Integrate touchless vital sign measurements into your solution effortlessly with our powerful API and instantly leverage accurate insights into your customer journey, all with minimal set up and maximum impact.
Developing an advanced vital sign monitoring system and technology requires extensive and continuous investment in research, clinical validation, and regulatory approval. Without the right team and time, businesses face significant barriers to deploying accurate, scalable, and compliant solutions.
Beyond regulatory and clinical hurdles, developing reliable face-based signs monitoring systems entails considerable technical complexity. Expertise in specialized areas such as signal processing, computer vision, artificial intelligence (AI), and biomedical engineering is critical to the success of the project.
Staying ahead of market demands and evolving user expectations requires ongoing research and development (R&D), continuous feature evolution, and deep industry insight. Face-based signs monitoring technology is a fast-evolving field, with advancements in AI, machine learning, and sensor technology constantly reshaping the landscape.
By integrating face-based vitals monitoring capabilities into your platform, you can differentiate yourself from competitors by offering a stronger interface to your customers. Collecting, analyzing, and leveraging real-time information like heart rate, blood pressure, breathing rate, or stress level, all through a simple RGB camera (smartphone, tablet, laptop, and other video-enabled platforms) can be a game changer.
Integrating face-based vitals monitoring into your system or platform gives users more reasons to return regularly and stay engaged. Whether for wellness tracking, stress or weight management, fitness optimization, or spot checks, seamless access to real-time vital sign monitoring supports and encourages users to check in more frequently.
By integrating our API-based vitals monitoring system into your platform, you can enhance your existing offering, providing users with an innovative, non-invasive way to track their well-being. This added functionality can differentiate your system and create new revenue streams.
Designed for seamless integration, it provides businesses with a powerful way to unlock actionable insights—without the need for wearables or specialized hardware. Scalable, customizable, and scientifically validated, Saphere empowers organizations to enhance user experiences, optimize decision-making, and tap into new opportunities.
Saphere Core is our API designed to enable effortless video-based vital sign capture and analysis. With our robust API and a customizable SDK, developers can integrate real-time face-based signs monitoring into their applications, unlocking new possibilities in wellness, consumer health, connected devices, SaaS, insurance & insurtech, and more.
Touchless Health Monitoring – Measure blood pressure, heart rate, heart rate variability, blood pressure risk, respiratory rate, stress levels, and facial age without wearables.
Easy Integration – Our developer-friendly API and SDK ensure smooth implementation and support across mobile apps, desktop platforms, and connected devices.
Customizable User Experience – Adapt the video capture experience to match your brand and user journey.
Saphere Ops is our intuitive, web-based portal designed to help businesses efficiently manage users, track resource consumption, and analyze data trends. With powerful visualization tools and real-time monitoring, Saphere Ops empowers managers, analysts, and developers to maximize the efficiency and effectiveness of their Saphere implementation.
Centralized Control – Manage users, permissions, and resource allocation.
Actionable Insights – Leverage interactive dashboards to track data trends and performance metrics.
Optimized Resource Usage – Monitor measurement credit consumption to ensure cost efficiency.
Secure & Compliant – Designed to meet GDPR and data protection standards.
User Management
Measurement Credit Monitoring
Statistical Analysis & Insights
Customization & Branding
Developer Sandbox
Heart rate is a fundamental indicator of cardiovascular health. It provides insights into overall fitness, stress levels, and potential cardiac conditions. Abnormal heart rate patterns can signal arrhythmias or underlying heart disease, making continuous monitoring or spot checks valuable for early detection and prevention.
HRV measures the variation in time between consecutive heartbeats, reflecting autonomic nervous system function. A higher HRV is associated with better stress resilience, cardiovascular health, and overall well-being. Low HRV, on the other hand, may indicate stress, fatigue, or underlying health risks.
Respiratory rate is a key metric for assessing lung function and overall health. An elevated or decreased rate can indicate conditions such as respiratory distress, infections, or metabolic imbalances. Continuous monitoring supports early intervention and better respiratory health management.
Hypertension (high blood pressure) is a major risk factor for cardiovascular disease and stroke. Monitoring related vital signs helps in detecting early warning signs, enabling timely lifestyle adjustments, medical intervention or hospital admission. By assessing this cardiovascular disease risk, individuals can take proactive steps toward circulatory system health.
Chronic stress can negatively impact physical and mental health, increasing the risk of high blood pressure, heart disease, and anxiety disorders. Continuous monitoring of stress levels through physiological markers helps individuals manage stress effectively and adopt healthier coping mechanisms.
Facial age estimation provides insights into biological aging, which may differ from chronological age. It reflects lifestyle factors such as stress, sun exposure, and overall health status, making it a useful indicator for preventive health strategies.
A facial blood map visualizes blood flow patterns, allowing for the non-invasive assessment of circulatory health. Variations in facial blood distribution can be used to detect signs of high blood pressure, cardiovascular irregularities, and stress-related changes in circulation.
Face-to-BMI estimation analyzes facial features to predict body mass index (BMI). This can be a quick, non-intrusive way to assess weight-related health risks, helping individuals monitor and manage weight effectively.
Our face-based vital signs monitoring software leverages cutting-edge touchless video-based technology, eliminating the need for wearables or specialized hardware.
Our platform is built on an AI-driven, API-first approach that enables seamless integration with your existing systems, saving time and effort.
We understand that each business has unique needs. That is why our team works closely with yours to co-design, support, and tailor the innovation to suit your specific use case.
With our API, there is no need for large upfront capital expenditure (CAPEX). Our solution operates entirely through software, which means there is no requirement to invest in expensive hardware or infrastructure.
Whether you are in well-being, fitness, insurance, SaaS, or any other sector, our solution can be easily integrated into your existing infrastructure and adapted for various use cases, including employee wellness programs, personalized health assessments, anti-spoofing, or even customer engagement.
Saphere empowers multiple industries by enhancing human-centered interactions, enabling innovators to unlock new possibilities, optimize their services, and offer continuous support and value to their end users.
Elevate wellness apps with easily accessible real-time health data.
Enable data-driven underwriting, risk assessment, and policy personalization.
Enhance smart devices and digital platforms with vital signs information.
Our customers leverage our self-serve content and Customer Success Team to seamlessly integrate Saphere into their end-user journey, simplifying the process and ensuring they maximize its full capabilities.
Once integrated, Saphere processes video-based inputs using rPPG technology and AI to detect and analyze vital signs.
The extracted data is instantly available for analysis and can be leveraged within your solution, based on your use case.
Learn how to co-design and seamlessly bring touchless, remote vital sign measurement into your system, enhancing user experiences and unlocking powerful insights.
Remote photoplethysmography (rPPG) is a revolutionary technology that allows for the remote measurement of physiological signals, such as heart rate, blood pressure, oxygen saturation, stress levels, by analyzing the reflected light from the skin. Using only a standard camera, rPPG analyzes subtle changes in skin color caused by blood flow, extracting critical health data without the need for wearables or specialized medical equipment.
A medical device is any material or immaterial product used in humans for diagnostic, prevention or treatment purposes, whose action is not pharmacological.
Data management is the responsibility of our clients who integrate our technology. We work with recognized infrastructure providers to ensure the security and confidentiality of the information.
Data storage and management are the responsibility of both our company and our clients. We store data using secure infrastructure provided by our accredited providers. Customers have access to their information through a web API. We ensure that all data handling complies with GDPR standards to maintain its security and confidentiality.).
We comply with information security and privacy regulations, including the GDPR in Europe. The data is stored with certified HDS (Health Data Hosting) providers.
We collect end users’ health data to provide accurate vital signs metric measurements, insights, and recommendations. The data helps our customers offer personalized feedback and improves the functionality of our engine. We ensure that all data collection is aligned with the purpose for which it is collected and is only retained for as long as necessar
We take privacy seriously. We implement robust and continuous security measures, including:
Data encryption: Personal data is encrypted both in transit and at rest.
Access controls: Only authorized personnel have access to data.
Data anonymization: We anonymize or pseudonymize data to protect users’ privacy.
We are committed to preserving the confidentiality, integrity and availability of personal data. Since 2021, i-Virtual has adhered to the GDPR, implementing appropriate technical, logical, and organizational measures in accordance with Article 32 of the GDPR, we implement appropriate technical, logical, and organizational measures to ensure a level of security adapted to the risks associated with processing personal data. Our compliance is regularly monitored and assessed by an external Data Protection Officer (DPO) to uphold these standards.
Under GDPR, end users can access data and exercise their rights by sending an email to our DPO at the following address: privacy@i-virtual.fr or by contacting the organization who invited them to use our solution (our customer).