Robotic Process Automation (RPA) is a cutting-edge technology that uses software bots to mimic human interactions with digital systems, automating processes and saving human resources for more complex and strategic tasks. The healthcare industry is struggling with skyrocketing costs and operational challenges, which explains the industry’s slow adoption of RPA.
Despite its challenges, the application of RPA in healthcare offers numerous benefits that can significantly impact healthcare workflows. In this article, we’ll go through examples of robotic process automation use cases in healthcare and suggest a solution for the seamless and effective implementation of RPA for the industry’s good.
Benefits of RPA in Healthcare
RPA significantly improves accuracy in healthcare by ensuring precise task execution. Here is how RPA affects healthcare:
Enhances Accuracy and Decision-Making: Implementing RPA ensures fewer errors in critical healthcare tasks, eliminating the pitfalls of manual data handling. This can result in enhanced accuracy and consistency across various processes, contributing to better decision-making and reduced risks associated with human errors.
Cost Reduction: RPA implementation optimizes labor, time, and resources. It performs tasks faster, accurately, and with minimal human intervention, making healthcare operations more sustainable with escalating costs. The financial benefits extend to the organization’s overall efficiency, reflecting positively on patient care.
Increased Efficiency and Productivity: By automating time-consuming activities, healthcare staff can redirect their efforts towards more complex and strategic areas, ultimately improving patient care and streamlining operational efficiency. This shift towards efficiency becomes a cornerstone for healthcare organizations navigating the challenges of modernization.
Better Service: For patients, reduced manual intervention and streamlined processes translate to improved service delivery. The ability to allocate more time to individual patient needs contributes to a more personalized and efficient healthcare experience.
Employee Satisfaction: By relieving staff from monotonous tasks, RPA reduces burnout and improves overall job satisfaction. Empowered employees contribute to a positive work environment, fostering better patient experiences.
RPA in Medical Field: Use Cases
In practice, RPA seamlessly integrates into various healthcare domains, bringing automation to tasks that were traditionally manual, including:
- Patient Registration transforms as RPA automates data entry, ensuring accurate and efficient onboarding processes.
- Appointment Management with RPA evaluating incoming data and doctor availability streamlines the scheduling process.
- Automated Billing becomes a reality, as RPA ensures rules-based decision-making and regulatory compliance in the financial aspects of healthcare operations.
- Insurance Claim Management, where RPA automates high-volume processes, reduces processing time, and ensures accuracy in claims handling.
Use case #1
One of the largest insurers in Japan has harnessed the power of an RPA tool for e-learning portals to anticipate a 350% surge in citizen developer certifications and a substantial $1.4 million reduction in training costs, instilling a proactive and innovation-centric ethos in its workforce.
Use case #2
The physician-owned provider of integrated acute care medicine implemented the RPA to process 20 million medical records annually, which resulted in enhanced efficiency in healthcare operations without extensive workforce expansion but saving over 100,000 hours of labor annually.
Сhallenges of PRA in Healthcare: Compliance and Integration
However, adopting robotic process automation in healthcare is not without its challenges. The healthcare landscape is unique and demanding, making it crucial to address specific challenges. RPA faces hurdles related to compliance despite being a benefit. The complex regulatory landscape of healthcare, while navigable, poses challenges with implementation and ongoing adherence.
Additionally, integrating RPA with existing healthcare systems, often siloed and diverse, can be intricate. Healthcare organizations need to bridge the gap between legacy systems, requiring careful consideration of technical and operational challenges. Financial considerations are also a challenge, with the initial implementation costs being a notable barrier.
The Role of API in Efficiency of Robotic Process Automation in Healthcare
APIs are the bridge that connects different software applications, enabling seamless communication between them and empowering automation tools with the capacity to engage with various systems, extracting and inputting information as needed. API can enhance RPA’s ability to automate intricate workflows across multiple platforms, a quality that proves invaluable as organizations increasingly adopt RPA to streamline operations and improve overall efficiency.
A popular provider of RPA solutions for healthcare has announced the integration of FHIR-enabled endpoints to enable seamless automation within EHRs that adhere to the Office of the National Coordinator for Health Information Technology Cures Act FHIR certification criteria. As we mentioned in our Detailed Guide to the g(10) Criterion, ONC monitors the adoption and adherence to standardized API for patient and population services in operational systems, ensuring that hospitals and clinicians nationwide can effectively employ FHIR-based APIs for establishing interoperable connections.
Hence, FHIR API will help robotic process automation in healthcare to enhance processes like quality measurement, regulatory reporting, and payer-to-provider exchange and ensure compliance with major healthcare regulations. We invite you to explore the limitless potential of FHIR and use its ability to create interconnected innovative solutions for healthcare.
Let’s discuss a strategy for ensuring your RPA system complies with ONC and HIPAA regulations and seamlessly connects with EHRs and other healthcare data sources while keeping it secure.