The oil and gas industry is one of the most dangerous work environments.
A report from the International Labor Organization (ILO) stated that the challenge for the oil and gas industry is to respond quickly and reliably to potentially serious accidents and incidents.
Lack of or choosing the right protective equipment can be costly. According to the European Agency for Safety and Health at Work, the annual cost of accidents at work in the EU alone is around € 476 billion.
One of the applications of AI and IOT is in the field of monitoring physical and environmental conditions. In recent years, the use of artificial intelligence to keep industries safe has been suggested.
Our system can reduce risks and prevent accidents in industries without shutting down industrial units.
The plan specifically seeks to provide technologies that, in addition to controlling and monitoring industries, especially the oil and gas industry, reduce intelligent, economic and social losses by using smart warning systems.
Hinosafe product through capturing still and moving images and processing these images, a 24-hour system will be provided for permanent monitoring and decision-making. Our technology is an efficient way of providing a secure environment in industries.

Benefits of Hinosafe:
• Reduction in cost with an integrated AI platform with machine learning technology to help control the aggregate data through monitoring.
• Increase workplace safety and well-being through remote monitoring and elimination of high-risk measures
• By capturing still and moving images and processing these images, a 24-hour system will be provided for permanent monitoring and decision-making.
This system is an artificial intelligence-based simulator that plays a role in three situations:
1- Before designing
in the pre-design stage of this system by reviewing and learning that is created with artificial intelligence and machine learning
Plays a role in the following cases :
• Risk assessment
• In designing and locating tanks based on the type of materials and their operating conditions Help and find the best location based on variables
- Materials stored in the warehouse
- Operations that are created in this warehouse
- Material behavior
- Geographical and climatic behavior of industry
2- After design during operation
At this stage, the system is always analyzing and controlling the safety indicators of the facility, and at this stage the following measures are controlled and managed:
- Controlling the safety level of HSE personnel
- Recognition and authentication of the forces allowed to be present in the facility
- Control of numerical operational indicators (control room information) and video
- Prompt warning at the time of the possibility of an accident
- Sending operational instructions to prevent accidents
3- After designing in a crisis situation
- Predicting accident behavior
- Issuing instructions to deal with the accident