Automation

With the help of our software bots, we streamline repetitive and time-consuming healthcare processes, giving you more time to care for your patients and ensure employee satisfaction.


Many tasks, such as payment processing and inventory management, can be automated because they follow a specific set of rules. This can help humans allocate their time to more valuable tasks.

By replicating the actions of an employee, robotic process automation streamlines repetitive tasks and activities. Medical facilities can leverage RPA to automate tedious responsibilities, decrease human involvement, enhance operational efficiency, reduce expenses, and deliver superior care to patients.

33%

of all healthcare operations tasks are automatable (McKinsey)

50%

of US healthcare providers will invest in RPA over the next three years (Gartner)

25

largest US healthcare payers already started their automation programs (McKinsey)

Leading RPA solutions for the healthcare industry

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3 Step Process

Delivering Robotic Process Automation

Identify potential RPA use cases

The first step in delivering RPA in a healthcare setting is to identify the potential use cases for automation. Healthcare providers can look for repetitive, rules-based tasks that require high accuracy and are time-consuming. Examples include claims processing, patient appointment scheduling, and billing.

Conduct a feasibility analysis

Once potential use cases have been identified, conduct a feasibility analysis to determine if RPA is the best solution for the identified processes. This analysis should take into account factors such as the complexity of the process, the volume of transactions, and the potential benefits of automation. It is also important to consider the potential impact on existing systems and workflows.

Development Stage

  1. Design automation workflows: Once the feasibility analysis is complete, the next step is to design the automation workflows. This involves identifying the steps in the process that can be automated and determining the sequence of actions that the RPA software will perform.
  2. Configure RPA software: After designing the automation workflows, the RPA software needs to be configured to execute the workflows. This involves creating the automation rules and configuring the software to interact with the necessary systems and applications.
  3. Test RPA solution: Before implementing the RPA solution, it is important to thoroughly test it to ensure that it is working correctly. This involves running test scenarios and making any necessary adjustments to the automation workflows.

Implementation Stage

  1. Integrate RPA solution with existing systems: After testing the RPA solution, it needs to be integrated with the existing systems and applications. This involves configuring the software to interact with the necessary systems and ensuring that data is being exchanged correctly.
  2. Deploy RPA solution: Once the RPA solution is integrated with the existing systems, it is ready to be deployed. This involves ensuring that the software is installed on the appropriate machines and that all necessary stakeholders are trained on how to use the solution.
  3. Monitor and optimize RPA solution: After deploying the RPA solution, it is important to continuously monitor and optimize it to ensure that it is meeting its objectives and delivering the expected benefits. This involves tracking the performance of the RPA solution and making any necessary adjustments to the automation workflows to improve efficiency and accuracy.

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