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AthletiQ: AI-Driven Cricket Biomechanics Analysis Platform

AthletiQ is a professional-level cricket performance diagnosis platform that combines SAM2 segmentation, MediaPipe pose estimation, and generative AI technologies to convert training videos into actionable technical feedback.

AIcomputer visionbiomechanicscricketSAM2MediaPipesports analyticsgenerative AIpose estimation
Published 2026-05-10 13:52Recent activity 2026-05-10 13:59Estimated read 6 min
AthletiQ: AI-Driven Cricket Biomechanics Analysis Platform
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Section 01

AthletiQ: AI-Driven Cricket Biomechanics Analysis Platform (Main Overview)

AthletiQ is a professional cricket performance diagnosis platform developed by milansinghal2004. It integrates cutting-edge AI and computer vision technologies (SAM2, MediaPipe, R3D-18 CNN, Ollama LLM) to convert training videos into actionable biomechanical feedback, aiming to provide elite-level insights for players and coaches.

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Section 02

Background & Project Purpose

AthletiQ was created to address gaps in traditional cricket motion analysis—such as insufficient player segmentation accuracy and lack of contextual, coach-like feedback. Its core goal is to offer scientific, data-driven technical guidance to help players refine their skills, from professionals to hobbyists.

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Section 03

Technical Methods & System Architecture

Core Components:

  1. Meta SAM2: High-precision object tracking for player segmentation in complex scenes.
  2. MediaPipe: 12-point key pose extraction (elbow, knee, hip, shoulder etc.) for fine-grained motion analysis.
  3. R3D-18 CNN: Classifies over 10 cricket shot types (Cover Drive, Pull, Flick etc.).
  4. Segmented DTW: Time alignment of player actions with professional benchmarks for fair comparison.
  5. Ollama LLM: Generates context-aware, coach-style technical reports.

System Architecture:

  • Frontend: Cyber-Command themed UI with glassmorphism (JS/CSS).
  • Orchestration: Node.js (Express) backend for session management and task triggering.
  • AI Processing: Python-based engine (Gradio for visualization).
  • Persistence: PostgreSQL (Neon Cloud) for data storage and history tracking.
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Section 04

Workflow: From Video Upload to Report Generation

  1. Authentication: User logs in to access upload interface.
  2. Video Upload: Sent to Node.js Express server.
  3. Analysis Trigger: Server starts Python subprocess for analysis.
  4. SAM2 Tracking: Object tracking and video clipping.
  5. Pose Extraction: MediaPipe extracts key pose data.
  6. Time Alignment: Segmented DTW aligns actions with benchmarks.
  7. Biomechanical Analysis: Calculate differences from ideal.
  8. Report Generation: Ollama LLM produces technical guidance.
  9. Result Display: Interactive dashboard shows insights.
  10. Data Archiving: Results stored in PostgreSQL for future reference.
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Section 05

Key Innovations & Technical Highlights

  1. Multimodal AI Fusion: Seamless integration of computer vision (SAM2), pose estimation (MediaPipe), time series analysis (DTW), and generative AI (Ollama) for end-to-end analysis.
  2. Interactive SVG Diagnostics: Real-time, clickable joint analysis with ideal range overlays for intuitive understanding.
  3. Scalable Distributed Architecture: Separated frontend, orchestration, and AI layers allow independent scaling for different usage scales.
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Section 06

Application Scenarios & Value

AthletiQ serves diverse users:

  • Professional Players: Quantify and refine technical details.
  • Youth Camps: Provide scientific action correction for young players.
  • Sports Researchers: Support biomechanics studies with data.
  • Hobbyists: Access professional-level analysis for skill improvement.
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Section 07

Conclusion & Significance

AthletiQ exemplifies deep AI application in sports science. By combining state-of-the-art computer vision and generative AI, it opens new possibilities for scientific cricket training. For SportsTech developers and researchers, it offers a valuable reference for building AI-powered biomechanics analysis tools.