Financial Data and Key Metrics Changes - SealSQ reported a revenue of 11millionforFY2024,asignificantdecreasefrom30 million in 2023, reflecting a transition from traditional semiconductors to next-generation quantum-resistant chips [4][16] - The company experienced a net loss of 21millionfortheyear,primarilyduetothemigrationfromtraditionalsemiconductorproductsandreduceddemandduringthetransition[18]−Cashreservespeakedatover90 million as of January 6, 2025, up from approximately 85millionattheendof2024,indicatingastrongfinancialposition[15]BusinessLineDataandKeyMetricsChanges−Thetransitiontopost−quantumsecuritytechnologyinvolveda5 million investment in 2024, with an additional 7.2millionplannedfor2025[6][18]−Combinedbookingsfortheyearreached6.8 million, reflecting strong year-to-year growth, while the projected contract pipeline over the next three years stands at 93million[9][30]MarketDataandKeyMetricsChanges−Thepost−quantumcybersecuritymarketisprojectedtogrowfromanestimatedmarketsizeof302.5 million in 2024 to 1.8billionby2025,withaCAGRof44.220 million fund allocated for this purpose [22] - The company is in the process of acquiring IC'ALPS, a leading ASIC design company, which will enhance its capabilities in chip design [25][35] Q&A Session Summary Question: Will 2025 revenue growth come from new sources of chip revenue and chip personalization services? - Management indicated that while some customers are sitting on strong inventories of previous generation chips, there will be normalization as new customers emerge through the personalization center [41][42] Question: What is the meaningful portion of the 2025 R&D spending increase? - The increase in R&D spending is largely attributed to expensive certification processes and the need to recruit high-level expertise for integrating new technologies [51][52] Question: What is the historical win rate of the $93 million pipeline? - Management noted that the pipeline includes clients at various stages, with a tendency for clients to become long-term due to the sticky nature of post-quantum chip contracts [63][67]