BaSYS AI

AI-BASED SEWER INSPECTION

Advantages

AI-based sewage inspection provides a reliable and efficient way to process vast amounts of data quickly. Potential problems and damage are identified at an early stage. Artificial intelligence could automate and significantly accelerate inspection operations, saving time and costs. This innovative technology enables accurate damage diagnosis, allowing operators to implement targeted maintenance and repair steps before issues expand. Continuous monitoring and analysis using AI algorithms allows for maximum sewage uptime while minimizing unplanned downtime. Overall, automated sewer inspection serves to extend the life of infrastructure, save operating costs, and mitigate the environmental impact of leaks or pollutants

The future of Sewer Inspection

BARTHAUER collaborates with e.SIC to provide a cutting-edge solution for AI-based real-time inspection data evaluation. Damage, such as cracks or burst pipes, can be identified quickly and accurately during sewer inspections. AI algorithms are trained to detect even little damage, cracks, and obstructions in your sewers.

The entire inspection process can be simplified and accelerated for the benefit of all parties involved. The results of the automated evaluation can be used directly for further rehabilitation planning tasks. The aim of AI-based sewer inspection is to use artificial intelligence and advanced image processing to optimize the efficiency and accuracy of sewer inspection to detect damage at an early stage, extend the service life of the infrastructure and prevent costly failures.

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The entire inspection process can be streamlined and accelerated to benefit all parties involved. The automated evaluation results can be used immediately to design future rehabilitation efforts. The goal of AI-based sewage inspection is to employ artificial intelligence and advanced image processing to improve the efficiency and accuracy of sewer inspection in order to detect problems promptly, extend the service life of the infrastructure, and avoid costly failures.

Communication and interfaces

BaSYS can be linked to the data transfer platform SARIDA™, allowing for real-time AI-based inspection data evaluations. The evaluation results are subsequently transmitted to BaSYS, where they are immediately available for strategic and operational remediation planning. With BaSYS PISA remediation planning, relevant remediation variants can be generated based on the automated analysis.The produced data and calculated expenses are then ready to be used in the cost-effectiveness comparison. A cost prediction analysis for renewal, refurbishment, and repair allows for the determination of the best strategy while also ensuring that the sewer substance is maintained.

Data management and Visualization

BaSYS provides the specialized user with a software solution for managing all sewer inspection data in an organized and comprehensive approach. This also allows for the simultaneous use of many sets of regulations, such as inspection data with DWA M 143-2 and DIN EN 13508-2 damage codes. The visual representation of the sewage inspection is critical for presenting the data and outcomes of the inspection in an intelligible and clear manner. The findings of AI-based sewer inspection and repair plans can be examined and generated in a variety of ways using BaSYS. For example, standardized reports are offered for cost comparison. A schematic pipe diagram can be used to graphically compare each rehabilitation option you have planned

BaSYS AI

AI-BASED SEWER INSPECTION

Advantages

AI-based sewage inspection provides a reliable and efficient way to process vast amounts of data quickly. Potential problems and damage are identified at an early stage. Artificial intelligence could automate and significantly accelerate inspection operations, saving time and costs. This innovative technology enables accurate damage diagnosis, allowing operators to implement targeted maintenance and repair steps before issues expand. Continuous monitoring and analysis using AI algorithms allows for maximum sewage uptime while minimizing unplanned downtime. Overall, automated sewer inspection serves to extend the life of infrastructure, save operating costs, and mitigate the environmental impact of leaks or pollutants

The future of Sewer Inspection

BARTHAUER collaborates with e.SIC to provide a cutting-edge solution for AI-based real-time inspection data evaluation. Damage, such as cracks or burst pipes, can be identified quickly and accurately during sewer inspections. AI algorithms are trained to detect even little damage, cracks, and obstructions in your sewers.

The entire inspection process can be simplified and accelerated for the benefit of all parties involved. The results of the automated evaluation can be used directly for further rehabilitation planning tasks. The aim of AI-based sewer inspection is to use artificial intelligence and advanced image processing to optimize the efficiency and accuracy of sewer inspection to detect damage at an early stage, extend the service life of the infrastructure and prevent costly failures.

This could be your solution? Send us a message and we will get back to you:

The entire inspection process can be streamlined and accelerated to benefit all parties involved. The automated evaluation results can be used immediately to design future rehabilitation efforts. The goal of AI-based sewage inspection is to employ artificial intelligence and advanced image processing to improve the efficiency and accuracy of sewer inspection in order to detect problems promptly, extend the service life of the infrastructure, and avoid costly failures.

Communication and interfaces

BaSYS can be linked to the data transfer platform SARIDA™, allowing for real-time AI-based inspection data evaluations. The evaluation results are subsequently transmitted to BaSYS, where they are immediately available for strategic and operational remediation planning. With BaSYS PISA remediation planning, relevant remediation variants can be generated based on the automated analysis.The produced data and calculated expenses are then ready to be used in the cost-effectiveness comparison. A cost prediction analysis for renewal, refurbishment, and repair allows for the determination of the best strategy while also ensuring that the sewer substance is maintained.

Data management and Visualization

BaSYS provides the specialized user with a software solution for managing all sewer inspection data in an organized and comprehensive approach. This also allows for the simultaneous use of many sets of regulations, such as inspection data with DWA M 143-2 and DIN EN 13508-2 damage codes. The visual representation of the sewage inspection is critical for presenting the data and outcomes of the inspection in an intelligible and clear manner. The findings of AI-based sewer inspection and repair plans can be examined and generated in a variety of ways using BaSYS. For example, standardized reports are offered for cost comparison. A schematic pipe diagram can be used to graphically compare each rehabilitation option you have planned

This could be your solution? Send us a message and we will get back to you: