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Computer Vision / Identity Workflow

Face Recognition Pipeline

A face recognition pipeline design covering detection, embedding, matching, thresholding, and reviewable event logs.

Project statusCase Study
PythonONNX RuntimeFastAPIPostgreSQLDockerMonitoring

Overview

Face Recognition Pipeline presents a production-oriented approach to face detection and matching with threshold controls and auditability.

Problem

Face recognition systems can fail silently when thresholds, image quality, or enrollment data are not managed carefully.

Goal

Design a pipeline where matching decisions are explainable enough for operators to review and improve.

Architecture

  • Image or frame intake service.
  • Face detection and alignment stage.
  • Embedding model served through ONNX Runtime.
  • Matching service with threshold configuration and event logging.

System Flow

Input

Image or video frame enters the processing queue.

Process

Pipeline detects, aligns, and embeds face crops.

AI Layer

Embedding is compared against enrolled identities.

Storage/API

Match result and confidence are stored as an event.

Review

Operator reviews uncertain or flagged events.

Tech Stack

PythonONNX RuntimeFastAPIPostgreSQLDockerMonitoring

Key Features

  • Enrollment and identity profile placeholders.
  • Match event logs with similarity score.
  • Threshold configuration by use case.
  • Review queue for uncertain matches.

AI / ML Component

  • Face detection and alignment.
  • Embedding generation through an optimized inference runtime.
  • Similarity search and configurable thresholding.
  • Monitoring placeholders for false accept and false reject review.

Data Flow

  1. 1Image or video frame enters the processing queue.
  2. 2Pipeline detects, aligns, and embeds face crops.
  3. 3Embedding is compared against enrolled identities.
  4. 4Match result and confidence are stored as an event.
  5. 5Operator reviews uncertain or flagged events.

Challenges

  • Choosing thresholds that match the business risk.
  • Handling low-quality images and partial faces.
  • Keeping enrollment data clean and auditable.

Solution / Trade-off

  • Use review queues for uncertain matches instead of forcing binary outcomes.
  • Separate enrollment, matching, and monitoring concerns.
  • Prioritize observability before adding model complexity.

Result

Result metrics are pending. Add real evaluation data for target operating conditions before claiming accuracy.

Screenshot / Demo Placeholder

/images/face-recognition-placeholder.png

Replace this area with real screenshots, dashboard captures, architecture diagrams, or a short demo video once the asset is ready.

GitHub / Live Link Placeholder

What I Would Improve

  • Add benchmark dataset evaluation.
  • Add model latency profiling across hardware targets.
  • Add privacy and retention policy documentation.