Technology

Sensor capabilities

Our revolutionary, highly intelligent, flexible 3D sensors can analyse the complex electrical properties of any biological or physical substance. Zedsen uses a multiplexed electrical field and sophisticated algorithms to identify an object’s unique signature, providing real-time data, imaging and analysis of trends within the body.

Our intelligent, flexible 3D sensors can analyse the complex electrical properties of any biological or physical substance; to provide real-time data, imaging and analysis of trends within the body.

Revolutionary, Data-Driven Technology

Zedsen’s award-winning 3D sensors are non-invasive, non-radiating and have no negative effect on biological tissue. The technology is inherently low cost, paper-thin, flexible and can interconnect with an infinite number of devices. This will enable individuals to be connected to a big-data network, providing highly stratified healthcare solutions the world over. The nature of Zedsen technology is such that new electrical signatures, or new information, can be added to the global network in an instant.

Zedsen’s award-winning 3D sensors are non-invasive, non-radiating and have no negative effect on biological tissue. The technology is inherently low cost, paper-thin, flexible and can interconnect with an infinite number of devices within a big-data network, providing highly stratified healthcare solutions the world over.

Product Integration

Zedsen sensors are printed utilising well established manufacturing techniques. They are inherently flexible, durable and inexpensive to produce. Another key feature is that the sensors require very little power to operate, allowing for integration into existing products such as smartphones and wearables.
The sensors can be connected to the cloud for deep-learning analysis to enable next-generation applications.

Zedsen's printed sensors are inherently flexible, durable and inexpensive to produce. They require very little power enabling integration into existing products such as smartphones and wearables, as well as cloud connectivity for deep-learning analysis and next-generation applications.

Non-invasive Monitoring

Zedsen’s patented technology creates a 3-Dimensional Multiplexing Electric Field Sensing technique (MEFS), which identifies the electrical properties of any substance or material within the electrical field created by the sensor.

When biological tissue is situated within this layered electric field, the changes in terms of direction and magnitude are quantified to define specific electrical properties of the tissue. The sensor does not impact or change the parameters of the tissue, ensuring highly accurate measurements.

Zedsen’s bespoke measurement algorithms, such as variable voltage, patented dynamic grounding and multi-strobing, combined with advanced machine learning techniques allows for in-depth tissue analysis at varying depths.

When substances or materials are situated within the 3D layered electric field created by Zedsen's sensor, the changes of direction and magnitude are quantified to define its specific electrical properties. In healthcare, Zedsen’s bespoke measurement algorithms, combined with advanced machine learning techniques, allow for in-depth and safe analysis of biological tissue at varying depths.