Safety Pairing. Connected TUGU
A smart helmet is essentially a piece of safety equipment equipped with a communication module, a camera mounted on the front, and sensors located at the back. This makes the smart helmet an ideal solution for all industrial environments where safety helmets are mandatory and where high levels of activity are present.
Smart helmets are equipped with various sensors and can be utilized for worker safety management across diverse industries, including construction, plants, petrochemicals, and energy.
Offered at just 1/2 to 1/3 the price of other smart helmets,our product consumes minimal data when using the app, resulting in very low communication costs.
While other brands’ smart safety helmets are heavy due to separate modules for cameras, communication functions, and lights, the TUGU features an integrated design that achieves a lightweight construction of just 650g.
Previously, workers relied on smartphones or radios for communication while working. With the TUGU smart safety helmet, communication is as simple as pressing a button on the helmet, allowing the worker's hands to remain free.
In the event of danger, the TUGU smart safety helmet can pinpoint the user's location and promptly request assistance. It also enables post-incident investigations through recorded footage of the accident scene.
Utilizing advanced weight distribution design technology and adjustable inner liner height, the helmet provides a comfortable fit even during extended wear.
Ideal for construction sites, logistics services, manufacturing facilities, heavy industries, road safety, forestry, emergency response, rescue operations, marine vessels, power plants, research facilities, air traffic control, energy sectors, chemical industries, automotive painting, and mining operations.
Existing smart helmets on the market typically exceed 500,000 KRW, making them financially burdensome for use in general work environments.
Workers often need to carry both a radio and a smartphone on-site, leading to inconvenience. Additionally, there are costs associated with radio frequency usage and potential expenses for damages.
Many models are heavy due to separately attached devices like CCTV, communication features, and sensors.
Currently, data cannot be accessed or shared via a mobile app on personal smartphones or the central monitoring &control system.
After a period of use, the battery life tends to diminish, resulting in reduced operational time.
Category | TUGU | Company A | Company B | Company C | Company D | Company E |
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Key Objectives | Safety, Efficiency, Functionality | Safety, Efficiency, Functionality | Safety, Efficiency, Functionality | Safety, Efficiency, Functionality | Safety, Efficiency, Functionality | Safety, Efficiency, Functionality |
Video | ○ | ○ | ○ | X | ○ | X |
Real-Time Monitoring and Control | ○ | ○ | ○ | ○ | ○ | X |
App-Based Monitoring and ControlPlatform | ○ | ○ | ○ | ○ | ○ | X |
Voice Communication | ○ | ○ | X | X | X | X |
(Night) Shooting and Ambient Light Sensor | illumination sensor | - | - | - | - | - |
Monitoring & Control Platform | ○ | ○ | ○ | ○ | ○ | ○ |
Design | Integrated (Module Options) |
Attachable | Attachable | Attachable | Attachable | Attachable |
Communication | DMR (Digital Mobile Radio) |
- | - | - | - | - |
PoC (App-Based Communication) & Bluetooth | LTE Communication | WiFi & LTE | WiFi & LTE | WiFi & LTE | WiFi & LTE | |
Sensor Module | Shock, Temperature and Humidity, Helmet Wearing Status | Heart rate, Gas, Location, Movement | Heart rate, Gas, Location, Movement | Heart rate, Gas, Location, Movement | Emergency Signal, Location | Emergency Signal, Location |
Weight | Under 650g | 900g(excluding module weight of 400g) | 690g | 520g | 500g | 450g |