Personal medical device integration services

Chronic disease management

Healthcare professionals can monitor individuals with chronic conditions by receiving health-related updates – a smarter healthcare approach to accessibility.

Remote patient monitoring

Healthcare practitioners can observe individuals with high-risk conditions without scheduling in-person visits – a modern healthcare solution to eliminate existing barriers.

Post-operative care and recovery

Patients recovering from procedures and surgeries can track their progress and enable efficient rehabilitation by receiving personalized guidance.

Elderly care and assistance

Professional caregivers can observe seniors with health conditions and stay informed about important patterns to ensure timely response.

Occupational medicine

Insurance organizations can use the platform to track employee well-being and provide anticipatory warnings for stress-related health issues and promoting workplace wellness.

Emergency response

Healthcare practitioners can leverage customizable notifications to assist patients reaching critical thresholds.

Sports medicine

Athletes having regular training can use the platform to ensure optimal recovery and prevent potential injuries.

Pediatric care

Healthcare specialists can monitor newborn children with congenital heart issues and other chronic conditions.

Early diagnosis

By collecting health parameters, personal devices enable clinicians to identify critical patterns and deviations. Irregular heart rate, elevated blood pressure, alarming blood glucose, abnormal body temperature, and more – any metrics automatically synchronized.

The integration of at-home medical devices can facilitate timely interventions and minimize hospital admissions.

Personalized approach

By tracking patient progress, personal devices enable physicians to analyze key trends and adjust the program. Medication dosage and scheduling, lifestyle recommendations, insulin adjustments, symptom management – all can be adjusted by accessing real-time insights.

The introduction of at-home medical devices into already existing routines can reshape generalized protocols.

Health awareness and self-management

By offering patients access to personal health information, the integration might accelerate health awareness. This means quicker introduced dietary habits, sleep patterns, physical activities, and other lifestyle changes.

All substantial health parameters are instantly available in one single application.

Family engagement

By offering social sharing of collected health information, the integration might streamline family involvement. This means a stronger support system for individuals who suffer from chronic conditions or need daily assistance.

Elderly parent’s health conditions are continuously monitored, even when living separately!

We assisted a company that designs and manufactures electroencephalography equipment and technology. Our goal was focused on migrating & modernizing a program for accurate and stable EEG capture and analysis, in particular on ensuring uninterrupted connection with various medical devices.

We covered:

• .NET upgrade from 4.7 to 8.0
• EF upgrade to modern EF Core
• LightningChart upgrade
• TVideoGrabber replacement with modern GStreamer platform

The result?

By enabling smooth connection with different EEG capture medical devices, we ensured:

• Future-proof technology by introducing .NET capabilities
• Reliable performance – stable operation even during long sessions
• Better compatibility with different EEG equipment
• Greater adaptivity and scalability in different clinical scenarios

Read more

Step 01. System assessment & analysis

• The evaluation of the existing infrastructure (EHR, EMR, PACS, RPM)
• The identification of all data sources, integration points, and other critical components

Step 02. API development & connectivity

• The implementation of multiple API layers to integrate with existing healthcare applications
• The standardization of different data formats

Step 03. Data transmission & storage

• Data protection through encrypted communication channels
• Data privacy through role-based access control
• A scalable, fault-tolerant storage to handle large volumes of information
• Regulatory compliance through industry-specific security measures

Step 04. Data processing and synchronization

• Data cleansing and validation
• Data pipelines for real-time data streaming and batch data processing
• Edge computing for preliminary data analysis
• Bidirectional synchronization between devices

Step 05. Integration & code optimization

• Third-party & API integration
• Performance optimization (load balancing, database indexing, and caching)

Step 06. Testing and quality assurance

• Penetration testing
• Interoperability testing with real-world clinical workflows

Step 07. Product deployment & release

• Production rollout
• Downtime mitigation

Step 08. Ongoing support & maintenance

• Continuous monitoring & optimization
• Long-term support & maintenance