Smarter, Safer EV Fleets: Geo-Fencing and Real-Time Tracking for Electric Motorcycles
Electric motorcycles are transforming urban mobility—but with more vehicles on campus, in factories, or in delivery fleets, how do you ensure safety, control, and accountability?
At Simplico, we’ve developed a scalable, reliable EV Motorcycle Geo-fencing & Tracking System that gives operators full visibility and control. Whether you’re managing a university fleet, rental bikes, or corporate logistics, our system helps ensure every vehicle stays within its allowed zone.
🚦 What the System Does
Our solution allows electric motorcycles to operate only within defined areas—such as school campuses, city zones, or private estates. If a vehicle goes outside the permitted boundary, the system automatically disables the motor and sends an alert.
All vehicle activity is tracked via a secure, real-time dashboard where admins can monitor movement, manage zones, and generate reports.
🧠 System Architecture
Here’s a high-level view of how the system works behind the scenes:
flowchart LR
A["Motorcycle Device (ESP32, GPS, Relay)"]
B["4G/WiFi IoT Network"]
C["Server & Database (FastAPI, PostgreSQL/MongoDB)"]
D["Web Dashboard (Alpine.js, Mapbox/Leaflet)"]
E["Admin/User Interface"]
A --> B
B --> C
C <--> D
D <--> E
- The motorcycle device sends GPS and status data to the cloud.
- The server checks whether the vehicle is within the allowed area.
- The dashboard visualizes everything in real-time.
✅ Key Benefits
- Zone Enforcement (Geo-Fencing): Automatically stops vehicle use beyond your defined areas.
- Live Tracking Dashboard: View current location and status of every vehicle.
- Instant Alerts: Be notified immediately of boundary breaches or irregular behavior.
- One-Time Purchase Model: Full ownership—no recurring software fees.
- Flexible Hosting: Deploy on your server or on our cloud (1 year hosting included).
- Expandable: Add more vehicles easily with per-unit licensing.
🏫 Ideal for:
- Universities & Schools: Limit student EVs to campus zones.
- Logistics Fleets: Track local delivery operations in real-time.
- Industrial Estates: Enforce internal area usage for maintenance fleets.
- Rental Operators: Improve accountability and reduce risk of loss.
💼 How It Works (Simplified)
- Each vehicle is fitted with a GPS-connected device.
- The device constantly checks if it’s inside the allowed zone.
- If the vehicle exits the zone, the motor is disabled remotely.
- Data is sent to the cloud for processing.
- Admins view vehicle positions and alerts from the dashboard.
📦 Simple One-Time Pricing
| Item | Price (THB) |
|---|---|
| System Development (≤50 units) | 200,000 |
| Cloud Hosting (1 year) | 32,500 |
| Additional Vehicle License | 2,500 per vehicle |
Hardware cost not included—Simplico can assist with device sourcing or integration.
☁️ Cloud or On-Premise
Your system can run securely:
- On your own internal server (for institutions)
- Or hosted by Simplico on our cloud infrastructure (DigitalOcean, 1 year included)
You can migrate between options later without disrupting operations.
📞 Get Started with Simplico
With 10+ years in custom system development, Simplico is ready to support your transition to smarter fleet control.
Whether you’re starting with 10 vehicles or scaling to 500, we deliver software that’s dependable, scalable, and easy to use.
📧 Contact us to schedule a demo or consultation.
Email: hello@simplico.net
Phone: +66830010222
Website: www.simplico.net
Get in Touch with us
Related Posts
- AI会在2026年取代软件开发公司吗?企业管理层必须知道的真相
- Will AI Replace Software Development Agencies in 2026? The Brutal Truth for Enterprise Leaders
- 使用开源 + AI 构建企业级系统(2026 实战指南)
- How to Build an Enterprise System Using Open-Source + AI (2026 Practical Guide)
- AI赋能的软件开发 —— 为业务而生,而不仅仅是写代码
- AI-Powered Software Development — Built for Business, Not Just Code
- Agentic Commerce:自主化采购系统的未来(2026 年完整指南)
- Agentic Commerce: The Future of Autonomous Buying Systems (Complete 2026 Guide)
- 如何在现代 SOC 中构建 Automated Decision Logic(基于 Shuffle + SOC Integrator)
- How to Build Automated Decision Logic in a Modern SOC (Using Shuffle + SOC Integrator)
- 为什么我们选择设计 SOC Integrator,而不是直接进行 Tool-to-Tool 集成
- Why We Designed a SOC Integrator Instead of Direct Tool-to-Tool Connections
- 基于 OCPP 1.6 的 EV 充电平台构建 面向仪表盘、API 与真实充电桩的实战演示指南
- Building an OCPP 1.6 Charging Platform A Practical Demo Guide for API, Dashboard, and Real EV Stations
- 软件开发技能的演进(2026)
- Skill Evolution in Software Development (2026)
- Retro Tech Revival:从经典思想到可落地的产品创意
- Retro Tech Revival: From Nostalgia to Real Product Ideas
- SmartFarm Lite — 简单易用的离线农场记录应用
- OffGridOps — 面向真实现场的离线作业管理应用













