Rescue missions face unique challenges, particularly in the context of kidnappings, disappearances, natural disasters, and catastrophes that happen every month, every year.
Traditional methods often encounter great difficulty in spending a lot of time to determine the exact location of a missing person.
Advanced technologies often require large financial and hardware investments, which can limit their deployment in resource-constrained environments.
The mountains and harsh climate make it difficult for conventional equipment and robots to reach the victims.
The process of searching for and locating missing persons requires speed and accuracy, especially with complex and difficult-to-access terrain, rapid deployment, and flexibility become decisive factors in the success of any rescue effort.
SkyHelper uses wifi detection from personal devices to help locate missing people accurately and quickly, such as smartphones, smartwatches, headphones, etc. The system includes an embedded computer integrated on the UAV and Android mobile software. It operates in many different environments and terrains and supports many automation features for easy deployment.
UAVs are designed to operate in a variety of disaster environments, ensuring the system's applicability and flexibility in emergency situations, not limited by the environment.
The design system allows to determine the location of missing people through the personal devices they carry: Smartphone, smartwatch, headset,... The popularity of the device creates a large resource that can be exploited to solve the problem of search and rescue.
Ability to recognize life quickly and accurately.
Using Google technologies: Cloud, Firebase, Android. Gemini is a virtual assistant that supports decision making, significantly reduces development time and ensures operational performance.
Deploying drones with embedded computers and wave detection algorithms to search for women will be like a missing piece to complete the current search and rescue picture.
Drones support autonomous flight, accessing a variety of environments and terrains.
Embedded computer combines antenna and Wifi scanning algorithm, small size, easy to equip or deploy.
Analyzes data and provides recommendations on the approach and guides the next steps for handling the situation.
RF Lora Ultra Long Range Signal Transmitter Module.
Equipped for children and women to help locate in conditions where emergency devices are not working.
Yes, SkyHelper supports automatic flight with preset flight path setting, users just need to select 3 coordinates in the area suspected of missing person and the device can continue to operate automatically.
SkyHelper is equipped with an additional camera module including 1 infrared thermal imaging module to check the temperature at the suspected point, 1 infrared module to help operate at night, with additional camera support to minimize confusion.
Flight range 10000m2, flight ceiling 500m, maximum number of found devices 500 devices, error +- 2m - +-5m, helps to maximize the chance of accurate and successful search, compared to current methods.