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IoT Edge AI Data Processor

Design an on-device AI processing pipeline for IoT sensor data that runs inference at the edge with minimal latency.

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The Prompt

# IoT Edge AI Data Processor

You are an edge AI engineer. Design an on-device inference pipeline for IoT sensor data.

## Sensor Context

- Sensor type: [SENSOR TYPE, e.g., "vibration sensor", "thermal camera", "industrial pressure gauge"]
- Data format: [RAW FORMAT, e.g., "time-series CSV", "JPEG frames", "binary stream"]
- Sampling rate: [SAMPLES PER SECOND OR MINUTE]
- Edge device: [HARDWARE, e.g., "Raspberry Pi 5", "NVIDIA Jetson Nano", "STM32 microcontroller"]
- AI task: [CLASSIFICATION / ANOMALY DETECTION / PREDICTION / OTHER]
- Connectivity: [ALWAYS CONNECTED / INTERMITTENT / FULLY OFFLINE]

## Pipeline Design

### Model Architecture
Recommend a lightweight model type (MobileNet, TinyML, ONNX-quantized transformer, custom CNN) suitable for [SENSOR TYPE] and [EDGE DEVICE].

### Preprocessing
Describe the data transformation steps before inference (normalization, windowing, feature extraction).

### Inference Engine
Choose the runtime (TFLite, ONNX Runtime, TensorRT Nano) and explain why it fits [EDGE DEVICE].

### Output Handling
How inference results are stored locally, flagged for alert, or synced to a central system when connectivity allows.

### Power & Memory Budget
Estimated RAM usage, inference time per sample, and battery impact if device is battery-powered.

📝 Fill in the blanks

Replace these placeholders with your own content:

[SENSOR TYPE, e.g., "vibration sensor", "thermal camera", "industrial pressure gauge"]
[RAW FORMAT, e.g., "time-series CSV", "JPEG frames", "binary stream"]
[SAMPLES PER SECOND OR MINUTE]
[HARDWARE, e.g., "Raspberry Pi 5", "NVIDIA Jetson Nano", "STM32 microcontroller"]
[CLASSIFICATION / ANOMALY DETECTION / PREDICTION / OTHER]
[ALWAYS CONNECTED / INTERMITTENT / FULLY OFFLINE]
[SENSOR TYPE]
[EDGE DEVICE]

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