- Houston
- Industrial Automation
- 20 weeks
- B2B
- C/C++, ARM Cortex, RTOS, MQTT, IoT Platforms
Project Brief
The project’s goal was to create cutting-edge embedded product development to increase automation processes, operational efficiency, and real-time monitoring for a prominent industrial automation firm.
Client Background
The client is a well-known industrial automation company based in Houston that specialises in automating manufacturing processes. They require a new embedded system to improve the efficiency and dependability of their automation equipment.
Key Challenges:
Solution:
1. Discovery and Planning
Our team performed thorough stakeholder interviews and site visits to better understand the client's needs and the operating environment. Detailed technical specifications were written, and a complete project plan with precise milestones was created.
2. Development
The development procedure included selecting the proper hardware and software stack. For firmware development, we chose C/C++ and ARM Cortex processors because of their great performance and low power consumption. The Real-Time Operating System (RTOS) was chosen to govern real-time activities, while MQTT was used as a lightweight communications protocol suitable for IoT purposes. The development process was continuous, with periodic testing and validation at each stage to ensure compliance with the specifications.
3. Implementation
The implementation phase included deploying the embedded product in a controlled environment for initial testing. Feedback was gathered, and necessary improvements were implemented. To ensure that the system functions smoothly and is well-maintained, the client's technical people were thoroughly trained. Continuous support and updates were provided post-deployment to address any issues and incorporate new features as needed.
Tools & Technology Used
C++
Programming Language
ARM Cortex
Processors
MQTT
Messaging Protocol
Features:
Real-time Monitoring
The integrated solution monitors industrial processes in real time, allowing operators to notice and resolve difficulties quickly. This function lowers downtime and improves production operations.
Robust Integration
The use of modular and scalable hardware and software solutions enabled integration with multiple industrial protocols as well as existing infrastructure. This allows for easy communication and interoperability across different systems.
Enhanced Reliability
The embedded device is designed to function in severe industrial settings, with durable hardware components and a dependable RTOS, providing high uptime and low maintenance needs.
Secure Data Transmission
The embedded solution uses modern encryption techniques to enable safe and reliable data communication between the devices and the central monitoring system, shielding critical information from unauthorised access.
Scalable Architecture
The embedded product's scalable architecture allows for easy expansion and integration with additional devices and sensors, ensuring future-proofing and adaptability to evolving industrial requirements.