Thanks, Kelly. Good morning, and thank you for joining our third quarter 2023 earnings call. We delivered solid execution during the third quarter, and I'd like to thank our committed team for their efforts in progressing our goals as we continue to navigate the headwinds of the life sciences instrumentation and bioprocessing market. Looking back on the first nine months of 2023, challenges in the bioprocessing space were even more pronounced than we anticipated at the outset of the year. However, this impact has been significantly offset by the growth of our handheld devices serving the forensics market. Over the first nine months of 2023, our top line revenue increased 2% year-over-year to $35.9 million, buoyed by the strength in our handheld devices which have increased 19% year-over-year. We expect our handhelds to continue to contribute meaningfully and drive our overall growth into the mid to high single digits for the year. For the third quarter, revenue was $14.3 million. Revenue was again primarily driven by our handhelds, which increased 7% year-over-year. With rising geopolitical uncertainties, the ongoing fentanyl crisis in counterfeit pharmaceuticals, there has been continued demand for handheld trace analysis in forensics applications at the point of need. We continue to deliver on our commitment to provide a full portfolio of complementary desktop devices for bioprocessing. And in September, we launched MAVERICK, our first in-line [Raman] (ph) based device. During the launch week, we hosted members of the investor community at our bioprocessing day in our Boston headquarters. It was great to see many of you in person, provide an update on our roadmap and show you our MAVERICK device along with our new bioprocessing lab where we did live demos of how all our process analytical technology, PAT, devices are used in concert. Innovation is a core component of our mission at 908. I'm pleased to share that 908 Devices was named Analytical Solutions Provider of the Year for the introduction of our MAVEN and MAVERICK devices in the third annual Biotech Breakthrough Awards, which recognizes disruptive innovation in the global life sciences and biotechnology industry. This is a great validation of the uniqueness of our technology and the ultimate impact it can have as the industry progresses to BioPharma 4.0. Now I'd like to provide a brief update on the progress we've made across our three 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. At the start of the year, we said we were committed to making significant progress on enterprise adoption. During the third quarter, we made some important advancements on that front. First, we recently announced an award from the U.S. Air Force and Air National Guard Fire and Emergency Services totaling $10.4 million. We were pleased to see the continued expansion of this enterprise account. Our MX908 device has been deployed within the Air National Guard for hazardous chemical response and approximately a third of these orders represent aero module upgrades along with training and support for their existing devices. Our aero module adds capability to the MX908, enabling response teams to quickly detect and identify aerosolized chemical hazards. With this award, the active reserve and Air National Guard components of the U.S. Air Force will now utilize the MX908 device and the aero module at more than 130 installations around the world for hazardous materials operations and for emergency medical response. Joe will provide more details on this order and its revenue recognition in a moment. We are extremely proud that the U.S. Air Force has chosen our MX908 device and aero module as their standard, paving the way for enhanced emergency medical response and hazardous material operations. In September, we announced exciting news on the next phase of a multi-year project with the U.S. Department of Defense. In conjunction with our partner on the project, Smiths Detection, we were selected to provide initial production of 122 portable aerosol and vapor chemical agent detectors, otherwise known as AVCAD. Our high-pressure mass spectrometry technology enables these next generation chemical detector systems which are designed to detect, identify, alarm, and report the presence of traditional and advanced threat vapors and aerosols. The AVCAD, which can be mounted or portable, includes a wireless remote alarm capability, will support missions for the U.S. Military. Our project partner, Smith Detection, has provided the DoD with more than 91,000 joint chemical agent detector, JCAD units, over 16 years in the predecessor program to AVCAD. We believe that being selected for the next generation AVCAD validates our technology as a new standard for chemical detection. This next phase of the program will include production verification and multiple service operation testing. A successful transition to full-rate production could having a meaningful impact on our revenue in later years. We're pleased to be working with Smith Detection, a global leader in threat detection, and we are truly honored to help protect U.S. Military personnel in their worldwide mission. Turning to our desktops, we recently announced a collaboration with Terumo Blood and Cell Technologies to integrate our MAVEN online analyzer with their Quantum Flex cell expansion system for real-time monitoring and control of glucose and lactate without the risk of manual sampling and with less labor. Terumo BCT's Quantum Flex cell expansion systems are used throughout the cell therapy process from process development through clinical manufacturing. The addition of online analytics enhances process understanding critical in autologous applications such as CAR-T cell therapies, where patient-to-patient variability increases the difficulty of implementing robust and reproducible processes. For example, lactate concentrations must be carefully monitored during the manufacturing process as they can inhibit cell growth and induce toxicity. Manufacturing failure rates reported in CAR-T's clinical trials can be significant without a spec cell viability being one of the failure causes. With MAVEN, lactate concentrations, which are a highly correlated indicator of cell viability, can be continuously monitored and feeding strategies can be adjusted to control cell growth. MAVEN, with its novel aseptic sampling probe, also enables cell therapy developers to reduce contamination risk and save operator time as scientists no longer need to enter the clean room to perform manual sampling. We are excited to collaborate with Terumo BCT to enable cell therapy developers to gain valuable process insights that importantly help them reduce costs of goods and accelerate progress for these personalized lifesaving treatments. Turning to our second objective, advancing and broadening our product portfolio. Our product strategy is to develop devices that are simple to use and connected for improved process understanding in order to provide customers with robust answers at the point of need. We were thrilled to launch our second game-changing device this year for bioprocessing at the Bioprocessing International Conference and Exhibition in September. MAVERICK utilizes Raman spectroscopy for real-time in-line monitoring of multiple bioprocess parameters. Multivariate optical sensing technologies such as Raman spectroscopy are well suited for inline continuous monitoring of a range of parameters. Yet many Raman-based systems require experts in chemometric modeling for setup which can take months at substantial expense. MAVERICK can be set up in minutes. The device utilizes purpose-built de novo models that automatically process Raman spectra from a wide variety of cell culture media types and cell lines, thereby delivering actionable process parameters. We are also providing open access to the raw spectral data that enables AI and machine learning experts to extend MAVERICK's capability for more advanced predictive control of critical process parameters or quality attributes. Importantly, as a spectroscopic-based device, MAVERICK is extensible to other analytes and parameters through software updates. One of our beta placements was at the University of Massachusetts in Lowell, where Dr. [Song-Q Yun] (ph) is the ward endowed professor in biomedical sciences. Dr. Yun previously held senior positions in manufacturing sciences at Biogen and Multivariate Data Analysis and Design at Sartorius. He noted that with MAVERICK all the hurdles of traditional Ramen have been overcome. Dr. Yun further noted that our device provides very good measurements independently of cell line, media, and scale. We're also continuing to foster our pharma and academic analytical lab customer base. Our team recently facilitated successful early access evaluations for our improved