AI flood alert ahead of call, no waiting for Utu Department page

In countries where rain is sensitive, water is fast, knowing “before” is everything, but many flood risk areas are still waiting for centralized information that comes too late. A solution. Water Level MonitoringCanal One puts a “mechanical brain” in front of the task, monitors the water level in real time and automatically alerts the person who needs to make an immediate decision, so that the team takes action. priorWater will overflow the barrier rod or flood critical areas.

What is Water-Level Monitoring on the ASAP Platform?

ASAP (All Smart AI Platforms)IT IS AN AI PLATFORM THAT WORKS WITH YOUR ORGANIZATION'S LEGACY DEVICES TO ANALYZE, DIFFERENTIATE, AND DETECT ABNORMAL TRENDS FROM SECURITY, ENVIRONMENT TO DISASTERS. Water Level Monitoring, Air Quality and Temp Monitoring in one system, with the ability to “automatically contact the responsible agency” when a predetermined severity threshold is reached.

Why “proactive defense” with edge-first AI?

• sooner: Edge AI processing reduces delay from cloud uploads, suitable for unstable network/signal stutters

• Safer: Store as much data as needed, reduce unnecessary cloud uploads, and integrate cyber+physical into a “single image”. Sistema di sicurezza Unified

• Continued work: Alerts are available on a variety of field devices such as communication radios, sirens/strobilites and mobiles. Information to the team is faster, timely response.

From “Surveillance” to “Protect” in 4 automatic steps

1. Measure—Analyze: Water level sensor sends values to ASAP to assess trends (e.g. rise/critical level) with noise screening
2. Real-Time Alerts: Send automatic notifications to the devices that the team actually uses (mobile, app, radio, communication, etc.)

3. SOP weldingThe system attaches a procedure instruction (SOP) and can automate tasks such as turning on the siren, blocking the area or sending a warning message to the community/agency concerned.

4. Advanced Response (ASAP)If necessary, elevate automatic orders such as orders. droneCheck the waterway/blind spot to confirm the situation and guide the team into the area

‍

Connect original equipment. Phased expandable

ASAP supported Integrazione multipiattaforma e IoTConnect water sensors, CCTV cameras, wired audio, communication radios, apps, and legacy control center systems into a single platform, without brand lock-in, with a site-by-site scale based on enterprise risk and budget.

‍

Cities, settlements, factories that benefit immediately

• City District/Municipality: Advance flood warning, help manage road closures/detours and inform the community quickly.

• Industrial Estate/Warehouse: Flood monitoring of the delivery area/machine room and automatic SOP triggers for utility teams

• Power Plants/Infrastructure: Combine water level data with other cameras and sensors in Smart Integrated Operation Center (IOC)To make decisions faster, more accurate

‍

Green Tech is safer and more sustainable

The approach of Canal One merges AI Green TechReduces the power consumption of camera/network systems and networks, and is designed to be practical under power constraints, safer without adding unnecessary carbon footprint.

‍

How to start (Water-Level Roadmap)

1. Explore the risk points: Identify critical channels/streams/low points/structures
2. Install the sensor in phase.: Start from a critical point, connect to ASAP via API/Universal Connector
3. Set warning criteria + SOP: Alarm Level 1—3, Alert Channel, Auto Response Plan
4. Rehearsal Plan & Update: Experiment with heavy rain/waterway obstruction scenarios. Adjust the threshold to suit the area
5. (All this works with On-the-go MonitoringSo that management and the field see the same picture)

‍

“Know First—Warn First—Act First”

Water-Level MonitoringUpper Platforma ASAPTurn the game from “surveillance” to “protect” with Edge AI on the job front, real-time alerts, SOP welding and the ability to contact automated agencies to reduce the damage to life and economy in Thailand's critical minutes.

‍

FAQS

Why use AI instead of a conventional water level sensor?

Sensors alone “know the value” but don't “give in”. ASAP uses AI to help analyze trends, bind alert thresholds, and weld. SOP/AutomationTo immediately command field equipment (e.g. siren/announcement/block)

If the Internet crashes, can the system still warn?
Yes, the Edge-first approach makes front-end processing and alerting systems less reliance on the cloud, suitable for areas where signals are unstable.

What can notifications go through?
Mobile, app, communication radio, siren/strobe lights, and team-selectable channels based on the organization's workflow

Does the system support the sending of drones to inspect the area?
Support. When upgrading to ASAP+, the drone can be ordered to fly, automatically check the waterway/risk zone and send confirmation images back to the command center.