Join our Pattern of Life Analysis (PoLA) ecosystem. PoLA is a revolutionary system and method that empowers organizations to identify anomalies and trends within vast datasets. By leveraging advanced AI, PoLA enables the timely detection of compromised individuals, systems, and digital entities, including AI and deepfakes. This proactive approach is important for safeguarding critical infrastructure like national defense, emergency services, utilities, and service providers, ensuring their resilience against evolving threats.
Sub License
Pattern of Life Analysis with Kernel Density Estimation
Or License SARAHAI
2025.1 Coming Soon
-
PoLA Practical Application
-
Includes Patent Protections
-
EdgeAI Technology
Upstream Exploration and Downstream Production uses of Pattern of Life Analysis
Upstream exploration
In upstream exploration, PoLA can be used to:
-
Identify new oil and gas fields by analyzing geological data and identifying areas that are likely to contain hydrocarbons.
-
Optimize drilling operations by analyzing drilling data to identify areas where drilling can be more efficient.
-
Reduce environmental impacts by identifying and reducing the environmental impacts of exploration activities.
Downstream production
In downstream production, PoLA can be used to:
-
Optimize refinery operations by analyzing refinery data to identify areas where production can be more efficient.
-
Reduce environmental impacts by identifying and reducing the environmental impacts of refinery operations.
-
Improve safety by identifying patterns and trends in accidents and near misses.
Here are some specific examples of how PoLA is being used in the petrochemical industry today:
-
PoLA is being used by oil and gas companies to identify new oil and gas fields in the Gulf of Mexico.
-
PoLA is being used by refining companies to optimize their operations and reduce their environmental impacts.
-
PoLA is being used by petrochemical companies to improve the safety of their operations.
PoLA is a relatively new tool in the petrochemical industry, but it is already being used to make a significant impact. As PoLA continues to develop and become more widely used, it is likely to play an even greater role in helping the petrochemical industry to operate more efficiently, safely, and sustainably.
In addition to the benefits listed above, PoLA can also be used in the petrochemical industry to:
-
Extend the life of oil and gas fields by identifying new areas of reserves.
-
Reduce costs by identifying areas where waste can be eliminated.
-
Improve product quality by identifying patterns and trends in product quality data.
Overall, PoLA is a powerful tool that can be used to improve the efficiency, sustainability, and safety of the petrochemical industry.