An environmental technology company required a flexible IoT hardware platform for monitoring temperature, humidity, and other environmental conditions.
—— 01 · Project Background
An environmental technology company required a flexible IoT hardware platform for monitoring temperature, humidity, and other environmental conditions.
The customer wanted a solution that could be adapted for different applications without redesigning the entire hardware system.
—— 02 · Development Challenges
The project required:
• Multiple sensor compatibility
• Wireless data transmission
• Flexible hardware expansion
• Reliable operation in different environments
The customer needed a scalable platform rather than a single-purpose device.
—— 03 · MTI Engineering Approach
MTI developed a modular ESP32-based IoT platform.
Our engineering team designed:
• Expandable sensor interfaces
• Communication architecture
• Power management system
• Customized PCB structure
The platform was designed to support different sensor combinations according to customer requirements.
—— 04 · Hardware Solution
The solution included:
• ESP32 WiFi IoT controller
• Environmental sensor interfaces
• Data processing system
• Wireless communication
• Customized PCB design
—— 05 · Production & Validation
MTI supported:
• Engineering prototypes
• Hardware debugging
• Reliability testing
• Small batch production
• Mass production preparation
— 06 · Project Result
The customer obtained a flexible IoT hardware platform that could support multiple environmental monitoring products.
The solution reduced future development costs and improved product launch efficiency.