Electronic Medical and Health Records

Solution Group

Industry

Smart Hospital
Health & Life Science

PoC Duration

Iotellect Match

12-24 days
AI powered Low Code IoT/IIoT Platform

Hone medical practice with a comprehensive electronic health records solution. Digitize and centralize patient profiles, prescriptions, and medical history. Empower staff to access critical information in real-time, improving patient care and operational efficiency. Leverage advanced analytics to uncover insights and drive better decision-making. Protect sensitive data with robust security features and regulatory compliance. Deliver a seamless healthcare experience that puts the patient first.

This low code platform allows you to build your own unique Electronic Medical and Health Records solution tailored to your specific needs. It provides the tools and capabilities to develop a custom system that integrates with your existing infrastructure and workflows. The platform does not offer a pre-built solution, but rather empowers you to create a bespoke system that addresses the unique requirements of your healthcare organization. By leveraging the platform's flexibility and extensibility, you can deliver a seamless and efficient Electronic Medical and Health Records experience for your patients and staff.

Build Your IoT Application

Connect Your

EMR Infrastructure

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Barcode scanners and RFID readers
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Mobile health apps
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EMR databases
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Data storage systems
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Wearable and implantable health monitors
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Clinical diagnostic equipment
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Medication dispensers and trackers
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Telehealth devices and systems
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Hospital beds and furniture
  • Utilization of Iotellect's Out-of-the-box drivers for standard protocols like MQTT, CoAP, HTTP/HTTPS to facilitate connection with wearable health monitors
  • Iotellect's Edge capability is employed to manage and monitor RFID tags for asset tracking, ensuring real-time updates even without a constant cloud connection
  • Use of Iotellect's context tree for hierarchical organization of diagnostic equipment like ECG or X-ray machines, streamlining management and navigation
  • Automatic data aggregation from environmental sensors installed in hospital rooms to maintain optimal conditions for sensitive medical equipment
  • Real-time bed occupancy monitoring through integrated sensors on hospital beds, optimizing room assignments and patient care planning
  • Connection and synchronization with telehealth devices via APIs, enabling virtual consultations and remote patient monitoring efficiently
  • Implement location-based services using Wi-Fi-enabled hospital infrastructure, enhancing the interaction between patients and medical staff through device connectivity
  • Secure data collection from medication dispensers and trackers using end-to-end encrypted communication channels

Connectivity and Management

  • Low code integration with Hospital Information Systems (HIS) for seamless transfer of medical data collected from various diagnostic equipment
  • Integration with public health systems to report anonymized patient statistics while maintaining privacy regulations through Iotellect's security features
  • Application-based integration with telemedicine platforms allowing healthcare practitioners remote access to critical patient data during consultations
  • Customizable connectors with Pharmacy Information Systems (PIS) facilitating automated inventory updates based on pharmacy dispensation data streams
  • Integration with clinical decision support systems (CDSS) using low-code options to enhance the accuracy of treatment plans through real-time health analytics
  • Low code interface for connectivity with insurance platforms enables efficient billing by leveraging patient’s treatment history stored in the unified model
  • Synchronization with Laboratory Information Management Systems (LIMS) ensures timely updates on diagnostics performed directly into EHR dashboards
  • Linking EHR systems with secure cloud storage solutions for backup redundancy in line with regulatory compliance requirements

Integration

  • Continuous monitoring of patient vitals from wearable health monitors using advanced analytics to identify emerging health trends and alerts for critical deviations
  • Deployment of Statistical Process Control (SPC) module, capturing historical trends of patient data for anomaly detection and predictive analysis
  • Use machine learning algorithms on historical EHR data for predicting potential readmissions or complications based on patient histories
  • Deployment of advanced predictive analytics powered by Iotellect's statistical tools to forecast potential errors or failures in diagnostic equipment operation
  • Automated insights into potential adverse drug reactions by analyzing prescription data against patient medical records in the unified data model
  • Creation of risk profiles for patients undergoing similar treatments through pattern identification in historical health records using Iotellect's data mining capabilities
  • Real-time air quality and temperature analytics within medical facilities to ensure compliance with health standards and optimal operating conditions
  • Assess hospital energy consumption patterns correlated with environmental sensor data to optimize operational efficiency

Analytics

  • Interactive dashboards facilitate the real-time visualization of patient vitals captured through wearable monitors for healthcare providers at any location
  • Provision of intuitive interfaces for centralized control over RFID tags used in patient identification, presenting user-friendly asset tracking views
  • Clear visual representation of environmental sensor data through customizable components allows facility managers to oversee indoor climate conditions effectively
  • Easy configuration of telehealth communication interfaces using Web UI components designed to maintain user-friendliness in remote care applications
  • Dynamic charting options provide insights into ongoing treatment efficacy across patient groups, enabling comparative outcome monitoring within a customizable layout
  • Role-based UX controls ensure proper access levels are maintained across various healthcare departments while accessing sensitive patient information securely
  • Customizable graphical representations of diagnostic timelines enable practitioners quick reference views when evaluating complex patient histories

UI/UX

Key Features
of Your Electronic Medical and Health Records Solution

Customers and Partners

  • System Integrators
  • Independent Software Vendors
  • Pharmaceutical Companies
  • Research Institutions
  • Medical Device Manufacturers
  • Hospitals and Healthcare Providers
  • Health Insurance Companies

Solution Users and Developers

  • Dedicated low code developers
  • Healthcare IT specialists
  • Medical informatics professionals
Customer success team
Community
Online training

Assistance