Thanks, Chuck. As previously noted, our quarterly revenue set a new record for the company. It represented an increase of 27%, both year-over-year and sequentially from the fourth quarter of 2024. Demand remains strong for the company's AlSiC and hermetic packaging products and our order fulfillment has accelerated in response to customer demand. Although our previous order for HybridTech Armor was completed in April of 2024, future orders for armor are possible given their real-world applications and the value to the U.S. Navy fleet. Our ballistic solutions address a large market across various types of ships as well as other military applications, and we believe they have gained significant support within the Navy as well as on Capitol Hill. Early indications of a strong defense budget next year could positively impact this side of the business. While our revenue growth was impressive even without Armor sales, we recognize there is still work to do to expand our margins and grow the bottom line. The priority of these efforts is well understood within our organization. We have a number of initiatives underway to enhance the company's profitability through higher asset utilization and improved operating efficiencies. Regarding order volumes, since the end of the COVID pandemic, we have seen the demand for our MMC products, some of which are incorporated into the power modules for electric trains, return to strong volume levels. Additionally, we believe there are new opportunities emerging that may fuel significant future growth. Historically, computer server farms are not good candidates for AlSiC products as their power demands are continuous, whereas an AlSiC baseplate is instrumental in addressing the challenges related to frequent temperature cycling. Now, however, we are seeing significant movement toward wind farms, both offshore and on land, such as in Europe, which can be used to address the dramatically increasing need for electric power driven by artificial intelligence. There is significant interest in IGBTs that use AlSiC materials for these high-voltage DC transmission applications, which would represent additional volume beyond our legacy traction business. While we cannot influence the adoption of our customers' technologies in these applications, we believe that products using AlSiC materials offer competitive advantages, particularly when used in remote and offshore applications as these installations are difficult to service, and therefore, require the extended lifetimes associated with AlSiC products. These initiatives represent a key opportunity for continued CPS growth in the coming years, which would leverage our well-established product portfolio. Turning now to product development, which continues to expand our growing number of solutions, including our family of metal matrix composite products, which we collectively refer to as HybridTech. We now have six active externally-funded research programs, including five SBIRs, two of which are Phase 2 and three of which are Phase 1, as well as one contract from NAVAIR. We are also waiting for responses to other proposals, including an additional potential Phase 2 contract. As a reminder, all three active Phase 1 awards began in the first quarter are funded by the U.S. Army and represent values of $250,000 each over a six-month period of performance. One of these is our first externally-funded program for fiber reinforced aluminum, or FRA, where we are leveraging its properties to improve the mileage and operational range of hybrid electric military ground vehicles, which is part of the Army's hybrid electric powertrain, power and propulsion systems initiative, or HEPPS. This is an encouraging early indicator of market interest in the advantages that FRA can provide. FRA's light weight relative to competing materials as well as its higher strength at elevated operating temperatures make it an appealing alternative for a variety of applications, including aerospace. Several relevant applications of FRA each have market sizes above $1 billion, including aerospace bearings and liners and replacement of titanium structures. We expect to have material samples in the hands of potential customers later this year. The other two active Phase 1s are both in support of U.S. Army artillery. One uses ultra-low temperature co-fired ceramics to provide electromagnetic protection for artillery shells, while the other is focused on using additively manufactured tungsten to replicate the shear properties of depleted uranium. All of our funded SBIR initiatives, again, five in total, are exciting endorsements of our technology, which can lead to new growth opportunities going forward. Our product development team continues to address the challenging requirements of our customers in novel ways, and we are fully committed to expanding into new markets wherever and whenever we can. Of course, the product development process sometimes involves challenges, of which we are well aware. For example, we previously announced that we had received our first commercial purchase order for HybridTech radiation shielding. Unfortunately, we recently received a stop work notification from our customer, which was followed promptly by a cancellation of the purchase order. The entire program we were supporting was canceled due to reasons unrelated to CPS. Relevant subcontractors, including ourselves, will be paid for the work done prior to the cancellation. We will keep our investors informed if the contract is renewed in the future. In the meantime, we continue with our Phase 2 DOE radiation shielding contract, which extends into late 2026. Although we are early in Phase 2, we continue to address early commercial interest in our radiation shielding offerings from customers with a variety of use cases. The market is affirming that our novel solution has real-world value. Our HybridTech radiation shielding is targeting an estimated $4 billion market with multiple form factors, which include modular walls, cladding, glove boxes and truck shells. We continue our work to drive a broadening portfolio of products toward commercialization in 2025, particularly in the areas of HybridTech radiation shielding and fiber reinforced aluminum. As we've said before, we believe CPS has unique technologies and capabilities to meet demanding requirements for a host of potential clients worldwide. We also remain on track to use our new internal 5-axis machining capability for our first customer shipments this summer. This additional production enhancement for hermetic packaging is helping lay the foundation for addressing a broader array of market opportunities. Specifically, we estimate the available market for 5-axis machined hermetic package components to exceed $50 million, with gross margins in the low to mid-30% range at high volumes and potentially higher on smaller orders. We continue to leverage our proprietary know-how, including the design, manufacture and testing of aluminum infiltrated products under the HybridTech name to deliver unique material properties. We are identifying specific customer challenges where we believe we can bring value with novel solutions based on our core competencies in material science. In closing, we're prepared -- we are pleased with our ongoing successful turnaround and the outlook for 2025. Our production levels and shipments are at record levels, which we believe puts us in a position for our best year ever. We also anticipate, as production climbs and efficiencies increase, that our margins will continue to expand through the remainder of the year, leading to further improved bottom line results, strengthening our balance sheet in the process. Given strong demand for our products, new market opportunities and the expanding portfolio of products under development, the coming quarters look bright. I'd like to thank our employees for their passion and dedication and our investors for their patience and interest in the future of CPS. We now like to open up the call for questions. Tom?