SMART GLOVES

I am working on a personal project to create smart gloves with advanced features. The gloves should provide thermal management using Peltier modules or heating wires for active warming and cooling. They need to include an AI assistant and speaker, allowing voice interaction directly through the glove using a built-in microphone and bone-conduction or micro-speaker. The gloves should connect to a smartphone app via Bluetooth or Wi-Fi for temperature control, battery monitoring, and syncing notifications. Internal sensors should monitor skin temperature to prevent overheating or overcooling. The technical setup will use a microcontroller like the ESP32, powered by high-capacity LiPo batteries in the wrist cuff, and should support voice recognition for hands-free control.

Budget range:
Micro Project

Examples:
Core Features
​Thermal Management: Uses Peltier modules or heating wires to provide active warming and cooling based on your preference or the environment.
​AI Assistant & Speaker: A built-in microphone and small bone-conduction or micro-speaker allow you to talk to your AI assistant directly through the glove.
​Smartphone Connectivity: Connects via Bluetooth/Wi-Fi to an app on your phone to control temperature settings, check battery life, and sync notifications.
​Sensors: Internal thermistors monitor your skin temperature to prevent overheating or overcooling.
​Technical Setup
​Microcontroller: An ESP32 or similar chip manages the Bluetooth connection and processes commands.
​Power Source: High-capacity Lithium-Polymer (LiPo) batteries stored in the wrist cuff to power the heating/cooling elements.
​Voice Control: The glove uses a voice-recognition module to trigger the AI assistant without needing to touch your phone.

About the client
Core Features
​Thermal Management: Uses Peltier modules or heating wires to provide active warming and cooling based on your preference or the environment.
​AI Assistant & Speaker: A built-in microphone and small bone-conduction or micro-speaker allow you to talk to your AI assistant directly through the glove.
​Smartphone Connectivity: Connects via Bluetooth/Wi-Fi to an app on your phone to control temperature settings, check battery life, and sync notifications.
​Sensors: Internal thermistors monitor your skin temperature to prevent overheating or overcooling.
​Technical Setup
​Microcontroller: An ESP32 or similar chip manages the Bluetooth connection and processes commands.
​Power Source: High-capacity Lithium-Polymer (LiPo) batteries stored in the wrist cuff to power the heating/cooling elements.
​Voice Control: The glove uses a voice-recognition module to trigger the AI assistant without needing to touch your phone.