Sonar Technology: The Key to Tsunami Detection

🌊Tsunamis can be unpredictable and destructive, and recent events have highlighted the need for effective detection systems.

💡Sonar technology is at the heart of the tsunami detection system, providing accurate and reliable detection capabilities.

📡The Sonad din's wideband technology enables high-speed communication and two-way data transmission between the detection system and the shore monitoring station.

🔒Compact fives have the ability to store data and can be remotely updated without the need for recovery and redeployment.

⏰The Sonine system offers long deployment periods of up to 2 years, reducing maintenance and operational costs.

Why are tsunami waves so dangerous?

—Tsunami waves can travel at high speeds and cause significant destruction when they reach the shore.

How does sonar technology help in detecting tsunamis?

—Sonar technology can detect the small but crucial centimeter-high waves that indicate the presence of a tsunami.

What is the role of the shore monitoring station?

—The shore monitoring station receives warnings from the detection system and raises alarms to alert the authorities and the public.

Can the detection algorithm be updated remotely?

—Yes, the tsunami detection algorithm utilized by the compat can be updated remotely as needed, without the need for physical intervention.

What are the advantages of long deployment periods?

—Long deployment periods of up to 2 years reduce maintenance and operational costs, making the system more efficient and cost-effective.

00:00Recent events have demonstrated the power and destructiveness of tsunami waves.

00:18Sonar technology is used to detect tsunami waves that can travel at high speeds.

00:32Sonad din's wideband technology enables high-speed communication and data transmission.

01:03The alarm is raised at the shore monitoring station when a tsunami is detected.

01:09The detection algorithm can be updated remotely without recovering the transponder.

01:17Compact fives have long deployment periods of up to 2 years, reducing maintenance costs.