Thank you, Marissa. Good afternoon and thank you all for joining us. I am also joined by our Chief Financial Officer, Alok Gupta. We are pleased to continue the conversation on Hyperfine story with you today and highlight our recent progress. But first I would like to repoint listeners with our vision as a company and our transformative solution in the field of medical imaging. Hyperfine's vision is to transform the healthcare by creating access to life saving diagnostics and actionable data at the patient bedside. Today, brain diagnostics are a single point in time and delay the time from door to discharge. Our mission remains to transform that experience, first and foremost, with our portable bedside MRI system. Our initial product, our portable MRI system called Swoop was FDA cleared in 2020. Today, we are driving adoption of the Swoop system in the hospital setting to solve significant unmet patient and provider needs. This device addresses an immense 20 billion-plus medical imaging market opportunity considering the potential for installations across hospitals, clinics, outpatient centers over time. Today, just 10% of the world's population has access to MRI. And we are committed to improving that. As we have noted in the past, our near-term opportunities for improving patient care are first in the ICU; secondly, in pediatric hospitals to address hydrocephalus; and third, in stroke. Patients in the ICU for neurological conditions experience a variety of challenges when it comes to getting an MRI. Patients are typically too unstable to transport to the MRI suite for imaging and it takes time to get imaging completed and can be prohibitively long in a process and consume valuable resources. There's simply not an effective way to perform MRI imaging for ICU patients today. We've been working with our clinical partners to build strong clinical validation to support the ICU use case. Turning to hydrocephalus, a disease that accounts for over 40,000 hospital emissions each year, and is an excellent use case for portable MRI. Hydrocephalus is characterized by a buildup a fluid in the brain, addressed by introducing a shunt and tubing to drain that fluid. Although, MRI is the preferred approach for regular imaging of these patients, patients are typically taken for CT scans due to lack of MRI availability. Our technology enabled to quick, simple radiation-free diagnosis process for shunt failure. This July at the National Hydrocephalus Association Conference, HA CONNECT, we announced a new Swoop enhancement enables brain scans for hydrocephalus patients in under three minutes with no ionizing radiation. This development is essentially -- especially significant for younger patients who may have difficulty to stain still without sedation and have previously received a CT scan. Hyperfine is an official partner with the Hydrocephalus Association, the nation's most widely respected organization dedicated to research and advocacy of hydrocephalus. These are just two examples of use cases where we have received overwhelmingly and early positive responses to the Swoop system. We have systems located at leading institutions across the country with ongoing studies to add even greater validation to the utility and clinical efficacy of our technology in both of these use cases. We also remain focused on building our base of clinical data in stroke. Data demonstrates that MRI scans can better detect ischemic stroke damage compared to CT scans. And we are continuing to leverage research including the independent publication by our partners at Yale and Harvard, Massachusetts General in science advances earlier this year, to build awareness that a value Swoop in the detection and evaluation of stroke. As a reminder, this science advances paper concluded that Hyperfine Swoop enabled highly accessible and dynamic bedside evaluation of ischemic stroke, obtaining actionable bedside neuro imaging for 50 confirmed patients. Overall, Swoop detected infarcts in 45 of 50 patients or 90% and captured lesions as small as four millimeters. The authors highlighted the safety and convenience of portable low field MRI as a tool to expedite the stroke treatment pathway and concluded that results validated the use of low field MRI to obtain clinically useful imaging of stroke, setting the stage for broader use. We're continuing to engage multiple U.S. hospitals to collect data, demonstrating the clinical value of Swoop and stroke patients. As we gather greater clinical data, we will increase our focus on driving awareness and educating the field about Swoop utilization for the stroke use case. We look forward to sharing our progress over the coming quarters. In addition to improving patient workflow and saving critical time for these use cases across ICU, hydrocephalus and stroke patients, we remain hard at work on our next-generation development to expand use cases beyond the intensive care unit and hydrocephalus into stroke and new anatomy such as C-spine. I would like to highlight a recent strategic initiative. We've had the exciting opportunity to launch a partnership with Viz.ai, a leading AI-powered disease detection and intelligent care coordination platform, to bring MRI to the patient’s bedside and deliver valuable insights to the clinician’s fingertips for timely decision making. The partnership between Hyperfine and Viz.ai further validates our aligned mission statements to provide fast and accurate point-of-care through intelligence software. Together, we are opening doors to expedite clinical access to MRI imaging and increasing access to timed critical diagnostics in acute and post-acute care phase. With Viz.ai, we are hoping to introduce Swoop to new sites of care, as we continue generating awareness of our value proposition. Now turning to our recent commercial progress. We installed nine commercial Swoop systems in the second quarter of 2022, driving revenue of $1.53 million. Our progress included broadening our global footprint to Australia, New