Nvidia Jetson GPU Integration

Edge AI with Nvidia Orin Nano

Fully Integrated Warehouse Management Solutions with NVIDIA Jetson Orin Nano and IoT Sensor Fusion

This next-generation warehouse management system (WMS) is a fully integrated solution engineered for real-time operational intelligence, powered by the NVIDIA® Jetson Orin™ Nano edge AI platform. Designed to deliver unmatched performance at the edge, this solution seamlessly merges computer vision, AI inference, and a broad range of IoT sensor inputs to optimize every aspect of warehouse operations—from inventory control to worker safety and environmental monitoring.

AI at the Edge: Jetson Orin Nano

At the heart of the system is the NVIDIA Jetson Orin Nano, a compact yet powerful AI inference engine capable of delivering up to 40 TOPS (trillions of operations per second) of compute power. This enables complex machine learning models to run locally without cloud latency, ensuring fast, autonomous decision-making in critical workflows. The Jetson module manages sensor data ingestion, preprocessing, and analytics, supporting real-time control loops and alerts.

Our Role in the Solution

We served as the end-to-end systems engineering and implementation partner for this solution, overseeing every critical layer from hardware to software.

Hardware Design & Sensor Integration:
- Complete electrical and mechanical design to physically integrate a variety of IoT sensors—cameras, IR, temperature, humidity, light, sound, and facial recognition modules—with the NVIDIA Jetson Orin Nano GPU module.

Component Selection:
- Careful sourcing and qualification of all components—sensors, compute modules, connectors, voltage regulators, and thermal solutions—optimized for performance, power efficiency, and longevity.

Sensor-Specific Endpoint PCB & Circuitry Design:
- Custom-designed PCBs for each sensor type, with tailored signal conditioning, analog-digital conversion, and interface protocols (e.g., I2C, SPI, UART, CSI, USB).

Driver and Firmware Development:
- Custom low-level firmware and kernel drivers developed to ensure optimal sensor performance, real-time operation, and direct compatibility with the Orin Nano platform.

Power Sequencing and Error Management:
- Intelligent power tree design with strict sequencing, fault tolerance, brownout protection, and error handling mechanisms to ensure robust field operation.

Prototype Manufacturing:
- In-house manufacturing of the initial hardware prototypes, including enclosure design, thermal validation, and mechanical assembly for rapid field testing.

Cloud Connectivity and Data Streaming:
- Implementation of secure data streaming pipelines (MQTT/HTTPS/WebSockets) to cloud backends, enabling continuous ingestion of telemetry and event logs.

Data Analytics Software Development:
- Full-stack development of analytics software—including time-series processing, real-time alerts, and machine learning dashboards—designed to turn sensor data into actionable insights.