Company: OTSA
Filing Date: 2025-06-09
Form Type: F-1
Source: 0001213900-25-052720
Chunk: 111

Company: OTSAW Ltd
Filing Date: 2025-06-09
Form: F-1
Chunk 111
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 by 2030, reflecting a CAGR of 30.5%. The CAGR for the global and Asia -Pacificautonomous last -miledelivery market is based on several material assumptions, including the continued development and commercial deployment of autonomous delivery vehicles, favorable regulatory environments, sustained investment from logistics and e -commerceplayers, and widespread consumer adoption of contactless delivery solutions. This growth is driven by advancements in delivery vehicle technology and increasing demand from the e -commercesector. Consumer preferences for rapid delivery have become a priority in the parcel delivery market, further fueled by the expanding e -commerceindustry. Last -mileservices have emerged as a key 64 differentiator for major e -commercecompanies and numerous food and grocery delivery startups. Additionally, the COVID -19pandemic has significantly influenced the market by accelerating digitalization and enhancing the importance of data in last -miledelivery operations. [8] Market Trend Analysis Multi-Purpose Interchangeable Modular Healthcare Robots There is an increasing trend toward multi -purposerobots designed to perform a variety of tasks within healthcare settings. These robots feature modular designs that enable adaptability to diverse healthcare needs. Key application areas include hospital logistics, such as material handling and medication delivery, as well as disinfection and sanitation. Our innovative multi -purposerobot, equipped with interchangeable modular attachments, can serve multiple industries, including healthcare, logistics, and security, for various purposes simultaneously. We are confident that our robots will significantly impact the healthcare sector by addressing workforce shortages and enhancing operational efficiency. [9] Logistic Robots for Healthcare Market This growth is primarily driven by the need for cost -effective, efficient healthcare delivery systems, the aging population, shortages of skilled nurses and healthcare professionals, and advancements in safety controls and technologies, particularly accelerated by the COVID -19pandemic. Rising demand for cost-efficient healthcare delivery solutions: Growing demand for cost -effectivehealthcare delivery systems is a primary factor driving AGV adoption. These robots streamline efficiency by automating essential tasks, including linen delivery, medical waste disposal, food service, medication transport, specimen handling, and equipment distribution. AGVs are engineered to seamlessly integrate into existing healthcare infrastructures, following preprogrammed routes without requiring extensive construction or modifications. This reduces operational disruptions and makes AGVs a compelling solution for healthcare providers aiming to optimize efficiency without impacting workflows. Operating continuously — without breaks or shifts — AGVs eliminate downtime and significantly reduce labor costs. This efficiency enables hospitals to achieve a strong return on investment (ROI) by lowering staffing needs for non