Key Components and Features:

• Collaborative Development: The system is a collaborative effort, involving the expertise of the BISITE research group (Bioinformatics, Intelligent Systems, and Educational Technology at IBSAL) and the engineering product and service development capabilities of DCSC Company. 
• Automated and Modular Design: SmartLamp consists of three independent modules working in unison to provide sample identification, processing, storage, and transmission of geolocated signals. 
• Sample Preparation Module: This module maintains samples at 60°C for 45 minutes, with the capability to adjust temperature and processing time based on the machine manager’s assessment. 
• Sample Reading Module: Incorporating a reader system that uses cameras, photoresistors, fiber optics, etc., either independently or in combination. 
• Transmission Module: This includes four essential systems: 
  • Data Collection: Gathers sample results and contextual information like GPS location, patient details, and measurement equipment data. 
  • Data Protection: Ensures encryption and security of data, maintaining user anonymity and certifying data authenticity and accuracy. 
  • Transmission Systems: Offers various data transmission options, including GSM/LTE via SIM card, Wi-Fi, and Bluetooth for connecting to nearby devices. 
  • Data Storage: Includes storage capabilities for collected data. 
• Additional Functionalities and Technologies: 
  • Energy Generation and Recharging: Monitors battery status and supports energy generation through solar power, vehicle charging, or conventional electricity.
  • Interactive Interface: Allows for result visualization, data transmission, and backup operations. The interface is adaptable for use on computers, tablets, or smartphones and can analyse information with geographic, local, or personal considerations.