotely — including role-based access and payment locks.
---
✅ Deliverables:
Backend API (Node.js, Python, or similar)
MQTT broker for ESP32 communication (e.g., Mosquitto)
Admin + Super Admin web dashboard (React/Next.js)
PostgreSQL or MongoDB database schema
Device authentication & NFC-based access control logic
Payment integration (Stripe preferred)
Hosting on AWS / Hetzner / DigitalOcean
Documentation & deployment instructions
---
Key Features:
1. Live Bike Tracking
Show GPS location on map (Google Maps or Leaflet)
Update every 30–60 seconds
2. Remote Commands
Lock/unlock bike
Sleep mode
Buzzer trigger
3. User Authentication
NFC unlock only if payment is valid
Each ESP32 has unique device ID
Super Admin can override any bike
4. Role System
Super Admin: Manages all Admins, global control
Admin: Manages only their assigned bikes
End User (bike owner): Can view their bike
5. Payment & Access Control
Block unlock if subscription is unpaid
Show payment status in dashboard
Webhook support for Stripe
6. Optional
OTA updates (Firmware)
SIM status monitoring
Bike usage stats (mileage, hours on)
---
Tech Stack Recommendation:
Backend: Node.js / FastAPI
DB: PostgreSQL / MongoDB
Frontend: React / Next.js
Device Comms: MQTT over GSM (via SIM800L)
Hosting: DigitalOcean, AWS, or Hetzner
---
What We Provide:
Schematics of hardware and PCB
ESP32 firmware code (basic)
NFC logic concept
GSM + GPS module used: SIM800L + NEO-6M
Authentication flow diagrams