Inguardia Health DBA Djor Smart Guard

04/05/2024

Djor device and app capabilities, just a fraction of what our technologies can do.
1. Predicting future heart rate patterns based on previous readings.

2. Predicting potential health issues or concerns based on irregular or abnormal heart rate readings.

3. Predicting the effectiveness of a fitness or exercise routine based on changes in heart rate over time.

4. Predicting stress levels or emotional states based on fluctuations in heart rate.

5. Predicting potential improvements in cardiovascular health based on consistent and healthy heart rate readings.

6. Predicting the potential need for medical intervention or treatment based on consistently high or low heart rate readings.

Body temperature sensors

1. Tracking fluctuations in body temperature related to menstrual cycle or overall health.

2. Alerting to potential signs of illness or infection

3. Providing data for analysis and diagnosis by healthcare professionals

4. Helping to monitor and manage chronic conditions such as hypothermia or hyperthermia.

5. Fever detection algorithm: Djor algorithm can detect abnormal spikes in body temperature that could indicate the presence of a fever.

6. Health monitoring algorithm: Djor algorithm can track changes in body temperature over time and provide insights into overall health and wellness.

7. Infection detection algorithm: Djor algorithm can identify patterns in body temperature that may indicate the presence of an infection or illness.

8. Sleep quality algorithm: our algorithms can analyze fluctuations in body temperature during sleep to provide insights into sleep quality and potential sleep disorders.

9. Activity tracking algorithm: This algorithm can correlate changes in body temperature with physical activity levels to track exercise intensity and monitor overall fitness.


Heart Rate sensor

1. Arrhythmia detection: By continuously monitoring the heart rate, our algorithms can detect irregular heart rhythms such as atrial fibrillation or ventricular tachycardia.

2. Stress level detection: Changes in heart rate can be indicative of stress levels. Djor algorithms can analyze these changes and provide insights into the individual's stress levels.

3. Activity tracking: By analyzing heart rate patterns during different activities, algorithms can predict the type and intensity of physical activity being performed.

4. Sleep analysis: Heart rate variability during sleep can indicate the quality of sleep. Djor can predict sleep stages and provide insights into sleep patterns.

03/25/2024

The Effectiveness of Biosensors in Modern Science.

Biosensors are one of the most innovative and promising technologies in the field of applied science. These miniature devices have revolutionized the way we detect and measure biological processes, providing invaluable information across various industries, including healthcare, environmental monitoring, and food safety.

What are Biosensors?
Biosensors are analytical devices that combine a biological component, such as enzymes, antibodies, or living cells, with a physicochemical detector. The biological component interacts with the target analyte, leading to a measurable signal that is then converted into quantitative or qualitative data. This unique ability to integrate biological recognition elements with advanced detection platforms makes biosensors an effective tool.

Benefits of Biosensors
Precision and Sensitivity
One of the key advantages of biosensors is their exceptional precision and sensitivity. By harnessing the selectivity of biological recognition elements, biosensors can detect even the smallest concentrations of specific analytes. This level of sensitivity is crucial in numerous applications, from detecting pathogens in food samples to monitoring glucose levels in diabetes patients.

Real-time Monitoring
Another remarkable feature of biosensors is their ability to provide real-time data. Traditional analytical methods often involve time-consuming sample preparation and analysis, resulting in delays before obtaining results. In contrast, biosensors allow for immediate measurements, enabling faster decision-making in critical situations. This real-time capability has significant implications in medical diagnostics, environmental monitoring, and biosecurity, among others.

Portability and Miniaturization
Biosensors have experienced remarkable advancements in miniaturization, allowing for portable and hand-held devices. This transformative development has extended the applications of biosensors beyond laboratory settings, enabling on-site and point-of-care testing. Portable biosensors offer convenience, rapid analysis, and reduced costs by eliminating the need for sophisticated laboratory equipment and trained personnel.

Multiplexing Capability
The ability to detect multiple analytes simultaneously, known as multiplexing, is a crucial advantage in biosensor technology. By integrating numerous biological recognition elements within a single device, biosensors can detect multiple analytes within a single sample, reducing time and cost. This capability is particularly beneficial in applications like clinical diagnostics and environmental monitoring, where multiple parameters need to be assessed simultaneously.

Applications of Biosensors
Medical Diagnostics
Biosensors have revolutionized medical diagnostics by enabling faster, more accurate, and cost-effective testing. They have found applications in measuring blood glucose levels, detecting infectious diseases, monitoring drug levels in the body, and even identifying genetic mutations.

Environmental Monitoring
In environmental monitoring, biosensors play a critical role in assessing water quality, air pollution, and soil contamination. They can detect heavy metals, pesticides, and other harmful substances in real-time, providing valuable data for environmental management and protection.

Food Safety
Biosensors have been utilized in the food industry to detect foodborne pathogens, allergens, and toxins. These devices provide rapid and on-site testing capabilities, ensuring the safety and quality of food products and reducing the risk of foodborne illnesses.

Biosecurity
Biosensors are also extensively used in biosecurity measures, helping to identify and detect possible bioterrorism threats. They can quickly and accurately detect biological agents, such as viruses or bacteria, enhancing prevention and response strategies.

Conclusion
Biosensors have proven to be highly effective and versatile tools in modern science. Their precision, sensitivity, real-time monitoring capabilities, and portability have made them indispensable in a wide range of applications, from medical diagnostics to environmental monitoring and biosecurity. As advancements in technology continue, biosensors are likely to become even more efficient and integral to scientific progress, addressing the complex challenges we face in various fields.

03/19/2024

Apple finally approved our app, what a grueling process, but well worth the wait. Next is android.

Here is a glimpse of what our capabilities are, and what the app looks like. I made this short video off my Apple phone. Nothing spectacular but it gives you an idea. We will make professional videos and share shortly.

I just would like to thank my entire team that made this possible. We still have more to go but it’s a start to building the first device of its kind.

Again thank you

02/29/2024

Getting there brick by brick. Doing some calibration to the app.

02/29/2024

Finishing up on calibrations. Launching shortly.

02/16/2024

02/16/2024

Sneak peek of app, few minor tweaks that need to be fixed , getting there brick by brick. Thank you for the patience

02/07/2024

Calibration is almost finished. iOS version of app for testing should be completed by next week. Android version should be completed by end of week. Thank you to my team for the dedication and perseverance. Exceptional accomplishment.