MRI machines are essentially big magnets. Much like cameras rely on good lighting to take high quality images, MRIs rely on a stable magnetic field to form their images. When the magnetic field is disturbed, the diagnostic quality of MRI images is severely compromised. This is why inside every MRI tube, there is a bulky component called the “shim coil”, whose job is to counteract the disturbances and stabilize the magnetic field. However, this component takes a lot of space in the MRI bore, is not easily scalable and is not accurate enough to meet the needs of modern MRI. Our solution is a local array of small shim coils located in closer proximity to the patient. Our device has the potential to offer precise and local control of the MRI field with a device that is 50x smaller and 5x more power efficient than the current technology, making MRIs more accurate and accessible. The aim of this project is to substantiate our value proposition and gather evidence of the improved performance of our technology compared to the status-quo through solid data generation. Furthermore, we aim to disseminate the data to relevant stakeholders and establish key partnerships for our commercial strategy.