In November 2025, the Valencian Institute of Business Competitiveness (IVACE) granted us the SENSOR FUSION project, which represents a significant challenge in the development of advanced technology for biometric measurements.
This is an ambitious initiative that drives us to explore new solutions and tackle major technical challenges in Biometric Technologies. If you’d like to know in detail what it consists of and what objectives we’ve set, I can already tell you it’s worth reading on.
1. Project objective: an advanced multisensor platform ready to be integrated into healthcare, sports, and research services
The goal of the project is to create a complete and adaptable technological solution that combines Electromyography (EMG), ECG, Functional Near-Infrared Spectroscopy (fNIRS) with Short Separation Channels (SSC), Bioimpedance, and Inertial Sensors (IMU), all integrated into a single portable and easy-to-use system, featuring advanced data pattern analysis through Machine Learning.
The technology is designed so that companies and institutions can integrate it directly into their own products, services, or business models, whether as a tool for assessment, monitoring, rehabilitation, research, or advanced training.
This system is complemented by a smart, reusable, washable textile support that ensures precise and stable sensor placement on any area of the body, maintaining user comfort and eliminating motion artifacts.
Finally, the technology incorporates an artificial intelligence platform capable of jointly analyzing muscular, hemodynamic, and kinematic signals, identifying patterns and correlations that can be immediately applied in professional environments.
2. Key advancements: a technology that raises the standard of muscle and biomechanical assessment
This project brings significant advancements that make it especially appealing for institutions seeking to differentiate themselves through cutting-edge technology:
a) Simultaneous and multidimensional biometric assessment
The integration of ExG + fNIRS with SSC + Bioimpedance + IMU provides a complete picture of:
- Muscle activation
- Deep tissue oxygenation and body composition
- Movement, posture, and impacts
This makes it possible to understand not only what is happening, but why it is happening—an added value that few current systems can offer.
b) AI platform ready for integration
The machine-learning–based architecture (CNN) makes it possible to:integrarse
- Analyze large volumes of data in real time
- Detect complex patterns invisible to traditional analysis
- Personalize assessments, rehabilitation programs, or training routines
- Automate alerts, reports, and clinical or sports analyses
This AI component turns the technology into a tool that can be used directly in professional services.
c) Reusable textile support that simplifies professional practice
The textile support with conductive inks and magnetic connection:
- Facilitates quick and precise system placement
- Reduces errors and motion artifacts
- Enhances comfort for the patient or athlete
- Minimizes consumables and reduces operational costs
- Is adaptable to multiple anatomical regions
For clinics, sports centers, or healthcare institutions, this means less preparation time, fewer errors, and greater operational efficiency.
3. Real applications for companies and institutions
The technology developed is designed to be integrated immediately into professional services. Some key applications include:
a) Rehabilitation and physiotherapy clinics
- Comprehensive analysis of muscle function and mobility
- Objective monitoring of recovery
- Biofeedback for guided exercises
- Advanced data-driven protocols
It enables the delivery of differentiated, evidence-based services.
b) Sports centers, advanced gyms, and professional teams
- Technique and mechanical efficiency assessment
- Injury prevention through load and fatigue analysis
- Integration into personal training platforms
- Performance optimization using physiological and kinematic data
Ideal for centers that want to add high technological value to their programs.
c) Universities, biomechanics laboratories, and research centers
- Comprehensive tool for motor control studies
- Synchronization of multiple signals for advanced analysis
- Research in neuroscience, physiology, or biomechanics
- Robust data for scientific publications
Additionally, the system eliminates the need for large and expensive equipment. costoso.
d) Biomedical or wearable-technology companies
- Direct integration of the technology into new products
- Licensing of the multisensor platform
- Joint development of new commercial solutions
- Differentiation in a growing and competitive market
It is ideal for companies that want to accelerate their R&D without starting from scratch.
4. Why this technology will be an integration opportunity for your organization
- There is currently no commercial product that combines ExG + fNIRS with SSC + IMU + bioimpedance + smart textiles in a single robust system.
- The potential for differentiation is enormous, both nationally and across Europe.
- Integrating it into clinical or sports services enables premium assessments with a level of detail impossible to achieve with current technologies.
- For companies, it offers the opportunity to create new product lines, digital services, or data-driven business models.
- For public or private institutions, it provides a ready-to-use solution for rehabilitation, education, research, or advanced functional assessment.
By the third quarter of 2026, we will be ready to carry out demonstrations. We would be delighted to learn about your project and explore how we can use our technology—or integrate it effectively—to support your goals.
