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General Analytics Features

Healthcare data processing and storage

  • Automated ingestion of structured and unstructured data from various sources (e.g., ERP, CRM, patient portals).

  • Cost-optimized storage of raw data in a data lake.

  • Batch and real-time healthcare data processing.

  • healthcare data warehouse for analytics querying and reporting.

  • Automated data governance and data quality management.

  • Data storage, transfer, and access mechanisms compliant with the required regulatory standards (e.g., HIPAA, GDPR).

  • Voice and image recognition to streamline data input and interpretation.

Healthcare data analytics

  • Data visualization via customizable dashboards and self-service reports.

  • Automated KPI calculation (e.g., HCAHPS, ALOS, readmission rate).

  • Automated data segmentation (e.g., by patient demographics, health outcomes).

  • Continuous KPI and patient state monitoring.

  • Instant notifications and alerts (e.g., on fraud detection, changes in patient vitals).

  • Identifying trends, dependencies, and issue root causes in the healthcare data.

  • Forecasting future health outcomes and trends.

  • Smart recommendations on improving business processes and treatment plans.

Patient-generated health data and analytics

  • Patient data analysis, including demographic data, clinical data, and patient history.

  • Continuous monitoring of PGHD collected from wearables, sensors, patient apps, daily rounds, etc.

  • Notifications & alerts on changes in a patient’s state (e.g., abnormal vitals).

  • Identifying trends and dependencies between treatment-related activities, lifestyle changes, and patients’ vital parameters.

Health outcomes analytics

  • Automated calculation of health outcomes KPIs, including mortality rates, readmission rates, HRQoL, PROs, and more.

  • Automated segmentation of outcomes by demographic factors, physician, facility, condition, etc.

  • Identifying trends and dependencies between health outcomes and treatment types, medications, length of stay, and other possible variables.

  • Forecasting possible health outcomes (e.g., readmissions, patient volume, high-risk patients).

  • Automatic calculation of facilities and care KPIs (e.g., ER waiting time, bed occupancy rate, patient satisfaction scores).

  • Equipment KPIs (e.g., asset utilization rate, lifespan).

  • Pharmaceuticals KPIs (e.g., medication adherence rate, inventory turnover rate).

  • Laboratory KPIs (e.g., turnaround time, cost per test, volume of unnecessary tests).

  • Personnel KPIs (e.g., nurse-to-patient ratio, patient load, turnover rate).

  • Supply chain management KPIs (e.g., supplier performance, stock-out rate, order accuracy).

  • Identification of operational bottlenecks (e.g., long patient wait time, delayed prescription processing) and root cause detection.

  • Prediction of demand for specific services and resources (e.g., equipment, surgical facilities, medications, staff).

Costs and finance analytics

  • Continuous monitoring and analytics of the cash flow and treatment expenses, including care delivery and overhead costs.

  • Automated segmentation of costs (per episode, condition, patient group), outstanding payments (e.g., per department, facility), actual ROI by the type of investments.

  • Notifications & alerts on due and overdue payments, potential payment or insurance fraud.

  • Identifying trends and dependencies between costs and operational processes, reimbursement policies, and health outcomes.

  • Forecasting of future costs per period, expense type, etc.

  • Predictive modeling to identify the financial impact of planned actions (e.g., changes in reimbursement policies, supplier change).

  • Smart recommendations on cost-saving opportunities and pricing optimization without negatively affecting health outcomes.

Clinical decision support systems

  • Alerts on potential health risks and complications (e.g., allergies, drug interactions, adverse effects).

  • Intelligent diagnostic assistance (clinical decision trees, differential rankings of potential diagnoses based on patient data).

  • Laboratory findings analysis.

  • Medical image analysis.

  • AI-powered treatment recommendations (e.g., medication dosage calculation, custom treatment plans based on patient history).

  • Clinical guidelines adherence checks and alerts.

  • CDS for medical specialties (tailored decision support for dermatology, ophthalmology, cardiology, etc.) and interdisciplinary collaboration support for complex cases.

  • Automated calculation of patient engagement KPIs, including patient dropout and portal engagement rates, patient loyalty, etc.

  • Identifying trends and dependencies between engagement levels and various dimensions (e.g., facilities, therapeutic departments, disease statuses, age); engagement levels and engagement activities (e.g., follow-up calls, preventive screening reminders).

  • Smart recommendations on improving patient engagement rates.

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