Jiutian Zhanyi solves the difficulty of deploying large models for flight control through domestic AI computing power chips

1. The Traditional Flight Control Architecture is Under Pressure, and AI Drones Give Rise to New Integration Requirements

A new hardcore force has been added to the domestic low - altitude economy track. The company behind the Jiutian Zhanyi project, which focuses on the next - generation AI drone flight control system, has officially completed its commercial layout. Relying on architectural innovation, it solves the long - standing pain points in the traditional flight control industry and provides a new solution for the development of the AI drone industry.

The origin of the Jiutian Zhanyi project comes from the long - term observation and practice of the pain points of the mainstream technical routes in the drone flight control field by the founder team. Traditional open - source flight controls such as PX4 and APM have completed their historical mission of promoting the popularization of drones. However, this type of architecture is essentially a product of the MCU era. Developers often need to spend a lot of energy on communication adaptation rather than focusing on business development, and have long been in an inefficient state of "repeatedly applying band - aids". With the rapid development of the AI drone industry, the business requirements for visual recognition, intelligent algorithms, etc. have exploded. The pain points of the traditional split architecture of PX4 plus an external computing power module, such as communication delay, cumbersome development, and bloated hardware, have been continuously magnified. The market urgently needs a more efficient integrated solution. At the same time, the domestic new - generation AI computing power SOC chips have been maturely launched. Their power consumption, computing power, and thermal management are fully adapted to the drone scenario, providing sufficient hardware foundation for the integration of flight control, image transmission, and AI computing power on a single chip. Coupled with the fact that the core technology of the project has been polished for many years and its technical maturity is sufficient to support commercial implementation, under the superposition of market demand, hardware conditions, and technical reserves, the Jiutian Zhanyi project has officially moved towards commercialization.

2. Nuclear Isolation Architecture + Zero - Copy Data Exchange, Reconstructing the Flight Control Operation Logic

As a new - generation integrated AI flight control solution, the technological innovation of Jiutian Zhanyi directly addresses the industry pain points. Its core advantage lies in reconstructing the flight control operation logic at the architectural level, integrating the flight control, image transmission, and business AI modules on a single high - performance SOC without relying on traditional PX4/APM flight control boards. To address the industry's concern about the interference of desktop - level systems with the real - time performance of flight control, the project adopts a strict nuclear isolation architecture: one core runs the flight control fixedly, and the remaining cores are for user business development. The cores are strictly isolated from each other. Even if the business core crashes or the kernel panics, the flight control can still operate normally. Test data shows that the performance is 40% higher than that of the traditional PX4 solution. The solution achieves true zero - copy data exchange. The flight control and user programs share the same memory space. Users can directly read and write flight control data without Socket or network communication, greatly improving development efficiency. The gyroscope sampling rate and attitude update rate both reach 4kHz, and the navigation update rate reaches 1kHz. It supports direct memory access to raw data and can complete FFT and noise analysis online. The self - developed 5.8GHz digital image transmission delay is controlled within a minimum of 30 milliseconds. At the same time, it integrates NPU to accelerate AI capabilities. Visual reasoning is completed by the NPU without occupying CPU resources. It also supports rapid customization, allowing the replacement of specified sensors and modification of underlying drivers. It supports kernel - level parameter adjustment without restarting. All technical indicators have reached the leading level in the industry.

3. Implementation in Military, Industrial, and Scientific Research Fields, and B - side Commercialization has been Successful

Currently, the domestic low - altitude economy is in a period of high - speed growth. According to industry institutions' forecasts, the scale of the domestic low - altitude economy will exceed one trillion yuan in 2025. The market growth rate of industrial drones and AI drones will remain above 30%. As the core component of drones, the market demand for integrated AI flight control is rapidly being released. Jiutian Zhanyi has currently developed mature solutions for three core scenarios: military enterprises, traditional drone enterprises, and scientific research institutions. It can meet the strict requirements of the military field for high precision, high reliability, and high integration, help industrial drone enterprises reduce R & D and maintenance costs by more than 50%, shorten the airworthiness certification cycle, and at the same time lower the threshold for drone - related teaching and R & D in scientific research institutions.