Thank you much, Todd. I want to spend a few slides just kind of walking through a couple of strategic imperatives, as I would say. Our strategy has been steadfast and our execution relentless. And so we have been consistent not only in who we intend to be, but the execution of it all. So, we are creating clinical distinction. It's undeniable. We have and will continue to architect unparalleled procedural solutions that improve patient outcomes. I think PTP and LTP are clearly -- we're heading into deformity in a similar way. The revenue growth and surgeon user growth affirms we are compelling adoption. So, we are doing this by furthering clinical value. We talk a lot about furthering value by minimizing surgical variables with technology, and this is happening. Additionally, we're expanding our sales force and getting better in the field. So I would say that we are scaling and we are winning. Something that's near and dear, I think, is really the growing validation of our EOS and informatics thesis. We've talked a lot about the unusually high revision rates in spine surgery versus hip and knee, which just speaks to the opportunity. The volume of variables in spine surgery far out numbers that in single joint surgery. Our view is that many of the issues driving revision spine surgery can be effectuated by controlling variables through improved informatics. -- hence, the foundational commitment. So, I think that there's a misplaced notion that revision is most often caused by intraoperative surgeon due to a lack of precision. The reality is that most revision surgery is not due to error in implant or pedicle screw placement, but rather error prior to the surgery due to a lack of surgical planning. It is for this reason, we are -- we strongly believe that the spine field needs more automated informatics. And so we view our pre-intra and post-op informatics drive much more -- will drive much more predictable surgery than the incremental precision associated with pedicle screw placement. So hence, our thesis committed to EOS and informatics. Much like we said in the early days of ATEC the ATEC turnaround, spine needs ATEC. I would tell you that spine surgery needs automated alignment planning and predictive analytics, and we're bringing that to you with EOS. And so super enthusiastic with regard to that. There's nothing better than having a thesis and then have it reflected in the specific patient outcomes, and that's what we're doing. And so I would tell you that our history is one of technological furtherance. And much like when we acquired SafeOp and integrated different modalities, the auto EMG, auto SSEPs and facilitated MEPs, we furthered the technology to a point of great clinical influence on lateral surgery. And so if you want to look at a proxy, SafeOp is a proxy for what we're doing for EOS. So the same effect is happening with EOS. So, below and pictorially, what you see is you see a patient where the pre-op scan gave not only spine alignment parameters in an automated way, but also where the spine should be normatively. And so not just numeric reflection, so bringing objective measure, but really where the spine should be. A surgical plan was assembled and executed with a post-op scan at six and 12 weeks. So you'll see that the pre-op picture reflects not only automated measures, but where the normative position is, where the spine should be based upon age and demographic. The plan provides a simulation of values required to achieve the surgical goals. And then the six and 12-week provides assessment versus surgical plans, you could tell exactly how you did. This is a much more comprehensive clinical approach than what is commonly done today. If alignment is a key quota to a successful long-term outcome, meaning it impacts or lessens the revision rate, it is this type of information that brings about objective measure and makes for a meaningful difference. So we cannot be more excited about where we are with the EOS strategy. Clearly, there's a lot of enthusiasm with regard to the acquisition of the units, and we are headed to a future of predictive analytics. And that we find to be extraordinarily exciting. If you think about what's fueled the company today, it's really kind of the architecting of procedures for -- really architecting procedures. And what we see is we see an expanding complexity. So our procedural strategy continues to expand application and grow in volume. For us, it is quite clear that if your objective is to lessen variables that undermine clinical predictability, then assembling all the elements of a procedure will create demand and compel adoption. We have seen our lateral franchise grow in both total procedures and addressable pathologies. Like most new techniques, surgeons start their adoption in short segment, simple type of applications. And then as they see success, they continue to expand the utility to more levels and greater complexity. That has clearly been the case with what we've done from a lateral perspective. We -- and then we have recently launched our fully integrated corpectomy system that includes not only implants, but a specifically designed retractor for the unique requirements of this surgery. Because many times vertebral fracture is in the thoracic spine, it is vitally important to monitor the spinal cord, enter SafeOp 3 and the MEP modality. Monitoring motor function throughout these complex surgeries is a requirement. A big reason we are growing at the rate that we are is that these spine procedures are fully thought out. They include patient positioner, specific monitoring, customized surgical exposure with indication-specific retractors, implants and soon to come, integrated navigation to reduce radiation and increase precision. It is no wonder that we will continue to expand our footprint in lateral surgery and beyond. A nemesis in spine has been the requirement for surgeons to make do without fully contemplated spine procedures. That is no longer the case as we continue to expand our significant influence. In speaking about compelling adoption and winning access, as I previously described, our lateral business is the perfect proxy for our procedural strategy. We are taking the learnings from that experience and applying it across other techniques. Our growth rate is reflective of compelling adoption. Surgeons are growing utility through increased volume and expanded application. What is also true is that with EOS, we are gaining access to more surgeons, academic institutions and hospital systems. The very thesis that we contemplated is coming to fruition in front of our eyes. The clinical credibility of our foundational informatics technology enables us to win access. Our informatics ecosystem is the most comprehensive and scalable in the business. The recently launched EOS Insight software enables us to scan a patient, automate alignment measures for assessment simulate the surgical effect through our planning software, integrate the surgical plan into the OR so as to reflect the plan and confirm intraoperatively. However, the most exciting piece really is the correlation, not only immediately after surgery to understand the veracity of the surgical plan execution, but also to understand how things evolve over time through longitudinal correlation. So, correlation is the foundation of AI. We have the makings of an informatics system that will be predictive as we move forward and gain a deeper understanding for improved decision-making. So I would tell you that if spine is your vocation, I don't know of a better place than ATEC. That is why we know it to be the preferred destination. So I'm excited to continue to grow the ATEC faithful. And with that, we'll take questions.