360Care 1.0.30

The 360Care Remote Patient Monitoring (RPM) platform offers healthcare providers and caregivers a means to access real-time medical data, facilitating effective management of patients outside the clinical setting. This solution provides a streamlined, accessible platform that enhances patient engagement and strives to improve health outcomes.

By addressing common barriers such as communication gaps, limited access, and data collection challenges, 360Care aims to foster better adherence to treatment plans. This results in improved clinical outcomes and greater patient satisfaction. Patients benefit from earlier interventions and increased autonomy in managing their health.

360Care regularly engages patients, placing them at the center of their care journey through continuous interaction and support.

How does it function?

The system leverages data points and assessments within the app to provide insights into a patient's physiological progress. Using clinically validated, personalized solutions delivered directly through the platform, patients can monitor and understand their health improvements over time.

The app remotely tracks key physiological metrics including:

• Heart Rate
• Blood Pressure
• Oxygen Saturation
• Respiration Rate
• Heart Rate Variability

Notable advantages of the 360Care app include:

• Reduction in doctor visits and hospitalizations
• User-friendly, personalized interface
• Digital analytics offering trends, historical data, predictions, and expectations
• Intuitive and engaging user experience
• Clinically proven, data-driven customized solutions
• Educational and interactive features to promote health literacy
• 24/7 support and direct communication channels
• Monitoring of health progress over time
• Compliance with HIPAA regulations

For users of Apple Health, there is an option to share selected health information with their provider during video consultations. Sharing Apple Health data is voluntary but can aid clinicians by providing additional context such as heart rate and weight, thereby improving diagnostic accuracy.