This product is based on the "trusted computing" theoretical framework and encompasses cross-disciplinary knowledge from multiple dimensions, including "chip core, foundational software, cryptography, and control systems." Its core technologies are situated at the upstream of the supply chain. In a 32-bit microcontroller with relatively limited computing resources, it achieves microsecond-level "high performance, low latency, and high reliability" information security protection capabilities. It is suitable for applications in automobiles, ships, medical devices, photovoltaics, energy storage, drones, and robotics.

In the chip cooperation ecosystem, Uni-Sentry has an absolute first-mover advantage, building barriers for creating a more comprehensive "product portfolio" and a more convenient "one-stop solution." Additionally, Uni-Sentry is the "first and only" designated cyber security supplier for Honda, an international automaker, in China. This provides the prerequisite for subsequent integration with chips and the export of secure components.

Taking the intelligent connected vehicle industry as an example (including but not limited to fuel, electric, and hydrogen energy), Uni-Sentry is one of the top four manufacturers globally. The other three competitors are top overseas companies: Germany's Vector, Bosch's ETAS, and Continental's EB. Uni-Sentry has achieved domestic substitution for chip-level cyber security firmware products in the automotive electronics field. Its key technical indicators in secure boot/secure communication scenarios are 3-4 times superior to foreign competitors, reaching a world-leading level.