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BrAeIn-based smart energy solutions results in better field communication, reduced costs of maintenance, real-time monitoring, digital oil field infrastructure, reduced power consumption, mine automation, greater safety & security of assets, and thus higher productivity.
BrAeIn platform can communicate with Landmark and Schlumberger systems to build live data analytics for Wells Productions and Reservoir Management.
BrAeIn can connect to industry-standard real-time data historians like Honeywell PHD, Wounderware, IP21 & OSI PI, using OPC standard protocol & build real-time analytics.
Fleet Management provides businesses that manage fleets with real-time visibility of vehicle location, status and diagnostics. On-demand information, activity reports and exception alerts enable intelligent business decisions to be made quickly in order to run the most efficient fleet possible.
Inspection using drones can discover a series of potentially hazardous problems before they become dangerous or financially demanding. Moreover, the whole system is universal and can also be used in a series of other industrial applications, not only during the inspection of pipelines.
Any health care vehicle's real-time information plays a critical role in supporting its mobility, safety, security & in improving the reliability of emergency transportation.
Our analytics platform is flexible to build different business reports, as per customer needs
When temperature value is greater than 40 Degrees Centigrade, pollution level is indicated and it is reported to the pollution control department through Sensor Technology, thus fan switchs on automatically.
When pH value is less than 6.5 or greater than 7.5, pollution level is indicated and it is reported to pollution control department through Sensor Technology and thus the motor turns on automatically.
A well-planned and methodical workflow, combined with BrAeIn’s custom maps feature alleviates this problem to such an extent that future inspectors will unlikely to ever consider doing things any other way.
Solar O&M providers need actionable data & reports which can be shared directly to repair crews and their clients.
High-level Summary: A summary of defect types and number of defects allows O&M providers to prioritize which arrays need immediate attention? Remember that they are typically responsible for many solar farms.
Localization: Crews need to know exactly which string or module they need to fix? Your report should save them time and allow them to do their jobs better.
Data Reduction: The report should be reduced to the images that highlight specific faults. Most inspections will produce well over 1,000 images. Your client only needs to see the important ones.
Warranty Coverage: Most solar power installations come with a long-term warranty of 10-30 years. Conducting an infrared inspection on a regular basis would allow for identification of defects and potential problem areas, which are still under warranty.
Shifting weather patterns, such as increase in temperature, changes in precipitation levels and groundwater density can affect farmers, especially those who are dependent on timely rains for cultivation of crops.
Agriculture is slowly becoming digital and AI in agriculture is emerging in three major categories.
(i) Agricultural Robotics
(ii) Soil and Crop Monitoring
(iii) Predictive Analytics
Farmers are increasingly using sensors and soil sampling to gather data and this data is stored on Farm Management System that allows for better processing and analysis of agricultural data. The availability of this data and other related data is paving a way to deploy BrAeIn AI in agriculture