Company: OTSA
Filing Date: 2025-03-26
Form Type: DRS/A
Source: 0001013762-25-002776
Chunk: 139

Company: OTSAW Ltd
Filing Date: 2025-03-26
Form: DRS/A
Chunk 139
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2025, with our first commercial deployment targeted for Q1 2026. UV-C Disinfection System: • AirGuard. UV -CLED modules installed within heating, ventilation, and air conditioning (“HVAC”) systems of buildings and vehicles to disinfect airborne bacteria and viruses at a disinfection efficacy of 99.99%. • TreX. A portable UV -Cdisinfection device for surface disinfection with a disinfection efficacy of 99.99% within an 8 feet range. • O -RX. We believe our O -RXrobot is the world’s first autonomous disinfection robot to utilize UV -CLED technology to combat viruses and other pathogens. It is capable of autonomously navigating and disinfecting up to 2,500 square feet per hour at a disinfection efficacy of 99.99%. Our proprietary core AMR and robotics software and AI -enabledoutdoor autonomy technologies are our core competencies and include the following: Patented 3D Simultaneous Localization and Mapping (“3D SLAM”) Technology: •Our patented 3D SLAM software systems enable our AMRs to build a 3D map and navigate accurately and safely through an unfamiliar, unstructured, and challenging environment while simultaneously identifying its own locations. Sensor Fusion Technology: •Our proprietary Sensor Fusion technology and its algorithms analyzes the sensory data acquired from all sensors on the AMR and synthesizes these data into unified whole data in real -time, mimicking human senses and perception. This technology manages dynamic rates, biases and frequencies at which our AMRs synchronize the robotics and external environment sensor data. In particular, this technology accounts for biases amongst the multiple sensors installed on our AMRs through our proprietary algorithms, so datapoints collected by the sensors will complement one another, in order to achieve peak autonomy and accuracy. 88 Machine Perception Technology and AI and Machine Learning Technology: •This technology empowers our AMRs with what we believe to be human -likeperceptive abilities and situational awareness. This allows our AMRs to respond, adapt and learn about the environment in which they operate and deal with their innate unpredictability. Our AMRs can therefore reliably and safely navigate in busy, ever -changingand dynamic outdoor and indoor environments. Fleet Management and Control System: •This system is utilized by end -usersof our deployed AMRs and their operators for real -timedata access, AMR traffic control, battery charging management, live video feed, task allocation, and real -timeremote monitoring. The system also