ThinkAndor® is the first-to-market virtual health collaboration platform leveraging AI-powered models, like OpenAI/ChatGPT, to orchestrate virtual collaboration experiences with clinical context. Our platform, ThinkAndor®, coordinates contextual workflows for Virtual Patient Monitoring care plans, while interacting with the four other key pillars of virtual health: Virtual Visits, Virtual Hospital, Virtual Team Collaboration, & Virtual Community Collaboration. ThinkAndor® has received multiple awards, including being ranked the #1 Virtual Care Solution by Black Book in 2023 with the Highest Client Satisfaction! In 13/18 KPIs, Andor Health ranked #1 across all 5 pillars of virtual health & collaboration. Our deep integrations with EHRs like Epic, Cerner, and Meditech allow ThinkAndor® to extend the following award-winning workflow orchestration capabilities to health systems:

• Capture of trending vitals and data from a variety of Bluetooth devices
• Real-time alerts and notifications
• Secure collaboration channels
• Voice-to-text clinical notes
• ThinkAndor AI virtual assistant surfacing relevant content and clinical context for visits and care teams

By providing real-time clinical data and relevant information, ThinkAndor® empowers providers to communicate and take the next appropriate clinical action with bi-directional integration to the EHR. 

ThinkAndor® can support a variety of pediatric workflows, including care plans configured by condition or custom workflows pursuant to requirements from the client.  

• Medical University of South Carolina (MUSC) 
• Orlando Health Arnold Palmer Hospital for Children 

• A physician sees a patient with poorly controlled diabetes in the office and is prompted in the Rimidi diabetes view to enroll the patient in remote monitoring and to consider a therapy adjustment to optimize cardiovascular risk reduction. The physician creates a dynamic care plan with each encounter that posts back to their EMR. The physician reviews the patient’s home glucose readings one week after therapy adjustment to ensure adequate control.
• A patient uses the connected glucometer provided by the practice. She can see whether she is in her target range, receive messages from her care team in response to her data, and access the diabetes educational course recommended to her on her home device. She feels more connected and in control of her diabetes.
• A care coordinator monitors a clinic’s patients with diabetes, heart failure or hypertension remotely, addressing alerts configured for the clinic and ensuring that they are meeting clinical guidelines and helping to avoid costly admissions and readmissions. Documentation for RPM and CCM activity is done in the Rimidi app and aggregate for billing purposes.
• A primary care physician scans a patient population in the Rimidi app and sees several patients with cardiometabolic risk factors that are at risk for Nonalcoholic Fatty Liver Disease. The physician receives guideline-based, clinical decision support to guide the patients to the appropriate level of care—whether that’s a specialist referral, bloodwork, or imaging.
• A clinic uses Rimidi to send depression screening questionnaires before all annual physician exams for their patients with heart failure and diabetes. Patients can complete the questionnaire on any device and Rimidi posts the responses back to the EMR as well as visualizing them within the Rimidi app.

Rimidi has developed a view specifically for tracking gaps in care in Pediatric Obesity, a major risk factor for future development of cardiometabolic conditions.

Clinicians, care teams