The SMART LIDAR System revolutionizes air quality monitoring and emission regulation with its innovative features:
Advanced Scanning: Equipped with cutting-edge scanning lidar technology, it autonomously monitors 3D fine dust concentration, providing accurate insights across a wide field of view.
Comprehensive Analysis: Capable of assessing fine dust (PM10) and ultrafine dust (PM2.5) simultaneously, crucial for understanding their spatial distribution during 24-hour
Stealth Surveillance: Utilizes nearly invisible laser light for covert emissions monitoring, enhancing regulatory efforts.
Cost-Effective: Offers equivalent accuracy to approxiationaly 10,000 conventional sensors, providing a cost-efficient solution.
Heat Mapping: Precise identification of highly polluted areas.
Air Quality Improvement: Enhances air emission management, resulting in tangible improvements in local air quality and community well-being.

Presently, the SMART LIDAR System operates continuously, monitoring areas suspected of illegal emissions within the Sihwa National Industrial Complex at 16-minute intervals. Analysis reveals hourly air quality fluctuations, notably a rapid increase in fine dust concentration within the Industrial Complex from 8:00 onwards, peaking between 09:00 and 14:00.
In December 2023, targeted crackdowns are planned in areas with elevated fine dust concentrations, focusing on 64 factories including those in clothing dyeing and metal manufacturing. These efforts aim to validate air emissions permits, ensure proper operation of air quality prevention facilities, and assess compliance with pollutant conversion measures. Investigations into damage to pollution prevention infrastructure and on-site inspections of suspected illegal factories are conducted.
For violators, concrete evidence is gathered underscoring the commitment to improving pollutant emissions.

The SMART LIDAR System's development stemmed from collaborative efforts between AICT and Samwoo TCS inc., supported by research funding from Gyeonggi Province. Pukyong National University contributed significantly to developing the analysis algorithm. The Tech University of Korea provided a test-bed for the system's demonstration. Partnership with the Gyeonggi-do Metropolitan Environment Management Office led to joint initiatives targeting companies suspected of illegal emissions discharge.

This system provides crucial research data for local governments, aiding in-depth analysis of factors contributing to fine dust generation. By pinpointing periods of heightened fine dust concentrations, it enables targeted reduction policies, potentially alleviating budgetary strains. Moreover, its widespread adoption safeguards resident health and minimizes direct and indirect damages from fine dust pollution and promoting public health and environmental sustainability.

Since SMART LIDAR System's implementation, a significant reduction in emissions violations has been noted, resulting in an overall air quality improvement of about 9% across numerous factories in the Sihwa National Industrial Complex. Areas targeted by crackdowns saw an even more substantial 15% improvement. Additionally, smaller factories witnessed increased operating of air pollution prevention facilities, leading to a natural decrease in odorous gas emissions and related complaints from locals. Through detailed analysis of fine dust distribution, optimal locations for park facilities have been identified, enhancing public recreational spaces.

Despite the significant advancements of the SMART LIDAR System, certain challenges have surfaced during its implementation. Traditional concentration measurement methods were limited in densely populated areas, prompting the adoption of laser-based fine dust scanning lidar. However, concerns about laser safety necessitated meticulous design to ensure observer and public safety. Deployment of lasers also posed risks to aircraft, leading to safety protocols including prior approvals and avoidance functions. By proactively addressing these challenges, we have maintained safety standards while advancing the SMART LIDAR System, demonstrating our commitment to responsible innovation and community welfare.

Efficient technological development is pivotal, requiring a safe lidar system and advanced technology for high-resolution mapping. Collaboration with AICT and Samwoo TCS inc., along with partnerships with local universities, ensures project advancement. Adequate resource and financial support, including research funds from Gyeonggi Province, sustain project momentum. Compliance with aviation safety and environmental regulations guarantees safety, while continuous engagement with national/local governments, research institutions, and residents meets user and stakeholder needs.

The project emphasized interdisciplinary collaboration, particularly in enforcing illegal air pollutant emissions. Adoption of the SMART LIDAR System enhanced efficiency by enabling real-time monitoring over broader areas. A user-centric approach ensured alignment with stakeholders' needs. Safety and regulatory compliance were paramount, maintaining system reliability. Continuous monitoring and evaluation facilitated ongoing improvements for sustainable enforcement. Overall, the project underscored the importance of collaboration, technology adoption, and stakeholder engagement in effective enforcement efforts.

The project emphasized interdisciplinary collaboration, particularly in enforcing illegal air pollutant emissions. Adoption of the SMART LIDAR System enhanced efficiency by enabling real-time monitoring over broader areas. A user-centric approach ensured alignment with stakeholders' needs. Safety and regulatory compliance were paramount, maintaining system reliability. Continuous monitoring and evaluation facilitated ongoing improvements for sustainable enforcement. Overall, the project underscored the importance of collaboration, technology adoption, and stakeholder engagement in effective enforcement efforts.