| - Industry | - Sector | Mr. Robb Knie CEO | NASDAQ (CM) Exchange | - ISIN |
| US Country | 2 Employees | - Last Dividend | 26 Oct 2022 Last Split | 15 Feb 2019 IPO Date |
Rocket One Inc. specializes in the development and commercialization of artificial intelligence (AI) semiconductor infrastructure. The company is dedicated to creating innovative AI chip and memory hardware that is tailored for use in orbital and high-radiation environments. This includes pioneering work on next-generation nanomagnetic AI chip technology that is intended to overcome the challenges presented by such harsh operating conditions. By concentrating on semiconductor infrastructure that leverages nanomagnetic and spintronic computing technologies, Rocket One Inc. addresses critical limitations at the hardware level. These innovations form the backbone of advanced solutions that are highly applicable in fields such as defense systems, autonomous platforms, resilient edge computing, and radiation-tolerant space computing. Originally incorporated as Hoth Therapeutics, Inc. in 2017, the company officially rebranded to Rocket One Inc. in May 2026 and is headquartered in Hoboken, New Jersey.
This cutting-edge technology is designed for applications within orbital and high-radiation environments, enabling robust performance and durability. The nanomagnetic AI chips are engineered to enhance the data processing capabilities essential for sophisticated AI applications.
This technology utilizes the spin of electrons to store and process information, offering advantages in speed and efficiency. Spintronic memory is particularly valuable in settings that demand radiation tolerance, making it suitable for defense and space applications.
This specialized architecture accelerates machine learning and AI operations by improving data flow and processing efficiency. It addresses the growing demands for faster and more efficient computing in various AI-driven applications.
Rocket One Inc. provides comprehensive semiconductor infrastructure that integrates nanomagnetic and spintronic technologies. This infrastructure is critical for enabling high-performance computing systems that can operate effectively in challenging environments.
The company's technologies have extensive applications, including in defense systems, ensuring resilience in critical operations, and enabling autonomous platforms that can function in extreme conditions, as well as providing solutions for radiation-tolerant computation in space exploration.