It has been a while since we at Nano4Imaging decided to step into software development to facilitate doctors to step into MRI guidance. Let’s face it: MRI images are complex and especially in real-time, resolution is still an issue. Helping to find the way by software navigating the vascular system and position the device in the right place is like a parking assistant with Google maps in your car. Finding a name for the product was easy, and the TRACKR software development is on track. Where it takes a village to raise a child, it takes a global network to train a deep learning module! Our team of young computer vision experts and code writers is learning MRI physics, clinical considerations and test environments needed to create the data needed to do the job, plan the validation and the final FDA submission. The global network we have built in the past decade with our EmeryGlide guidewire helps us to make the move to reliable software, by sharing data, providing feedback on prototype versions, and discussion on #doesanddon’ts for TRACKR. We strongly believe that low-field scanning will make MRI based interventions make the next big leap in the next few years. Therefore, we are happy to work with Orlando Simonetti (see photo) at Ohio State and Aimee Armstrong at Nationwide to adapt for the future of MRI. At the same time it is good to see that other companies such as Imricor , Siemens Healthineers and Cook Advanced Technologies move in the same direction of co-creating software and hardware solutions for better and safer future interventions using MRI.