In developed countries, high-tech underwater sensors are used to identify the human body underwater.

Likewise, thanks to the developments in scientific studies on Artificial Intelligence (AI), the applications of programming the computer in line with the desired purpose and the development of the computer by learning it have become widespread.

Thanks to the Artificial Intelligence Technology, which is only available in AquaEye Hand Sonar in the world, it can detect and notify whether the underwater object is human by comparing the human physical characteristics defined in the artificial intelligence algorithm embedded in the device after the signals returned/reflected to the AquaEye Hand Sonar.

Launched in 2021 and currently used by Search and Rescue (A/K) units in over 100 states/cities, AquaEye is a handheld tool that helps find people lost in water much faster than conventional methods (buoys, circular scanning, etc.). type sonar device.

Thanks to Aqua Eye's 50-meter sonar range, 1.5 m in about 4.000 minutes2 ie 4 acres, maximum 4 minutes. It has the ability to scan 8 acres of land. Sea, river, lake, stream, turbid waters, etc. It can be used in any aquatic environment. In addition to divers, it can also be used from the shore, pier or boat.

Thanks to the Artificial Intelligence-Based AquaEye Hand Sonar, it puts an end to the search-and-rescue activities that take days and are carried out with primitive methods (buoys, etc.), and makes it possible to find the corpse lost by drowning in water much faster.

In addition, as the duration of the Search and Rescue (A/C) activity increases, the fatigue and distraction of the personnel increases, and the feelings such as hopelessness and sadness due to the fact that the people who drowned cannot be found decrease the effectiveness of the activity. In addition to all this, higher costs due to more working hours cause resource bottlenecks. The most important reason for all these is the inability to use high-tech sonar products due to various reasons (resource/budget shortage, disbelief/distrust of technology, contempt for technology, etc.).

The main objectives and contribution of AquaEye Hand Sonar;

  • Speeding up Search and Rescue (A/C) activities,
  • To save operating costs of personnel and used platforms (boats, helicopters, planes, etc.) with accelerated A/K and thus to ensure that resources are used in a cost-effective manner,
  • It is to increase the life safety of the Search and Rescue (A/K) Team, which often involves risks.

 

Body search sonar is devices for rescue and recovery purposes. Fire rescue, law enforcement, lifeguards and search and rescue teams use the AquaEye handheld sonar to quickly locate the target.

In line with the researches and developments involving artificial intelligence, the first handheld sonar devices were designed for body search activities. Body search sonar is an important device for finding people lost or lost in water. By using the benefits of artificial intelligence to identify underwater human bodies, this notification is made with correct determination.

These scanners, designed using artificial intelligence and ultrasound technologies, are useful in many search and rescue efforts. AquaEye, handheld sonar are devices used in Search and Rescue work in cities and states.

AquaEye sends sonar pulses up to 50 or 165 feet, helping to quickly locate the deceased in the water. This device, which sends a sonar pulse, also listens for the return echo. It then decides which of the incoming echoes come from the human body. This makes it easier to detect the missing person's location by being reflected on the screen.

In addition, AquaEye scans 4 acres of water in an average of 2 minutes. These devices allow people who are lost or lost their lives to be found quickly.

  • AquaEye Hand Sonar, its contributions to body search activities;
  • This facilitates search and rescue activities,
  • The AquaEye device allows rescuers to reach the scene in a short time.
  • Seconds after entering the water, it is possible to find the potential victim.
  • These handheld body search sonars help keep search and rescue teams safe.
  • To avoid dangers in the waters, body search activities are completed quickly through AquaEye.
  • It is a great advantage to use hand-held devices in search and rescue works that take long hours, instead of continuing to work under water.

AquaEye, a body search sonar, speeds up the search, reducing the crew's time in the water. This helps to use resources efficiently. Even after a long search and rescue effort, resources are under control. In addition to all these, not using handheld sonar in body search operations causes workload.

In body search activities, the most ideal techniques should be used in order to facilitate the work of the search field. The working system of AquaEye handheld sonar has emerged as a result of innovative technologies. When the operating system of the devices is evaluated, the following explanations can be made:

  • AquaEye handheld sonar devices detect whatever the diver's posture is at depths (lake, sea, ocean) and similar depths.
  • Likewise, it is possible to find potential victims in a short time thanks to this device. The target set as a hint will be found in as little as 1 minute.
  • Since it is possible to find the disappeared person or victim in such a short time, search and rescue work times are also minimized.
  • Due to their design, these devices are extremely durable and portable.
  • AquaEye is an extremely portable device with an external design. It is designed to be used as a pick-and-go.
  • These devices will remain fully charged while in the charging station and can be used for approximately 8 hours without recharging once removed. Body search sonars that are left unused for a long time need to be charged every 2 or 3 months.
  • Body search sonar is designed for survival in real-world conditions. Rescuers, on the other hand, can use handheld devices in all weather conditions and in unpredictable environments. The scanner qualities of the devices are robust, waterproof and salt-resistant as well.

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