A NEW GENERATION OF CARDIAC MONITORING
Reliable insights. Scalable cardiac care.
FORESEE is developing a next-generation, battery-free intravascular sensing platform that combines multiple physiological measurements to support more informed, personalized heart failure management.
4 parameters
Complementary physiological measurements
Battery-free
Wireless powering through volume conduction
~5 minutes
Target daily home monitoring routine
THE CLINICAL CHALLENGE
Heart failure is complex. Monitoring should reflect that.
Heart failure involves interacting changes in cardiovascular pressures, fluid status, and cardiac function. Yet existing implantable monitoring approaches often focus on a single physiological parameter.
FORESEE is developing a multiparametric platform designed to provide a more comprehensive view of a patient's cardiovascular condition, supporting more informed clinical decisions.
A changing condition
Patients can experience progressive deterioration and recurrent decompensation despite ongoing treatment.
Multiple mechanisms
Haemodynamics, thoracic fluid status and cardiac mechanics contribute complementary information.
More informed care
Comprehensive physiological information can support individualized clinical assessment and management.
Scalable, patient-centered care
Managing large heart failure populations requires monitoring models that enable safe, physician-guided patient self-management without overwhelming clinical teams.
THE FORESEE SOLUTION
Beyond single-parameter monitoring.
One intravascular implant. Multiple complementary physiological measurements.
FORESEE is developing a microsensing platform designed to capture pulmonary artery pressure, intrathoracic impedance, cardiac mechanics and temperature through a single implantable device.
EXPLORE THE CLINICAL NEED →
OUR TECHNOLOGICAL ADVANTAGE
Innovation designed for reliability and scalability.
Our differentiation lies not only in what we measure, but in how we power, integrate and scale implantable sensing technology.
01 / MINIATURIZATION
Ultra-thin implant
A compact intravascular form factor designed to reduce the implant's internal component footprint.
02 / POWERING
Battery-free operation
Volume-conduction wireless power transfer without an implanted battery or conventional receiving coil.
03 / INTEGRATION
Multiparametric sensing
An architecture designed to integrate multiple sensing capabilities into a single implantable platform.
Advanced sensing, designed around everyday heart failure care.
HOW IT WORKS →OUR FOUNDATION
From scientific innovation to medical technology.
FORESEE is a spin-off of Universitat Pompeu Fabra (UPF) - Barcelona. Its work builds on research in bioelectrical phenomena and wireless powering of implantable devices.
UPF spin-off
Translating university research into an implantable medical technology platform.
ERC research
Building on scientific work in volume conduction and implantable technologies.
€2.5M EIC Transition
European funding supporting technology maturation and validation.
Let's advance cardiac monitoring together.
FORESEE welcomes conversations with clinical partners, research collaborators, and investors interested in the future of heart failure monitoring.
Contact Us