Enhance Workplace Safety with AI-assisted Posture Analysis

Key Highlights

  • Our AI-powered mobile app detected and alerted employees to risky postures in real-time, preventing musculoskeletal injuries during tasks like heavy lifting.
  • Traditional ergonomic assessments were slow and reactive, failing to prevent injuries efficiently and often leading to compliance issues with safety regulations.
  • Our solution analyzes real-time posture, generates RULA and REBA scores, and alerts users to risky movements during heavy lifting for enhanced workplace safety.
  • Our solution ensures continuous safety compliance monitoring, reducing musculoskeletal injuries, healthcare costs, and workers’ compensation claims while enhancing workplace productivity.

Problem Statement

01

High Injury Rates and Costs: Rising costs and reduced productivity from frequent musculoskeletal injuries highlighted the need for effective prevention.

02

Need for Safety Compliance: Ensuring compliance with stringent safety regulations required continuous ergonomic monitoring to protect employees and avoid penalties.

03

Slow and Subjective Ergonomic Checks: Traditional assessments were inefficient and reactive, demanding significant effort while often failing to prevent injuries, highlighting the need for a proactive solution.

Solution Overview

01

AI-driven adaptive solutions can solve critical challenges in preventive healthcare by providing personalized interventions that address health behavior conditions such as musculoskeletal disorders.

02

We collaborated with a startup to develop a mobile application that uses AI to analyze human posture images and provide valuable insights on postures that increase the risk of injury.

03

The application includes a feature that detects improper posture movement while carrying heavy objects and immediately sends a warning signal through the mobile application, alerting the worker to the risk of Musculoskeletal disorders (MSD).

04

The solution utilizes the latest advances in Vision Intelligence and Human Pose estimation to automatically assess posture and generate RULA and REBA scores.

05

The application allows users to take an image or video of someone at their workstation/desk and immediately assess their posture, generating ergonomics scores to help prevent injuries.

Business Impact

01

Reduced Injury Rates and Healthcare Costs: AI lowered musculoskeletal injuries, cutting healthcare expenses and compensation claims.
0
%
Reduction in MSD Incidents

02

Improved Productivity: Automated real time posture assessments reduced manual effort, enhancing efficiency.
0
%
Absenteeism Reduction

03

Enhanced Compliance: AI ensured ongoing ergonomic monitoring, improving safety compliance and risk management.
0
% Cut
in Compliance Fines Risks

ABOUT THE

Project

This project addressed the challenge of preventing workplace injuries in manufacturing. Traditional safety checks were slow and ineffective, leading to high injury rates. We partnered with a startup to develop a mobile app using AI. The app analyzes posture in real-time, alerting workers to risky movements that could cause injuries. This innovative solution has significantly reduced injuries, improved employee well-being, and boosted productivity.

Tech Stack

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