Blaxtair Origin®
Pedestrian Proximity Detection
Your Goal:
ZERO ACCIDENTS
Blaxtair saves lives. The most advanced and smart pedestrian detection solution to prevent collisions with machinery, it not only alerts drivers to danger without unnecessary alarms, but also helps HSE and site managers control and reduce the risk of accidents.
Compact, robust, connected, scalable and easy to install, with unparalleled performance on the market, ‘Blaxtair Pedestrian Detection’ integrates the only AI embedded camera capable of accurately detecting and locating pedestrians in real time, in any posture (standing, crouching or in partial view) in all the most demanding work environments. Collisions with forklifts and construction equipment are thus avoided, whether they are moving forward or in reverse.
Thanks to its scalable approach designed to integrate seamlessly with the Android platform, ‘Blaxtair Pedestrian Detection’ opens up an unlimited portfolio of new, à la carte features that will further improve site safety and productivity, such as already existing solutions ‘Blaxtair Checklist’, ‘Blaxtair Zoning’ and ‘Blaxtair Specific Obstacle Detection’.
To go beyond the prevention of last second accidents, the system also integrates the optional Cloud-based IoT solution ‘Blaxtair Connect’ which revolutionizes the safety of people around machines by dividing machine/pedestrian coactivity by 3.
\\ Blaxtair Origin® Features
- Improves safety, working conditions and productivity
- Prevents collisions between industrial machinery (reverse and forward) and pedestrians
- Avoids unnecessary alerts that tire the driver
- Control & reduction of accident risks thanks to the integrated Blaxtair Connect
- Future-proofed:online maintenance & remote software updates
- Scalable: ready for future additional features or cloud services
Benefits of Blaxtair Origin®
Key Components of Blaxtair Origin
Blaxtair Origin continuously looks after obstructed areas around the machine, especially in the vehicle’s blind spots.
Thanks to its ultra-powerful AI algorithms, powered by a unique and extensive learning database, Blaxtair Origin has the most efficient on-board Artificial Intelligence to detect a pedestrian in danger.
Depending on the imminent risk, the Blaxtair Origin issues a visual and audible alarm to alert the driver. A control screen in the cabin allows the driver to judge the critical nature of the situation.
Key Components of Blaxtair Origin
Blaxtair Origin continuously looks after obstructed areas around the machine, especially in the vehicle’s blind spots.
Blaxtair Origin® Sensor
Monoscopic camera that captures images within its field of view.
Blaxtair Origin® LCD display or Flash Beacon
Blaxtair Origin® Processing Unit
Processing unit that recognizes and localizes people in danger in real time using Artificial Intelligence algorithms.
Machinery Compatible with the Blaxtair Origin
Blaxtair Origin can be adapted to all brands and types of industrial and construction machinery: from forklifts to telescopic handlers, excavators and loaders.
The detection zone can be adjusted in length and width depending on the type of machine and use. The driver is alerted only if a pedestrian is detected.
Multi-directional side loaders
Front-loading forklifts
Heavy-duty forklifts
Reach trucks
Reach trucks with retractable masts
Telescopic handlers
Container forklifts
Loaders
Mini loaders
Wheel excavators
Tracked excavators
Fields of Application Compatible with the Blaxtair Origin
Industry & logistic
Combining safety and productivity is the goal sought by many industrial companies and logistics warehouses where forklift/pedestrian coactivity results in a high risk of collision.
Recycling
Combining safety and productivity is the goal sought by many companies, particularly in the recycling sector where machine/pedestrian coactivity results in a high risk of collision.
Public Works, Tunnels, Mines & Quarries
Combining safety and productivity is the goal sought by many companies, particularly in the public works, tunnel, mine and quarry sector where machine/pedestrian coactivity results in a high risk of collision.
