SEE ,,, WHAT MATTERS TO YOU
AURAi |
Our solutions - based on computer vision and artificial intelligence, detect defects, anomalies, read and recognize complex visual information.
Solution in Russia for the railway industry, created using neural networks and deep learning methods
#1
We improve performance, safety and predictability You reduce costs and risks
SEE ,,, WHAT MATTERS TO YOU
AURAi |
Our solutions - based on computer vision and artificial intelligence, detect defects, anom
alies, read and recognize complex visual information
alies, read and recognize complex visual information
Solution in Russia for the railway industry, created using neural networks and deep learning methods
#1
We improve performance, safety and predictability You reduce costs and risks
Obtained data allows us analyze information about the mileage, technical condition of wheelsets and attachments, that makes possible to move from the system of preventive maintenance to repairs, based on the actual condition of the equipment and planning accurately the supply of spare parts and components
Using machine learning algorithms in conjunction with computer vision components, the AURAi solution provides visual inspection of wheelset elements of locomotives, contactless measurements, and search for defects and anomalies on the surface of rolling stock objects
Otained data allows us analyze information about the mileage, technical condition of wheelsets and attachments, that makes possible to move from the system of preventive maintenance to repairs, based on the actual condition of the equipment and planningaccurately the supply of spare parts and components
Using machine learning algorithms in conjunction with computer vision components, the AURAi solution provides visual inspection of wheelset elements of locomotives, contactless measurements, and search for defects and anomalies on the surface of rolling stock objects.
INDUSTRY
MINING
- reading graphic information on the car
- monitoring the condition of the wheel pair - detection of cracks and wedge
- shaped defects in blocks
- monitoring the condition of the wheel pair - detection of cracks and wedge
- shaped defects in blocks
- visual inspection of connections
- control of the technical condition of objects
- monitoring of production personnel
- control of the technical condition of objects
- monitoring of production personnel
RAILWAY ТRANSPORT
- condition monitoring of power boilers
- control of production personnel in high-risk areas
- control of production personnel in high-risk areas
ENERGY
STEEL
- control of welded seams
- release of finished products
- control of geometric parameters of manufactured products
- detection of defects on the surface of manufactured products
- release of finished products
- control of geometric parameters of manufactured products
- detection of defects on the surface of manufactured products
- calculation and determination of ore material in the core
- determination of core fracture
- core integrity control
- determination of core fracture
- core integrity control
OUR SOLUTIONS
INDUSTRY
MINING
- reading graphic information on the car
- monitoring the condition of the wheel pair - detection of cracks and wedge
- shaped defects in blocks
- monitoring the condition of the wheel pair - detection of cracks and wedge
- shaped defects in blocks
- visual inspection of connections
- control of the technical condition of objects
- monitoring of production personnel
- control of the technical condition of objects
- monitoring of production personnel
RAILWAY
ТRANSPORT
ТRANSPORT
- condition monitoring of power boilers
- control of production personnel in high-risk areas
- control of production personnel in high-risk areas
ENERGY
STEEL
- control of welded seams
- release of finished products
- control of geometric parameters of manufactured products
- detection of defects on the surface of manufactured products
- release of finished products
- control of geometric parameters of manufactured products
- detection of defects on the surface of manufactured products
- calculation and determination of ore material in the core
- determination of core fracture
- core integrity control
- determination of core fracture
- core integrity control
OUR SOLUTIONS
Accuracy of measurements of complex technical objects
Safety - elimination of the "human factor"
Decrease in operating costs by 4-7%
Integration with IT systems and Digital Footprint
Safety - elimination of the "human factor"
Decrease in operating costs by 4-7%
Integration with IT systems and Digital Footprint
RAILWAY TRANSPORT
AURAi allows you to detect and record automatically the main types of wear and defects of brake pads with an accuracy higher than a human, "highlight" critical or close values at the operator and transfer data to the accounting system.
Accuracy of measurements of complex technical objects
Safety - elimination of the "human factor"
Decrease in operating costs by 4-7% Integration with IT systems and Digital Footprint
Safety - elimination of the "human factor"
Decrease in operating costs by 4-7% Integration with IT systems and Digital Footprint
RAILWAY TRANSPORT
AURAi allows you to detect and record automatically the main types of wear and defects of brake pads with an accuracy higher than a human, "highlight" critical or close values at the operator and transfer data to the accounting system
AURAi allows you to detect and record automatically the main types of wear and defects of brake pads with an accuracy higher than a human, "highlight" critical or close values at the operator and transfer data to the accounting system
AURAi allows detect ore material in the core and the percentage of the total visible area of the CORE Its method is based on recurrent neural networks and deep machine learning algorithms
Industry objectives: The need to determine automatically the boundaries of ore / non-ore by a visual method by the amount of ore or containing minerals
AURAi automatically detects the presence of ore material in the core from a photograph and the % content of ore minerals in the core with a probability of 97% determine
MINING
AURAi allows detect ore material in the core and the percentage of the total visible area of the CORE Its method is based on recurrent neural networks and deep machine learning algorithms
Industry objectives: The need to determine automatically the boundaries of ore / non-ore by a visual method by the amount of ore or containing minerals
AURAi automatically detects the presence of ore material in the core from a photograph and the % content of ore minerals in the core with a probability of 97% determine
AURAi automatically detects the presence of ore material in the core from a photograph and the % content of ore minerals in the core with a probability of 97% determine
Mining
automatically inspect (survey) the heating surfaces of the boiler's furnace using a drone / UAV and generate 3D models of the object
The solution allows you to recognize defects in the heating surfaces of a steam boiler using images with reference to their locations and carry out diagnostics in a critically short time without the cost of installing repair structures and personnel
ENERGY
Automated defect detection system heating surfaces of boiler furnaces. Hardware and software AURAi complex allows:
utomatically inspect (survey) the heating surfaces of the boiler's furnace using a drone / UAV and generate 3D models of the object
The solution allows you to recognize defects in the heating surfaces of a steam boiler using images with reference to their locations and carry out diagnostics in a critically short time without the cost of installing repair structures and personnel
The solution allows you to recognize defects in the heating surfaces of a steam boiler using images with reference to their locations and carry out diagnostics in a critically short time without the cost of installing repair structures and personnel
ENERGY
Automated defect detection system heating surfaces of boiler furnaces. Hardware and software AURAi complex allows:
PARTNERS & CLIENTS
TEAM
Vasiliy MankoFounder, General director- Graduated from MATI named after K.E. Tsiolkovsky
- Work experience in Western and Russian IT and consulting companies
- 15+ years in IT consulting
- Participated in the first project in Russia to create a charging infrastructure for electric vehicles. Responsible for the functional development of the solution and promotion to the market
Alexander DonchukCo-founder, Technical director- Graduated from MTUCI, Faculty of Applied Mathematics
- Participant and winner of machine learning contests
- Has patents in the field of charging infrastructure management systems for electric vehicles, balancing and energy storage systems
- Programmer, inventor and author of articles on machine learning
- Experience in IT for over 15 year
ABOUT
Project Technologies LLC operating since 2010.
Our team - 12 professionals with vast experience in software development
using machine learning and computer vision algorithms, as well as engineering skills,
which allows to implement complex industrial projects.
Our team launched in 2012 the network of charging stations for electric vehicles.
In 2019, the AURAi project was created, which is successfully implemented in the railway industry,
mechanical engineering, metallurgy, electricity and mining.
Our team - 12 professionals with vast experience in software development
using machine learning and computer vision algorithms, as well as engineering skills,
which allows to implement complex industrial projects.
Our team launched in 2012 the network of charging stations for electric vehicles.
In 2019, the AURAi project was created, which is successfully implemented in the railway industry,
mechanical engineering, metallurgy, electricity and mining.
Company news
CONTACT US
Call us and come to see!
Contact
info@aurorai.ru
+7 (916) 670 3236
+7 (495) 1234 742
+7 (916) 670 3236
+7 (495) 1234 742
Adress
Moscow, Vereiskaya str. 29/c33
BC "Vereiskaya Plaza"
BC "Vereiskaya Plaza"
Here we are
Vereiskaya str.29c33 - Yndex maps (yandex.ru)
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