About This Architecture

AI Currency Detection Pipeline for Visually Impaired Users leverages YOLOv8 deep learning on OCI-integrated Raspberry Pi 5 edge devices to detect and vocalize Indian currency denominations in real-time. Raw JPEG frames from a CSI-connected camera module flow through OpenCV preprocessing, tensor normalization, and YOLOv8 object detection, achieving ~40ms latency for INR 10–500 denomination classification. The pipeline outputs UTF-8 text converted to offline speech via pyttsx3, delivering immediate audio feedback through connected speakers. This architecture demonstrates how OCI can orchestrate edge ML inference for accessibility, combining hardware GPIO inputs, on-device model serving, and low-latency audio synthesis. Fork and customize this diagram on Diagrams.so to adapt the pipeline for other currency systems, integrate OCI Functions for cloud fallback, or extend with additional sensor inputs.

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How do you build a real-time currency detection system for visually impaired users using edge ML on Raspberry Pi and OCI?

This diagram shows a complete YOLOv8-based pipeline on Raspberry Pi 5 that captures Indian currency images via CSI camera, preprocesses them with OpenCV, runs inference (~40ms latency), and outputs denomination as speech via pyttsx3. OCI integration enables cloud model training and optional fallback processing for complex scenarios.

AI Currency Detection Pipeline for Visually

OCIadvancededge-mlYOLOv8Raspberry Piaccessibilityreal-time inference
Domain: Ml PipelineAudience: Edge ML engineers building accessibility solutions on OCI and Raspberry Pi
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Created by

August 3, 2026

Updated

August 11, 2026 at 11:18 PM

Type

data pipeline

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