Oh, perfect, perfect. All right, well good afternoon, everyone. I'm calling in from just outside of NVIDIA's GTC in Silicon Valley where we're showcasing some more LiDAR and Sentinel software on - and with NVIDIA's automotive platform to OEMs. So good traction there. And as a recap of today's news, excited to be able to get out there, but with the outperformance this quarter a strong finish to year end from a sales standpoint, commercial momentum perspective and achieving the product unification around Luminar Halo. Excited to jump in with regards to not just what this year was, but also what 2025 has to offer. And also as we look to scale up our LiDAR shipments, by more than 200% this year. First, I want to start today off, with a little bit of a refresher of the state of the union around LiDAR and Luminar, before we get into some of our achievements for this past year and what's ahead. So at the beginning of this last year, I described how Luminar had stand at, or stood at a crossroads of two different realities. The corridor business had never been stronger, with our technology proven and Iris successfully industrialized, for a global production vehicle. Yet at the same time, we all knew the broader automotive market, was challenged on timely launches of new vehicle platforms. Of course, today we stand having successfully launched the first global production vehicle with the Volvo EX90 being shipped, with leading class technologies for the first time at global scale, like Luminar and NVIDIA, to show the world what's possible. Of course, later on last year, after the kickoff of the beginning, we unveiled Halo during Luminar Day, to be able to show how we're going to scale it, the global stage. We'll talk a little bit more about that. So those in the automotive industry know, and fair to say that it's undergoing a seismic shift, with the introduction of new technologies, ranging from electric powertrains, to advanced compute to LiDAR on new vehicle platforms. And introducing any one of those kinds of technologies to future vehicles, is a major undertaking, much less multiple at the same time, into what automakers are calling software defined vehicles. This is a monumental undertaking with complexity that cannot be under - or cannot be overstated, while also driving significant disruption up and down value chains. And it's no secret that this result was such that many automakers had taken longer than their initial targets a few years ago, to launch these new vehicle platforms, as they collaborate with a differentiated supply base, and develop centralized vehicle software systems from scratch. With that said, one thing is very clear. Compared to a few years ago, or even recent history, more automakers than ever are planning to integrate things like LiDAR, AI and advanced computing, into their next generation vehicle lineups, with the majority of them expecting to do so, by the end of the decade. The question is no longer, if LiDAR is a relevant technology for the industry, but rather when it will become standardized across vehicles. Just like other safety enhancing technologies in the past like RADARs, cameras, airbags, seat belts, or even today new technologies like GPUs in vehicles. And unlike the electronics industry with quick pace roll ins and outs of products, the automotive industry, is one of those very high barrier to entry, but also very high barrier to exit industries. It takes a substantially more conservative and decisive approach, to integrating and rolling out new technologies. Time-and-time again, it's generally a 10 to 20 year adoption cycle, to when the first new technologies are introduced, to when they start to become standardized, or even eventually mandated on vehicles. We witnessed it with everything from mobilized vision technologies, to what's happening with the recent compute integrations, to say for example automatic emergency braking capabilities. So the automotive industry, is not like that in the sense that say your next generation phone, or tablet or VR headset is introduced in consumer hands year-after-year. These technologies take years to be able to be developed, much less to automotive grade qualifications tested, validated and integrated into platforms. And especially when those technologies are safety critical like LiDAR? This is a highly complex process, and people's lives are at stake in the industry. So it moves at a very deliberate pace. Now I truly believe that just like those other technologies introduced to automotive that we described before, LiDAR on every vehicle is inevitable. It's just a matter of development, progress and time. And this sentiment has been echoed by industry leaders, that we've seen both privately to us as well as publicly, on a number of occasions. And with a recent example being, for example, Nissan, just on their most recent earnings call, they specifically spoke around revolutionizing autonomous driving technologies, and next generation collision avoidance features, utilizing LiDAR for widespread standardization, first with them and then the broader industry. And I'm frequently asked, the comparison is made of what's the differentiation specifically for Luminar and Luminar's technology and LiDAR. And it starts off with, I would say what we see in the industry is a little bit of a bifurcation, to what you call kind of a premium segment for the market, and then a more lower cost commodity segment for the market that, particularly we've seen gain some traction, notably in China. And as a reminder, one of the things that makes Luminar's LiDAR unique, is the fact that we built our own technology from the chip level up, at a different kind of wavelength of light, versus using more commodity off the shelf components at 905 nanometers. We use them at 1550 nanometers. That allows us to output orders of magnitude more pulse energy into the environment than 905 nanometers while maintaining eye safety. Whereas 905 nanometers is substantially limited. That allows us to detect even some of the hardest to see objects at distances past 250 meters in all kinds of lighting conditions. And stands in stark contrast to our competitors' technologies, which can generally only see those kinds of difficult to see objects, at a fraction of the distances, limiting the kind of speeds the vehicles can operate, as well as not maximizing the safety capabilities that can be achieved. And while some of those shorter perception distances, can be helpful for lower speed autonomous driving applications, they're insufficient to ultimately safely maneuver at higher speeds. And that's the fundamental difference that our LiDAR enables, and what is required to ultimately unlock Level 3 autonomy. Going beyond just the base assisted driving capabilities. Of course, it still significantly and further enhances with the extra performance, the capabilities you can expect from a safety standpoint for Level 2 and beyond. Now, what's happening right now in the market, is that automakers and some of these platform providers other companies, are more so initially using the LiDAR for these assisted driving capabilities, while they develop those autonomous Level 3 capabilities, to ultimately be able to enable drivers take their hands off, eyes off, and you know what, use your phone, work on your laptop, watch a movie, take a nap, whatever it may be in your vehicle. And we're starting to see some of those, in global markets, as well as the China market. In particular exciting to see that, there's some significant adoption there as the - those OEMs moving very quickly. But that said on one hand, the low performance LiDAR, is okay for now for some of those vehicles, particularly in China, that can support Level 2 applications, when drivers remain actively engaged and the cost is fairly low, but it'd not be sufficient to ultimately unlock the higher levels of performance and capabilities, higher levels of safety and higher speeds. And that's really where Luminar comes into play. We're ultimately building LiDAR, so that you can have those capabilities, to be fully realized. And this is where we get to see significant adoption, from the Western world OEMs representing, on the order of 90% of the global volume, to establish these kinds of cases and something we're very excited about. So of course, I think it's important to say that, as software for Level 3 and higher capabilities is solved for and LiDAR's full value is continue to be realized, we believe that that premium segment around LiDAR, will ultimately be a critical part of the ecosystem in a winter here. And that's further supported, I would say, by beyond just the performance capabilities, substantial cost reductions within what we have, like with Luminar Halo, to be able to enable even broader widespread adoptions that ultimately surpass the other segments. Now at Luminar, we firmly position as a leader within this high performance category with our 1550 nanometer technology. And we believe that it's really the only viable solution for looking ahead, what the requirements are for Level 3 and beyond. And at the same time, the only solution that's going to maximize the safety capabilities for the vehicle. So this leadership position that we have in the industry, is underscored by the traction we continue to see with our automaker partners, and particularly with our next generation LiDAR Luminar Halo, our Iris product, was there to be able to show what was possible as we developed it, and successfully launched it with Volvo. And now Luminar Halo is poised to lead the industry in performance, size and cost. Its performance is multiples better than those of our previous generation of products in size, a fraction thereof. It's a multiple of the efficiency and it's all in a highly efficient package for seamless integration. And in working with our numerous automaker partners over the past several years, we've not only learned and developed the performance specifications, and requirements for the products of LiDAR more generally. We've also gained an incredible amount of design and manufacturing know how and IP, and have learned the distinct advantages, disadvantages of every single iteration of - at the component level up, from the five different generations of LiDAR products that we've gone through. So again, ultimately, Luminar Halo is going to be the key enabler for what we believe to be widespread mass adoption of LiDAR and certainly in the Western world. And we're making solid progress with our OEM partners. So we've demonstrated, Luminar's Halo's performance now to several OEMs, and are actively engaged in coordinated development efforts. And this is something that we highlighted in the presentation of now we actually have fully integrated samples of Luminar Halo to be able to showcase, with more mature point clouds that we're continuing to develop. And today we're also beginning to see green shoots in the industry. We've seen a first shift to the left, by an automaker asking to pull forward the LiDAR rollout relative to their LiDAR - relative to their prior LiDAR plan, with an earlier vehicle platform. And we've been working with this automaker for several years, and are excited about what's ahead. So the thing is, what makes this possible is all around the accelerated development timeline for Luminar Halo, as well as our decision to simplify our overall product portfolio. Historically, we developed a number of different LiDAR related products simultaneously. Between the Iris family of products, as well as what we have been working on in the background with Halo. With Iris initially there to be able to primarily serve Volvo, and the requirements there before it forked off to dozens of other companies that, we're able to provide it to. And then subsequently also Iris plus with our lead OEM customer in that respect. So would say this, is that from a development standpoint, now with the work on Iris largely complete and Iris plus, as I mentioned before from the announcement and as we're talking about here, is transitioning to be Halo from our lead customer with Iris plus. We now have a unified platform together that is a superset, of all the different OEM requirements for what's needed in the LiDAR. And that allows us to have a singular product as opposed to a bunch of different variations of the same kinds of product, to be able to simplify our development efforts significantly, saving on cost, enhancing efficiency, enhancing speed, among other things there. This also gives us an opportunity to transition customers, with Iris into series production to Luminar Halo on mid cycle refreshes. So as a result of all of those factors, we're really all in on Halo, and excited to be moving full speed ahead. So I would say this, is that from a broader perspective, we had historically built Luminar to be able to have the capability, to develop multiple products simultaneously around the LiDAR side. We know as of last year from some of the different restructuring actions that, we take to streamline the organization we've implemented it, they've been largely effective and haven't materially affected the overall development timeline from what we've had. In fact, it's actually streamlined and sped things up in many respects. And when it comes down to it this year, as we shift towards from developing all these different kinds of LiDAR products, that one unified LiDAR platform, we think there's going to be some opportunities for dramatic efficiency improvements that we're going to get to realize this year. And again, why make this move now in terms, of a broader strategic shift in our business model? It's all, because we're able to get our customers, and our key customers on board with the Halo platform, moving full speed ahead in the same direction with shared requirements. And that's something that we've been working for, frankly many years on to be able to do and align those requirements and expectations. So, we're going to be talking a little bit more about that, and I'll have more to share over the coming weeks and months about, how we will reinvent Luminar more radically as an organization, under this new kind of business model. Less around custom developments for OEMs, and more with that shared unified platform. And really this becomes possible, because we had invested nearly $2 billion over the past decade to be able to create, industrialize and launch an entire technology platform and ecosystem. And coming from the semiconductor all the way up to the LiDAR up to the software levels, and have some of the best engineering, and technical talent in the industry, as well as technology on the shelf, because of those investments. So, we're now on the other side of that investment curve, which allows us to be able to realign the business without materially affecting near term deliverables, revenues, et cetera. So in concert with our board of Directors, we're in the throes of developing that new strategic plan for Luminar, under this new business model of that unified platform and look forward to sharing more. Lastly, before I turn it over to Tom, I want to take a moment to review some of our key achievements from a business milestone standpoint, and highlight some of the impressive work from the Luminar team in 2024. At the beginning of last year, we outlined four business milestones to achieve by year end. Number one was passing the final run at rate production audit, to achieve a global start of production with Volvo and ramp accordingly. Second was launching a TPK facility, for additional capacity and improved cost. Number three, was to unveil our next generation LiDAR, we later unveiled as Halo and deliver samples to customers. Four, was to expand the ecosystem around our LiDAR, and I'm happy to say that we've delivered across all four of these key business milestones at a company level. We achieved the start of production for Volvo, with the EX90 this past year and were also awarded the Volvo ES90, which is the sedan, so to say equivalent of the EX90, which will go into production this year. We also launched an expanded industrialization partnership with TPK in our transition to an asset light model for industrialization. We host a very successful Luminar Day, where we unveiled this next generation LiDAR Luminar Halo, and generated the First Point Cloud from Luminar Halo since while demonstrating its capabilities to customers and feedback has been tremendously positive. We did all of this, while aggressively working to restructure costs as part of the business, and of course while not without its challenges, I'm immensely proud of the Luminar team for all that we've achieved last year under the broader macro circumstances. I have the utmost confidence in our ability to execute for 2025, and today we're going to be outlining a few of those key milestones, to achieve by the end of the year. So you can be able to take a look, the first and foremost, is to be able to continue to ramp the production delivery, of the Iris related sensors for series production customers, and achieve those economies of scale, with over 200% growth associated with our deliveries into the market. The second one was, meeting the key requirements for Halo, for our customer contracts and execution. And number three, was to be able to streamline the business, with the new business and operating model that we described, as we have that unified product portfolio going from what, developing five different variants, of products at the same time, to one with Luminar Halo. And that's going to help accelerate our efficiency as a business, and path to profitability as well. So, we remain very confident in our strategy and execution. Our technology leadership remains unparalleled, in the high performance LiDAR space. Our customer relationships are progressing well, and - while we're pragmatic about the near term industry challenges, we're very optimistic about the market's long-term expansion. And as the industry continues to shift towards safer vehicles, and towards Level 3 autonomous driving capabilities, we firmly believe Luminar is exceptionally well positioned, to capitalize on this enormous opportunity ahead. And with that, I'll turn it over to Tom to discuss financials. Thank you.