Development of a Compact Multi-Technology Asset Tracking Device with Remote Control Capabilities

Current shipment tracking relies heavily on external carrier updates, which can be delayed or inaccurate. Customers and organizations lack real-time, precise location data, making it difficult to recover stolen property, monitor shipping progress, or ensure asset security during transit. There is a demand for a self-contained, durable, and energy-efficient tracking device that can be remotely managed and used repeatedly across various shipments.

A mid-sized logistics and supply chain company seeking to improve real-time tracking and security of shipped cargo and valuable assets.

• Design and deploy a small, durable, and energy-efficient tracking device capable of continuous operation for 1 to 3 years on a single charge.
• Implement dual-location technology—GSM with cell tower triangulation and optional high-precision GPS activation—to maximize location accuracy while optimizing power consumption.
• Develop a mobile application (iOS and Android compatible) that allows users to remotely access device location, configure tracking parameters, and switch tracking modes as needed.
• Ensure the device supports remote reconfiguration of tracking frequency and module operation to extend usability and return on investment.
• Achieve cost-efficient manufacturing that facilitates widespread deployment across diverse assets and shipments.

• Small device case measuring approximately 21×12 millimeters to ensure portability and ease of attachment.
• Low-power mode activated by default to maximize battery life; supports remote adjustment via mobile app.
• Dual-location modules: GSM for general tracking with 100–200 meter accuracy and GPS for precise location activation upon user request.
• Ability to scan all neighboring cell towers regardless of provider to ensure broad connectivity.
• Long-lasting battery capable of supporting 1500 tracking sessions over 1 to 3 years without recharging.
• Remote configuration to adjust location reporting frequency from 1 to 50 times per day or as needed.

• Mobile operating systems (iOS and Android) for remote device management
• Cell tower data sources for GSM-based location triangulation
• Mapping API for real-time visualization of asset locations

• Device battery life optimized for continuous operation of 1–3 years on a single charge
• Accurate location reporting with adjustable frequency for resource management
• Remote reconfiguration capability for all device parameters
• Scalable architecture supporting deployment of thousands of devices
• Secure communication channels between devices and mobile applications

The implementation of this compact, multi-technology tracking device is expected to significantly improve asset security, facilitate faster recovery of stolen property, and enable precise shipment monitoring. Achieving a device lifespan of 1 to 3 years with remote configurability and cost-effective manufacturing will enhance return on investment and expand deployment capabilities across diverse logistics scenarios.