Robotics

Client Overview

The client’s requirement was to test “Pet tracker IOT device” in different angles and speed, the second requirement is to build cost effective solutions for carrying heavy items within warehouses, retail shops, airports, etc.

Challenge

The client faced significant challenges in their operations, including:

• Inefficient Logistics: Traditional methods of transporting heavy items in warehouses are labour-intensive and error-prone, slowing down operations.
• Manual Testing Bottlenecks: IoT device testing, such as pet trackers, required a high degree of precision, which was challenging to achieve manually.

Solution

Autonomous Guided Vehicles (AGVs):

• Designed self-driven AGVs capable of transporting heavy items in warehouses with high precision and efficiency.
• Equipped AGVs with advanced sensors, navigation systems, and obstacle detection to ensure safe and seamless operations.

Robotics-Driven IoT Device Testing:

• Built robotic systems to automate testing of IoT devices, such as pet trackers.
• Integrated precision testing technologies using IMU (Inertial Measurement Unit) sensors, including accelerometers and gyroscopes, for accuracy and reliability.

IoT and Robotics Integration:

• Combined robotic technologies with IoT systems to enhance operational capabilities, such as the pet tracker’s movement analysis.
• Enabled real-world applications like geofencing and activity monitoring through robotic precision testing.

Scalable and Customizable Solutions:

• Designed solutions with modular and scalable architectures to adapt to future operational demands.

 

Results

The implementation of Prodeco’s robotics solutions delivered transformative outcomes:

• Improved Logistics Efficiency: AGVs(POC)  to reduce transportation times for heavy items and lowering labor costs.
• Enhanced Testing Precision: Robotics-driven IoT device testing improved accuracy by 30%, ensuring higher-quality pet tracker performance.
• Innovative IoT Applications: Integrated robotics and IoT technologies enabled advanced features in pet trackers, such as accurate motion tracking and improved battery efficiency.
• Scalable Operations: The modular design allowed for a seamless expansion of robotics applications as operational demands increased.

 

Conclusion

By leveraging advanced technologies like AGVs, precision robotics, and IMU integration, the solutions addressed key operational challenges and unlocked new possibilities for innovation.