A unified data model for the automated flow of data and knowledge.
Fully agnostic and open, the PetroVisor™ platform enables E&P companies to automate the flow of data and knowledge across any number of applications and departments so they can scale their growth and productivity.
(Business & Technical Logic)
Physics Based Modeling
(Numerical & Analytics Methods)
Data Driven Analytics
( AI / ML / MVR )
The PetroVisor™ platform enables knowledge automation within each integrated engineering workflow, creating a single point of truth and a unified model for better decision making.
Whatever your expertise, PetroVisor simplifies workflow automation and makes machine learning simple and powerful for everyone, allowing users to achieve outcomes that are impactful and quantifiable.
The PetroVisor Platform can connect to any software that has an API. The platform can even handle large CSV files for customers that utilize applications with restricted API capabilities. PetroVisor users appreciate the platform's ability to connect to databases and apps to extract important data from them within their workflows.
The PetroVisor platform thrives in extracting all accessible data from an API. Custom fields and other hard-to-access data values are difficult to expose and utilize for some vendors. E&P companies can quickly access any knowledge or data required for decision-making with the PetroVisor platform.
Workflows are a key part of PetroVisor. If engineers are building an integration to pass data between different apps and data sources, they will be using a workflow to do it. Workflows can have just a few steps or hundreds of steps. It depends on the process and decision the user is trying to automate.
The PetroVisor platform offers templatized scripts for popular petro-technical workflows. Users can simply develop a workflow based on standardized engineering practices or use one of the 478 commercialized P# scripts available in the platform library. Customize the workflow as needed, then turn it on, or schedule it for automation.
The platform offers a visual way to build workflows. PetroVisor allows users to build workflows using simple drag and drop. Any end-user is able to leverage in-platform P# scripts as well as use specific external activities, like R, to create sophisticated and powerful automated workflows.
P# is a domain-specific language, designed by Datagration to address the needs of engineers in the oil and gas industry. The scripting language, which is loosely based on VB, enables engineers to run complex calculations with only a few lines of code. The P# Editor allows you to create, modify, run, save and share scripts. It also allows you to try things on your own and check out how things work, without messing up the data, as by default nothing is written into the database.
The ML Models module in PetroVisor Workflow Automation is used to create and train Machine Learning models. The modules use the Microsoft ML.NET library. PetroVisor ML Model is defined by P# script elements and can be created using ML Model Wizard. Created P# script is used to retrieve training data and later for prediction on new data. For most ML models it is important to define Label and Features columns of the training data.
ETL solutions typically supports batch processing of data. Sometimes this is a one-time operation or can be a schedule and recurring operation. PetroVisor can support real-time data movement as well as batch processing. Many organizations require a platform that can support batch and real-time. ETL systems do not typically have out of the box integrations for LAS, Aries, and other common legacy oil and gas software. ETLs are often managed by data warehouse team whereas PetroVisor can be handled by both data warehouse teams or by business teams that manage line of business cloud applications and data sources.
Connect with our experts to learn more about the PetroVisor™ Platform.