RPA is automating tasks such as data entry, laboratory testing, and clinical trials. This is resulting in increased productivity and efficiency, as well as improved accuracy and compliance. RPA is also freeing up employees’ time so that they can focus on more value-added activities. In addition, RPA is providing real-time insights into operations, which is helping life sciences organizations make better decisions.
For instance, RPA can be used to automate the data entry of patient information into electronic medical records. This can free up employees’ time so that they can focus on more value-added activities, such as patient care. In addition, RPA can be used to monitor clinical trials and laboratory tests in real time, providing insights that can help life sciences organizations make better decisions.
RPA is well suited for automating life sciences processes that are highly structured and rules-based. RPA bots can be configured to mimic the actions of humans, such as data entry, and they can operate across multiple applications, systems, and databases. RPA can also be used to provide real-time insights into operations, such as clinical trials and laboratory tests.
Contextual automation is also a type of RPA that is specifically designed to automate life sciences processes. Contextual automation takes into account the specific context of each process, such as the regulatory environment and the need for compliance. This makes contextual automation particularly well suited for automating life sciences processes.