AI Construction Near Miss Detection Enhances Safety

A Japanese technology collaboration between Sumitomo Heavy Industries and NEC Corporation has developed an advanced artificial intelligence system designed to automatically detect and report near-miss incidents on construction sites.AI construction near miss detection

The companies say the system is a first-of-its-kind solution capable of automatically extracting, visualizing, and summarizing potentially dangerous situations using camera footage and operational data from construction equipment.

AI System for Construction Safety

The new technology analyzes video footage and sensor data captured from hydraulic excavators, identifying potentially hazardous situations that could lead to accidents.

Using advanced AI capabilities, the system automatically generates reports based on incidents detected during construction activities. The goal is to help companies improve safety by identifying risks before accidents occur.

The project combines the engineering expertise of Sumitomo Heavy Industries with the artificial intelligence and video analysis technology developed by NEC Corporation.

How the Technology Works

The system operates through a multi-step process:

  • Video capture: Cameras and sensors installed on hydraulic excavators record site operations.
  • Risk detection: AI analyzes the footage to identify potential safety risks or unsafe behaviors.
  • Cross-referencing: Hazardous situations are compared with work logs and operational data.
  • Automatic reporting: The system generates reports highlighting near-miss incidents and equipment-related risks.

The technology uses NEC’s proprietary video recognition tools combined with generative AI, enabling the system to analyze complex construction environments and summarize safety concerns.

Identifying Hazardous Behaviors

The AI platform is designed to recognize several potential risks on construction sites, including:

  • Unsafe worker behavior near heavy equipment
  • Potential equipment malfunctions or operational failures
  • Situations that could lead to accidents involving machinery

By automatically detecting and reporting these situations, construction managers can review incidents quickly and implement preventive measures.

Development Timeline

The joint team successfully created a proof of concept in September 2025, demonstrating the system’s ability to identify safety risks from recorded footage.

The companies plan to move toward practical implementation by 2027, aiming to deploy the technology across construction projects where safety monitoring is critical.

Future Applications

Beyond identifying near-miss incidents, the developers plan to expand the system’s capabilities to detect unsafe working conditions that may otherwise go unnoticed.

Future versions may also evaluate site operations against specific safety rules and operational guidelines, allowing construction companies to ensure better compliance and improve workplace safety standards.

If successfully implemented, the AI system developed by Sumitomo Heavy Industries and NEC Corporation could significantly enhance safety monitoring across construction sites by providing real-time insights into potential hazards.

Latest from Blog

Asset Intelligence for Building Operations Explained

Asset Intelligence for Building Operations Explained

Glider and Virtual Helpdesk Partner to Bring Asset Intelligence to Building Operations Glider Technology Limited (Glider) and Virtual Helpdesk Limited (VHD) have announced a strategic partnership to help asset owners maintain accurate,
ACCIONA Sanitation Contract in Brazil Overview

ACCIONA Sanitation Contract in Brazil Overview

ACCIONA has signed a public-private partnership (PPP) contract with the Paraíba Water and Sewerage Company (Cagepa) to provide sanitary sewerage services across 85 municipalities in Paraíba, Brazil. The 25-year project will expand
Liebherr MK 88-4.1 Mobile Construction Crane Features

Liebherr MK 88-4.1 Mobile Construction Crane Features

Liebherr MK 88-4.1 Crane Supports Art Restoration on Paris’ Pont-Neuf A Liebherr MK 88-4.1 mobile construction crane from the Ponticelli group supported repairs to JR’s monumental art installation, ‘La Caverne du Pont-Neuf,’
I-285 Corridor Transportation Improvements Explained

I-285 Corridor Transportation Improvements Explained

Jacobs to Support Transportation Improvements Along Atlanta’s I-285 Corridor Jacobs will provide construction engineering and inspection services for transportation improvements along Atlanta’s I-285 corridor. The work will support roadway, bridge and safety
Freshwater-Free Concrete Initiative and Its Impact

Freshwater-Free Concrete Initiative and Its Impact

Fortune Recognizes Cemex for Freshwater-Free Concrete Initiative in Mexico Cemex has been included in Fortune’s 2026 Change the World list for its freshwater-free concrete initiative in Mexico. The program replaces freshwater used
Oak Hill Parkway Project Enhances Austin Mobility

Oak Hill Parkway Project Enhances Austin Mobility

Fluor Joint Venture Celebrates Opening of Oak Hill Parkway in Austin, Texas The $677 million project improves mobility, safety and connectivity along a major transportation corridor in southwest Austin. Fluor Corporation and