Certifiable flight control and autonomy hardware and software

Catalyst’s hardware ecosystem is multiplexed buses-centric. Combine CAN, RS-485, ARINC429, MIL-1553 within your system, and let us know if you need anything else.

Catalyst’s hardware ecosystem is multiplexed buses-centric. Combine CAN, RS-485, ARINC429, MIL-1553 within your system, and let us know if you need anything else.

Catalyst’s hardware ecosystem is multiplexed buses-centric. Combine CAN, RS-485, ARINC429, MIL-1553 within your system, and let us know if you need anything else.

Extention to the computer has MEMS inertial measurement unit, GNSS receiver, and barometric sensors for basic air data system functionality.

We provide analog interfacing devices to gather real world discrete and analog signals and convert them into a functional connection. Our tools do integration seamlessly, so you handle the application, our tech stack handles the implementation.

The central unit of Catalyst’s hardware ecosystem is FPGA coupled computer. It provides sufficient resources for functional tasks and provides versatile integration with a rich set of peripherals with minimum power consumption and cost.

Catalyst’s tech stack provides a high-speed data bus to synchronize context on the memory-to-memory hardware-level between several computers for providing redundancy.

Integrate any actuation devices on the market. Our tech stack has software and hardware interfaces to implement any protocol.

There are plenty of devices with their own, proprietary protocol and API. The system may have a number of such devices. To harmonize them with system bus rules we provide interfacing devices. These devices convert the desired protocol in a system bus stream, which wraps functional connections. So the integrator cares about the system, and our tech stack cares about the crucial details.

Architecture is suitable to integrate any off-the-shelf altimeter for low altitude operations, approaches, and takeoffs.