Thanks, Joe. Good morning, and thank you, everyone, for joining our first quarter 2023 earnings call. I'd like to start off by thanking our team for their hard work and dedication as we continue to demonstrate encouraging processes across our business. Our first quarter revenue increased 14% year-over-year to $9.5 million and replaced 78 devices, bringing our installed base to more than 2,400 devices. Notably, we saw continued strength in recurring revenue, which grew 67% over the prior year period. We are pleased to see this increasing need for accessories, consumables, and services as it demonstrates that our customers tuning value analysis at the point of need. Overall, I'm pleased with our execution, given the continuing challenges within the bioprocessing space. Importantly, our technology is broadly extensible with applications across different end markets. Our handheld products are serving critical forensics market applications, including the devastating rise of counterfeit pharmaceuticals. We view the diversity of our end markets as a key advantage. I'm confident in our long-term trajectory and feel we are doing the groundwork needed for both near-term and long-term success. We are uniquely positioned to both capture the bioprocessing opportunity in front of us while executing with their handheld devices. In January, we started the year off with the launch of our first online device, MAVEN that provides real-time monitoring and control of glucose and lactate in cell culture and fermentation processes. MAVEN is a complement to our REBEL device and a precursor to REBEL online. We are encouraged by the feedback we have been receiving from prospective customers and the increasing opportunities we've seen in the funnel over the past few months, particularly in the cell therapy space. MAVEN adds to our growing portfolio of desktop products for process analytics. Now I'd like to provide you a brief update on the progress we have made across our 3 focus areas for 2023. Starting with our first objective, penetrate and radiate across key accounts. Our focus is to penetrate new accounts to create a foothold and then radiate across these accounts to drive broader enterprise adoption. For our handhelds, we continue to expand our international presence. Last year, we received our NATO stock number, which was a significant step in facilitating the procurement process for our MX908 device. We now have a purchased vehicle in place, which is valid for up to 5 years and provides NATO-member states and 4 additional countries with the ability to purchase up to approximately 80 units in a streamlined fashion. With this in place, we have already seen a handful of units purchased and look forward to growing international adoption. We are proud to receive this designation for the MX908, which is becoming recognized as a standard bearer for handheld chemical detection and identification. We also received additional MX908 orders through use in Europe and the Middle East during the quarter. The U.S. State Department and existing customers purchased several units intended for use in Ukraine. The customs and border agency in Saudi Arabia purchased multiple units, primarily for narcotics detection and identification. We are pleased with the traction we're gaining internationally, along with the broader adoption within our enterprise accounts. Closer to home, in January, the Ohio Return General's Office announced the expansion of the MX908 program in Southeast Ohio. This is the final region in the statewide rollout, which began in October of 2021. In the announcement, Attorney General Dave Yost noted that MX908 has the potential to revolutionize how drug testing is done in Ohio. We value our partnership with the Ohio Attorney General's office, and we are working to replicate the success across other states as the need remains substantial. We believe programs like this would be impactful in every single state across the United States. In fact, today is National Fentanyl Awareness Day, a day dedicated to raising awareness about the dangers of Fentanyl, most often found in counterfeit Pharmaceuticals. According to the CDC, Fentanylis involved in more death of Americans under 50 than any other cause of death, including heart disease, cancer, and all other accidents. And just last month, the Biden administration declared petal mixed with xylazine as an emerging threat in the U.S. Fortunately, as we work closely with first responders who identified xylazine as a growing concern early on, we added this analyte to our MX908 device software nearly 3 years ago, and our customers have the capability now to deal with this issue. This is a great example as how additional values unlock for our customers with their continuous service and support offerings. We will continue to ensure our handheld device provides our customers with rapid actionable answers and enables them to keep our communities safe as the petalcrisis evolves. For our desktops, we've been working over the quarter to engage potential additional OEM partners in bioreactors, cell expansion systems, and integrated cell therapy platforms, the aim being to add online analytics to their systems for real-time monitoring control of key process parameters such as glucose and lactate throughout the cell therapy process from process development through clinical manufacturing. The value proposition is clear. Online analytics enhances process understanding as well as reduces the risk of contamination, and saves operator time as technicians no longer need to enter the clean room to perform manual sampling. Turning to our second objective, advancing and broadening our product portfolio. Our core mission is to develop devices that are simple to use, smart by providing customers with robot answers at the point of need and connected for improved process understanding. First responders need to be equipped with devices that provide them with answers where and when they need it. To that end, we continually add analytes to our MX908 software. In the first quarter, we released version 3.4 that added 4 additional analyte targets. We also released the core Clear and charge station, a maintenance accessory that improves the device's usability and maximizes its tough time. As previously mentioned, we have created an interface control protocol to make it easy for our handheld to be integrated into new ecosystems such as robots, drones, and other related workflow equipment. We recently supported dual draws integration of MX908's aerosol and vapor detection capabilities with their down draft technology to enable a male speeding platform that protects operators and allows them to safely perform inspections and packages. This is a great example of how the MX908 can help expand the reach of critical chemical detection and connect to a broader set of users. For our desktops, we released a data analysis tool for our REBEL device that is built on the Jump statistical software package. All data from the REBEL can quickly and easily be visualized in just one click, leveraging the statistical software that many of our customers are using. Users can now more easily access tremendous amounts of information that REBEL provide for improved process understanding by easily visualizing amino acid depletion or accumulation trends over the course of time within a bioreactor and facilitating adjustments to the fee strategy. To that end, as previously noted, we are collaborating with U.K.-based Center for Process Innovation or CPI, to optimize cell culture media and beating strategies and small volume fed-batch fire reactors through process scale-up using REBEL and now MAVEN devices. Using REBEL, daily detailed amino acid data was generated for both AMBR15 and 250 runs, and the data was analyzed using REBEL's new data analysis software tool. By adding in depleted essential amino acids along with low levels of feed media, CBI scientists achieved a meaningful tighter increase while keeping toxic metabolites low and maintaining a high cell viability. With MAVEN, scientists were able to implement a continuous control strategy for glucose, which is highly desirable to achieve healthy growing conditions. Taken together, REBEL and MAVEN enable process development scientists to optimize titer and sell growth while preventing the accumulation of toxic metabolites that can negatively impact protein CTAs. Biopharma manufacturing company Resilience has adopted the REBEL analyzer to inform and optimize cell-culture feed strategies in perfusion bioreactors. In a monoclonal antibody expressing cell line, Resilience processes engineers demonstrated a 50% increase in titer while reducing the cost of goods by adding back only the nutrients to cells depleted. Cell culture media and feed costs are significant in the perfusion process, while outline media analysis, Resilience can now optimize and accelerate biotherapeutic development to reduce the cost of goods and time to submission. Our