Smart Inspection

Smart inspection of pollution in construction areas includes the use of advanced technologies and data analysis to monitor and manage environmental impacts.

This approach allows for real-time monitoring, early detection of pollution sources, and the implementation of effective mitigation strategies.

What is the Smart Inspection System (SaaS Model)?

Smart inspection is a centralized software solution that helps create and schedule inspection tasks, generate various types of inspection checklists, report inspections, and monitor the entire inspection process.   

  • The Smart Inspection system can be accessed via most popular web browsers and also via most types of smartphones.
  • The administrative control panel can be accessed via web browsers
  • The inspection schedule and checklist can also be accessed via smartphone

Objectives of the smart inspection system

Build a centralized smart inspection system to cover a wide range of inspections within the organization’s responsibilities.


Improve the inspection process by providing a smart system that delivers fast, secure, and highly accurate inspection results.

Why should you use an intelligent inspection system?

1. Centralized, customizable control panels to manage the system.
2. Perform various inspection tasks on a single platform.
3. Centralized and well-monitored system.
4. Save time and reduce costs.
5. Automatically generate inspection checklists based on feedback.
6. Centralized database for all information.
7. Easy access for end-users.
8. Build a professional base of inspectors.
9. Data can be entered manually or imported automatically.

Administration and Registration Unit 

1. Register company information via the web.
2. Companies can register their employees.
3. Smart inspection supervisors can create inspection tasks, track inspection reports, violations, etc.
4. Smart inspection supervisors can review inspection guidelines.

Types of smart inspection

Regular Inspection:
Initiated upon a request for inspection.
Instant Inspection:
Automatically triggered for pre-scheduled inspections like annual inspections.
Automated System Inspection:
System-initiated routine inspections.

The system can be accessed through any of the following

1. Internet browser
2. Mobile devices 
3. Tablet

Smart Inspection: System Units

This unit is divided into four components for controlling inspection processes and tasks:
Operations Management

End-users can control operations, modify, and control the flow of processes.

Inspection Control

End-users for inspection control can modify or control a specific inspection process.

Inspection Reports / Certificates

End-users can issue and print required reports based on their access permissions.

Inspection Monitoring Dashboard

Through the monitoring dashboard, inspection supervisors can track inspectors and review inspection reports and results. Based on the inspection results, supervisors can send feedback to the guidelines unit.

Recording unit

The Inspection Tasks module will create inspection tasks based on:
- Registered customers
- Registered employees
Inspectors must follow up on assignments to issue reports.

Security

This unit controls system security and includes:
- Token security
- Software user security

Inspection Scheduling

This unit creates an inspection task schedule based on well-defined criteria.

Inspection Guidelines

In this unit, the inspection supervisors provide the smart inspection system with guidelines for the inspection process that the inspector must follow.

Mapping and tracking system

  • The supervisor can use tracking systems to track inspectors.
  • Maps can be used by inspection scheduling units to map out inspection assignments for inspectors.

Integration with third parties

  • The smart inspection system can be linked to third parties such as enterprise resource planning systems, customer relationship management systems, human resources management systems, and others.

Air Quality Monitoring 

Deploy air quality sensors at construction sites and fields to measure pollutant levels such as particulate matter (PM), nitrogen oxides (NO2), sulfur oxides (SO2), and volatile organic compounds (VOCs).

Use real-time data from these devices to assess air quality levels and identify potential pollution sources.

Noise Monitoring

Install monitoring devices to measure and analyze noise levels generated by construction activities. Implement acceptable noise level limits and receive alerts when those limits are exceeded.

Water Quality Monitoring 

Implement water quality sensors in nearby water bodies and construction site areas. Regular testing for parameters such as pH, turbidity, sediment levels, and the presence of pollutants like heavy metals and chemicals.

Smart Dust and Sediment Control

Use smart technologies such as dust and sediment control systems to reduce airborne particle emissions from construction activities. Implement strategies such as water spraying systems and dust control additives.

Real-Time Monitoring Platforms

Utilize centralized platforms or dashboards that collect data from various sensors and monitoring devices. This enables stakeholders, including construction site managers, environmental agencies, and the public, to access real-time information on pollution levels.
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