TwinAlytix® Operational Process Digital Twin of the Air Refueling Enterprise

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TwinAlytix®

TwinAlytix® Operational Process Digital Twin of the Air Refueling Enterprise

TwinAlytix® Operational Process Digital Twin (OPDT) of the Air Refueling Enterprise

Enabling the Air Force to optimize its air refueling enterprise

An OPDT creates a virtual representation of each critical step within a process, ingesting both historical and real-time data to enable advanced analytics and predictive capability.

Process Mining

Historical data from various legacy systems will be coordinated with event logs and user stories to build a digital representation of the existing air refueling processes.

RR-AROPS

The Rolls-Royce Air Refueling Optimization and Planning System (RR-AROPS)* software is a mature COTS product that provides automated planning, execution and analysis capability across the entire spectrum of the air refueling enterprise. This will be inserted into the OPDT to automate steps within the process.

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Artificial Intelligence and Machine Learning

Utilizing Artificial Intelligence and Machine Learning algorithms, the software can perform multi-scenario analysis in a variety of virtual environments at low-cost and while incurring no-risk. The OPDT will learn over time, ingesting historical data from completed missions.

The twin will monitor the performance of the enterprise and identify when things aren’t going as planned. As an example, the twin can analyze deviations from plan on a particular day and identify the impacts of those changes. It recommends courses of action, such as moving receiver or tanker mission to other locations or times.

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Benefits of our solution

Increasing Operational Efficiency
An end-to-end solution employing Artificial Intelligence and Machine Learning algorithms to allow more efficient scheduling and execution practices.

Optimizing Tanker Aircraft Usage
As the OPDT learns from historical data, scheduling processes improve, increasing the effectiveness of tanker aircraft.

Reducing Costs
Virtual process manipulation can be done at low-cost with no-risk, before changes are implemented in the real world.

Improving Productivity
Reducing manual tasks allows personnel to focus on higher value activities.

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Rolls-Royce Air Refueling Optimization and Planning System (RR-AROPS)

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