Smart City Solution

Bring scattered disaster data and response personnel locations onto one screen

Weather and river data, control center video and facility sensors are aligned to coordinates and laid out on the control room screen. The current locations of response personnel and equipment are placed on the same view, so you can judge where to act first.

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External data gathered into one control room screen

Weather and river indicators come from national systems, and video and sensors are connected from the equipment you already have. The locations of response personnel and equipment are collected directly through tags and readers installed on site.

ORBRO Server

The integration layer that gathers data scattered across many systems onto a single screen. Indicators from the Korea Meteorological Administration and the Flood Control Office, video from the control center, facility sensors, and the locations of response personnel and equipment are pulled in by API from each owning system and laid out on the control room screen. Once conditions are set, an alert appears the moment a threshold is crossed and the history remains intact, and in network separated environments it is installed on a server inside the government building.

Department data brought together in the control room

Roads, rivers, facilities and video belong to different departments, and all of it is aligned to coordinates and laid out on one screen. The scope of integration is set by the data sharing agreements reached with each agency.

Integrated monitoring of urban infrastructure data

Roads, rivers, facilities and video each sit with a different department. ORBRO Server takes the data in whatever form each system provides and lays it out on a single screen, so scattered information can be viewed together without removing the monitoring equipment already in place. Both API and file based integration are supported for each department, while the actual scope is set by the data sharing agreements.

Weather data collected and analyzed in real time

The server in the control room periodically pulls rainfall, wind speed and temperature readings from the Korea Meteorological Administration and places them on the map. Because it connects data that is already published rather than putting up new observation equipment, the scope of the build shrinks accordingly. Readings are shown by region, and the API approval process is handled together with the client.

Rainfall by region with threshold points marked

How much rain is falling right now is shown in color on the map by administrative district, and districts past the preset rainfall threshold are picked out separately. A table of numbers alone does not show where to look first. Hourly rainfall and cumulative rainfall are read separately, which distinguishes a short downpour from rain that has continued for a long time.

River water level and flow visualized

River water levels and flow rates provided by the Flood Control Office are received by section and placed on the map. Setting staged thresholds such as watch, caution and warning at each point makes the current stage of every section visible in color. Reading the rate at which the level is rising as well lets you estimate arrival time and set the order of response.

Phased integration on top of existing monitoring

The monitoring system you use today stays in place, and the rollout starts by connecting only the information you need. Items missing from the current screen, such as the locations of response personnel and equipment, are added first.

Connection status of field observation devices

The connection status of observation devices scattered across the field, such as rain gauge stations and water level gauges, is checked continuously, and a list flags any device whose signal has dropped. The hardest thing in a disaster is not a bad reading but no reading at all. The time a signal dropped and the time it recovered are both kept, which tells you whose device to repair first.

Control room layouts and real-time display

Video, alert history and key indicators are laid out across the large screen. A control room is a space where several people judge from the same screen, so the layout is adjusted to each agency's response procedure. Layouts are saved per shift, and when the situation escalates the screen switches to the arrangement decided in advance.

Remote response linked to resident notification

Village broadcasts, emergency text messages and facility control each have their own equipment and their own owning department. They are connected by sending a request from the control room screen, with operating rights and approval steps configured alongside. For remote operation of equipment, the scope of responsibility is settled at the contract stage and the integration scope is confirmed with the equipment vendor.

Multiple indicators compared for post-incident analysis

Rainfall, water level and alert occurrences are placed side by side across several panels to show how each moved over time. Once the situation ends, this is used to review whether the response came at the right moment and to adjust the next set of thresholds. You can query indicator trends over a chosen period and export the comparison against alert timestamps as a report.

Components Based on ORBRO OS

Each solution operates with various products connected on top of ORBRO OS. Configurations can be flexibly adjusted depending on the scope of application and on-site conditions.