News
Digital Library
Let’s Connect!
DiabeTECH addresses diabetic foot ulcers, a leading cause of over 150,000 amputations annually in the U.S., costing insurers $70,000–$90,000 per surgery. These ulcers arise from poor circulation, peripheral neuropathy, and delayed care due to insufficient monitoring. Current approaches miss early warning signs, leading to costly outcomes. DiabeTECH’s smart insoles provide continuous, real-time data on circulatory and sensory health, enabling early intervention, improving patient outcomes, and reducing healthcare costs through proactive management.
Key Features
1. Multiple Sensor Configurations
• Smart Textile Sensors: Integrate textile-based sensors (e.g., pressure-sensitive fabric) to monitor different foot regions. This provides more granular data on pressure distribution, helping detect early signs of foot ulcers.
• Temperature Sensors: Add high-sensitivity temperature sensors to detect small variations in foot temperature that could indicate inflammation, infection, or tissue damage.
• Moisture Detection: Include moisture sensors to detect excessive sweat or liquid that may lead to fungal infections, enhancing diabetic foot care management.
2. Configurable Alerts & Thresholds
• Personalized Alert System: Allow users or healthcare providers to set personalized alert thresholds based on their specific health conditions (e.g., different thresholds for those with severe diabetes or a history of ulcers).
• Predictive Analytics Dashboard: Build in predictive analytics to provide forecasts and warnings based on trends in users’ historical data (e.g., “high ulcer risk in next two weeks”).
3. AI-Driven Insights Configurations
• AI Model Customization: Allow customization of AI models for specific types of diabetic complications (e.g., neuropathy, foot ulcers). This would enable podiatrists to focus on the most relevant data for their patients.
• Multimodal Health Data Integration: Integrate DiabeTECH’s foot health data with other health metrics like blood glucose levels, heart rate, and sleep patterns to provide a holistic view of the patient’s condition and generate more accurate insights.
4. Interoperability Configurations
• Multi-Platform Data Syncing: Configure DiabeTECH to sync data across multiple platforms (e.g., Google Fit, Apple Health, Samsung Health) using standard APIs, allowing seamless integration into different ecosystems.
• EMR System Auto-Sync: Enable automatic syncing with electronic medical records (EMR) systems like Epic, Cerner, and Allscripts, so healthcare providers can access the data in real-time without manual uploads.
5. Device and User Management
• Multi-Device User Profiles: Allow patients to link multiple devices (e.g., different pairs of shoes, mobile apps) to the same profile, enabling more complete health monitoring across various settings (e.g., home, work, exercise).
• Physician Monitoring Interface: Provide a dedicated interface for healthcare professionals to track multiple patients’ data in real-time, making it easier for them to identify high-risk patients.
6. Extended Wireless Communication
• LTE/NB-IoT Module: If the device needs to work in environments with no Wi-Fi or Bluetooth, consider integrating an LTE or NB-IoT module. This enables data transmission in remote areas or for users who may not have smartphones.
• Bluetooth Mesh Network: For group settings (e.g., in a healthcare facility), a Bluetooth Mesh network allows multiple devices to communicate and relay information across distances, reducing signal drops and improving overall system reliability.
7. Wearable Integration
• Smartwatch Integration: Create compatibility with wearable devices like smartwatches (e.g., Apple Watch, Fitbit) to display alerts and insights directly to the user’s wrist, encouraging quicker intervention.
• Smart Socks/Legwear: Offer an optional smart sock or legwear companion product that works in conjunction with the shoes for even more detailed data on circulation and foot health.
8. Rehabilitation Mode
• Post-Surgery/Recovery Monitoring: Offer a special configuration for post-surgical recovery, focusing on light pressure and activity levels to ensure that patients are recovering without complications.
• Physical Therapy Integration: Configure the system to work with physical therapists, providing data on the patient’s gait and recovery progress, and enabling modifications to treatment plans based on real-time feedback.
9. Multi-User Setup for Caregivers
• Caregiver Mode: Enable caregivers (e.g., family members, nurses) to receive the same alerts as the patient. This is especially useful for elderly or disabled diabetic patients who might not be able to respond to alerts on their own.
• Cloud-Based Patient Monitoring: Allow multiple caregivers or healthcare providers to monitor the patient remotely via the cloud platform, enhancing patient care coordination.
10. Gamification and Engagement Configurations
• Health Score Dashboard: Use gamification techniques such as health scores, progress tracking, and rewards to encourage patients to adhere to treatment plans and maintain good foot care habits.
• Challenges and Milestones: Create customizable challenges or milestones for users (e.g., walk 10,000 steps without high-risk pressure points) to increase patient engagement.
Additional Suggestions for Software Flexibility:
• User-Centric App Customization: Build a user-friendly mobile app where patients can customize settings, track their progress, and receive educational material on diabetic foot care.
• Modular Firmware Updates: Ensure that the firmware for DiabeTECH devices can be updated remotely to introduce new features, configurations, or improvements, keeping the device up-to-date with minimal user intervention.
By expanding on these configurations, DiabeTECH can offer a flexible, scalable, and customizable product that caters to diverse patient needs, healthcare providers, and potential partners. This not only differentiates the product from competitors but also makes it highly adaptable to various markets and health systems.