Pieces
Pieces provides clinical generative AI solutions to enhance healthcare delivery by automating documentation and improving operational efficiencies in Electronic Health Records (EHR).
Services
Pieces provides clinical generative AI solutions tailored to support frontline care teams. These services include summarizing, charting, and drafting clinical notes within the Electronic Health Record (EHR). Their AI-driven solutions aim to reduce clinician burnout, improve documentation support, and help decrease the length of stay in healthcare settings. This comprehensive approach is designed to enhance both patient care and provider efficiency.
Products
Pieces features several innovative products leveraging generative AI technology. The Pieces Working Progress Note automates the creation of detailed progress notes from EMR data, aiming to save time and reduce stress for healthcare providers. Pieces SafeRead is another key product, ensuring the accuracy and reliability of AI outputs by minimizing the risk of generating non-factual information. The Pieces Working Summary offers a concise and continuously updated patient overview based on the latest EHR documentation. Additionally, the Pieces Discharge Identification feature tracks and identifies barriers to patient discharge, streamlining the discharge process.
Events
Pieces hosts an annual event known as the Pieces Clinical Generative AI Symposium. This event gathers health system leaders to discuss advancements and future directions in healthcare driven by clinical generative AI. It serves as a platform for knowledge sharing, showcasing innovations, and exploring collaborative opportunities within the healthcare sector.
Predictive Models
Pieces offers a variety of customizable predictive models aimed at enhancing clinical and operational efficiencies. These models are designed to improve patient safety, reduce waste, and generate revenue within healthcare systems. By leveraging advanced AI and data analytics, these predictive tools assist healthcare providers in making informed decisions to optimize patient care and operational performance.