Nicolaus Radford
Analyst · ROTH Capital
Thanks, Jeff. And welcome everyone to our inaugural earnings conference call as a public company, and we sincerely appreciate your interest in Nauticus. This is our first call, I thought it'd be appropriate to start with an overview of Nauticus history, our mission in our business strategy. I'll then cover some of our most recent important business milestones before passing it off to our CFO, Rangan Padmanabhan, to cover some of our financial highlights before my closing remarks, and we'll take some questions. First, a bit of background on myself. I'm the Founder, the President, and the CEO of Nauticus Robotics. I have over 25 years of robotics experience and I was a Principle at NASA where I lead many of NASA's robotics efforts. Becoming inspired to bring spaceflight robotics tech to the ocean world I retired from government service and I set out to build a world class team and company. Our mission is to create the most impactful ocean robotics company using the latest advancements in autonomous systems. This will bring about a much needed change for our world's precious oceans. They are the epicenter for our energy, communication, minerals and food resources. Specifically, our service offering not only results in a meaningful cost and safety improvements, but also significant enhancements to the sustainability of the offshore services industry as we can eliminate nearly all of their carbon footprint by removing the large vessels that burn fuel and emit greenhouse gases into the atmosphere. Our mission and groundbreaking technology attracted world class strategic investors, including Schlumberger and Transocean, as well as technology sponsors from the U.S. Government. And we have supplemented our initial high caliber team from NASA, with other industry experts in the offshore and energy sectors. Our technology market opportunity and business progress over the last several years towards commercializing our robotic solutions culminated in the business combination with CleanTech Acquisition Corporation, which closed on September 9 of this year. This resulted in Nauticus listing on the NASDAQ trading under the symbol KITT, of course, as a homage to the 1980s, TV show, Knight Rider, and somewhat of an inspiration to our own artificial intelligence and autonomy ambitions, which is to say, at our core, we are an artificial intelligence company. And our autonomy software platform is aptly named toolkit, and provides our entire ecosystem of surface and subsea robots. We believe this combination of transformative ocean robots and autonomous technologies can disrupt the current ocean services paradigm. Now let me take a moment to discuss the vast ocean economy we operate in. It is our view, that while the global ocean economy is massive at an estimated $2.5 trillion of value. It is largely unsung and frankly has typically lagged in innovation over the decades. However, we are witnessing an acceleration in sustainability solutions, including the introduction of increased levels of robotics and autonomy that play right into what we are pioneering here at Nauticus. The market for our technology is immense, and covers numerous market segments including offshore renewables, oil and gas, telecom, aquaculture, mining, defense ports and shipping, just to name a few. The near term opportunities we plan to execute on are primarily in the offshore renewables, oil and gas and defense and government markets. These three foundational segments underpin our strategy. Offshore wind is a rapidly growing market, as the world looks to decarbonize its energy production, and the industry will see upwards of a trillion dollars of investment over the next 10 years. There are currently 120 active offshore wind farms around the world with 170 estimated to be under development over the next few years. 25 gigawatts are expected to be added to Europe by the end of the decade, and then find administration's 30 gigawatts by 2030 will add to the U.S. offshore winds. Let me put some context behind some of the numbers using offshore wind in the UK as an example. It is estimated that each gigawatt of installed offshore wind capacity requires about $22 million of annual inspection repairs and maintenance within Nauticus service capabilities. The UK currently has about 12.7 gigawatts of installed capacity and is adding about 2.5 gigawatts per year. So the annual UK offshore wind service market alone is estimated to be about $280 million and growing which equates to a demand of about 35 Aquanauts. By the end of the decade that is estimated to nearly double again just for offshore in the UK. Globally, there are about 56 gigawatts of installed offshore wind capacity today, that imply a worldwide market opportunity of about 150 Aquanauts, a number that will only grow with the ambitious offshore wind installations plant around the world. Additionally, our growing tandem robotics fleet is generating strong interest in the offshore oil and gas market where there are 1000s of offshore oil and gas trees and 10s of 1,000s of kilometers of flow lines and pipes around the world. All of these assets require inspection, maintenance and repair throughout their usable life. With 1000s of ROVs and AUVs in the industry today supporting this infrastructure there is a significant market available for Nauticus to disrupt. The defense and government markets are incorporating autonomous ocean robots rapidly and many of Nauticus Robotics platforms are dual use, serving in this growing domain. The U.S. continues to invest billions in autonomous naval capabilities and the current geopolitical tensions are accelerating that investment. Nauticus is front and center building autonomous platforms at age national security. Our core offering is the Nauticus fleet, which is comprised of a tandem combination of autonomous robots, an 18 meter optionally crude vessel called Hydronaut and Aquanaut its undersea robotic counterpart. The primary objective of Hydronaut is to support the launch and recovery of real time ops of Aquanaut. Hydronaut ferries Aquanaut to and from the worksite and supports battery recharges, as well as the communication link from the local remote ops center for supervised autonomous operations. Aquanaut is an autonomous underwater robot that utilizes machine intelligence and a suite of autonomous behaviors for interaction the subsea world around it. Our key operational technologies collectively allow us to substantially improve the efficiency, safety and carbon footprint of operations that have significantly reduced costs over legacy methods. As I mentioned earlier, the Nauticus’s fleet is powered by proprietary software suite Toolkit, which operates the Aquanaut, other Nauticus robotics vehicles and other third party vehicles. Toolkit unifies all of Nauticus’s products into a single control architecture, allowing for robotic controls user interfaces, sensor integrations, simulation, data analytics, and communication frameworks purpose built to enable subsea work. Aquanaut also utilizes our Olympic arm an all-electric work class manipulator. Being all electric allows for more delicate perception driven decision making for autonomous tasking. The advanced sensing and control techniques offer improvements to reliability and operating efficiency. While the lack of hydraulics compared to legacy solutions eliminates the risks of oil spills, which are costly, they cause delays and harm the environment. While ToolKITT and the Olympic Arm are core components of our overall offering, we are also actively executing on plans for these to generate revenue individually. In terms of what we're competing against the most common legacy solution that Nauticus is probably disrupt involves the usage of large vessels, which can be the size of a football field, deploy hydraulic, remotely operated vehicles with costly and constraining umbilical’s. This solution has remained largely unchanged since its inception 50 years ago, it has little to no advanced technology and hydraulic fluid leaks get into the water, creating a recordable environmental incident. The cost of utilizing these vessels is significant at upwards of $100,000 a day. Since we have adapted acoustic methods of communicating with our underwater robots, we eliminate the need for an umbilical and therefore drastically transform the cost structure, the safety profile and the environmental footprint in the industry. When we combined the lack of an umbilical with the latest machine learning and artificial intelligence for inspection data collection and intervention related activities, we can offer truly a game changing solution. At Nauticus, we employ more software engineers than any other category of personnel. We are deeply committed to being a technology forward leaning company, and will lead the way with compelling software enabled solutions. Now shifting to our business models, we're implementing a Robotics-as-a-Service or RaaS model. We believe maintaining ownership overall robots will provide a better customer experience and generate superior long term value for our shareholders. We estimate the ROI under the RaaS model could be up to four times but it could be in the sales case. Also, most of our targeted customers are already accustomed to a service based rental model, where they pay a day rate for the use of service company assets. Capital cost per system for us range between $4 million and $7 million, depending on the configuration with annual revenue potential between $5 million and $8 million per system, assuming an industry standard utilization rate. It's worth noting, however, that our solutions may be able to beat the industry standard utilization, since we lack the service footprint and do not need the same scale of human resources that are often negatively impacted by weather. Based on our expected cost structure, we can generate strong returns while offering our service at a meaningful discounts current market rates, creating significant financial incentive for customers to adopt our service. In addition to providing our service at a competitive price, we also reduce our customer's carbon footprint and improve their safety by reducing the requirements for surface infrastructure and related personnel. Now that I've discussed our disruptive solution and massive market opportunity, I'd like to update you on the building of Nauticus fleet. When we first announced our business combination, and provided our initial outlook almost 12 months ago, we were in quite a different market environment as it related to supply chain, raw materials, the geopolitical landscape and the overall global economy. Since that time, we have seen a tragic war breakout in Ukraine, interest rates and set policy dramatically shift along the overall capital markets environment, and the supply chain that has remained challenge and in some cases worsened. While we have contingency plans in place and the team has executed very well, in the context of these challenges. Supply chain delays have generally been worse than anticipated, which is delay the build out of our fleet. We originally expected 2022 to be a year where we could commission our initial Aquanauts ahead of a significant ramp in 2023. However, these world events and near universal disruptions in the supply chain the Aquanauts are now expected to be delivered in the first quarter of 2023, which is effectively pushed out acceleration in growth to later in 2023 and then 2024. Now to be clear, these delays are not at all a reflection on the lack of interest or traction we are getting with potential customers. And in fact, our conviction in our disruptive technology only continues to grow. Let me take a few moments to highlight some of the positive progress we've made this year. In August, we announced the contract with Shell, one of the largest energy companies in the world to conduct a field trial, after successfully completing an initial feasibility study. The trial advanced and more efficient means of acquiring subsea integrity data using Aquanaut. In partnership with Shell, we will test remote operations using supervised autonomy and tool control that will leverage our acoustic communications technology. This trial incorporates multiple differentiated capabilities of Nauticus that give us our competitive advantage, including our autonomy, acoustic communications technology and the Olympic Arm for gathering integrity data. That has made a natural fit for this test. In May, we announced an agreement with Wood PLC, a British multinational engineering and consulting company with over $6 billion in revenue last year. This formalize the relationship between Wood and Nauticus to develop integrated service offerings that can provide more cost efficient, environmentally friendly maintenance of subsea infrastructure. We've also had multiple announcements in the defense industry, as we have partnered with the government to help commercialize our technology as well as being an early adopter. We are currently working with Leidos, a significant defense contractor to jointly develop an unmanned underwater vehicle a derivative of Aquanaut, that conserve and numerous use cases that are either dangerous or impossible for humans to accomplish, including ocean floor mapping, studying sea life and monitoring water pollution. We were awarded the contract in 2021, with the initial phase milestone running through the end of this year, Phase 2 is expected to begin in the first half of 2023. As I mentioned earlier, there are also opportunities to generate revenue from some of our solutions that support our flagship Aquanaut, including ToolKITT and the Olympic Arm. In 2022, we were awarded two contracts with U.S. Defense Innovation Unit, or DIU. The most recent of which was a multimillion dollar award that we announced in October. The contract is for the development of an amphibious unmanned system called TerraNova. Utilizing ToolKITT for autonomous command and control which will be capable of helping the military clear shallow waters of mines, supporting their focus to get the man out of the minefield. On the successful completion of this contract, we will have the opportunity to license ToolKITT to the U.S. Department of Defense for use on their existing fleet of Defender ROVs, which is an opportunity for hundreds of toolkit licenses. Now I'll turn the call over to our CFO, Rangan Padmanabhan, to discuss our financials. Rangan?