Smart City

Overview

The average annual living costs for citizens are decreasing through smart cities, and key quality of life indicators such as health, medical care, energy, and the environment are improving. The core of smart cities lies in building infrastructure with security and stability, collecting data through sensors, and analyzing it with machine learning.

SDT provides solutions with high compatibility and strong security for smart city infrastructure. Through automation of safety management, it ensures the safety of citizens and workers, integrates monitoring of national critical infrastructure to prevent accidents, and supports quick responses.

Problems faced in the smart city sector

Problems faced in the field of smart cities

Problems faced in the smart city sector

Many municipalities aim for smart cities, but currently, many tasks are still performed manually. At present, workers often do not recognize the problems arising in the city until a report is received, and they frequently need to visit all locations in person every day to check for issues.

Despite efforts to improve these inefficient workflows, the technical challenges of smart cities lie in the fact that numerous sensors and IoT devices generate different data, and various hardware and software systems use different protocols, making it difficult to effectively establish an automated monitoring system.

If this issue is not resolved, it will lead to incompatibility between systems and inefficiencies in data processing, preventing the effective utilization of the infrastructure built with great effort.

The technical issues of smart cities are not merely about inefficiency; they can lead to tremendous economic losses, threats to public safety, and serious system failures.

Solution of SDT -
Ensuring Citizen Safety through Smart Hub

Solution of SDT -
Securing Citizen Safety through
Smart Hub

The SDT Smart Hub is a true smart city solution that monitors conditions inside manholes, such as temperature, humidity, water levels, gas concentrations, and the status of openings and closures. Unlike typical detection systems, the SDT smart manhole can apply any sensor that supports serial communication, integrating various types of sensors. Additionally, it is made of new materials, allowing for continuous monitoring even in underground environments.

The SDT Smart Hub has been recognized for its technological prowess and user convenience, ensuring the safety of workers and citizens at locations such as the Republic of Korea Air Force, Gimhae International Airport, Seoul Agricultural and Fishery Corporation, Hanul Nuclear Power Plant, and large factories.

SDT's Solution -
Monitoring of Key Infrastructure Using DTS

SDT's Solution -
Monitoring of Key Infrastructure Using
DTS

The DTS system of SDT detects overheating issues that can occur in urban core infrastructure such as power grids and substations at an early stage.

The DTS measures the temperature changes in power facilities in real time and sends alerts to administrators as soon as it detects overheating, preventing fires or equipment failures. Additionally, it quickly detects temperature changes caused by gas or water leaks in critical infrastructure such as piping systems, sewers, and subways, helping to prevent accidents.

DTS is an essential technology, especially in urban areas densely populated with industrial facilities.
The DTS system installed in factories immediately identifies overheating points when abnormal temperatures are detected, warns factory managers in the early stages before a fire occurs, and automatically reports to the nearby fire station in case of fire, linked with SMS.

The DTS system of SDT detects overheating problems that can occur in critical infrastructure such as urban power networks, energy grids, and substations at an early stage. DTS measures temperature changes in electrical equipment in real-time and sends an alarm to the administrator as soon as it detects overheating, preventing fires or equipment failures. Additionally, it quickly detects temperature changes in key infrastructure such as piping systems, sewers, and subways due to gas or water leaks, preventing accidents.

DTS is an essential technology, especially in urban areas with dense industrial facilities. The DTS system installed in factories immediately identifies overheating points when it detects abnormal temperatures, warning factory managers at the early stage before a fire occurs and automatically reporting to the nearby fire station in case of a fire through SMS integration.