Modular flight software tailored for your mission
Oryx OBCS is a modular flight software tool developed for the mission control of small satellites.
Oryx manages all satellite tasks:
Processing telecommands sent by the operators.
Monitoring the power budget.
Executing pre-defined schedules.
Managing emergencies and handling data from all the sensors onboard.
Oryx utilises an innovative framework that facilitates the customised development of your own mission. Thanks to its modular architecture, based on building blocks, it supports the rapid development of the mission’s software by using a vast library of components – logging, scheduling, testing and communication to name but a few.
The ease at which a testing environment and software simulator can be set up ensures in-depth evaluation of your applied solutions from the onset of the project. Should your component not be supported by Oryx, you can simply extend your simulation by creating customised drivers.
Our on-board software exposes an API that can be accessed by the small Lua scripts, providing access to selected sensors and peripherals, which is definitely a game-changer!
Oryx will be the heart of the Intuition-1 mission, which is planned for launch in 2022. Intuition-1 is a 6U-class satellite with a data processing unit – Leopard – enabling on-board data processing acquired via a hyperspectral instrument with spectral resolution in the range of visible and near-infrared light.
ORYX IS BUILT OUT OF THREE KEY ELEMENTS
The Software Development Kit (SDK) – a set of libraries written in C++ containing crucial on-board services for telemetry and telecommand, a hardware abstraction layer and a library of drivers for popular systems.
Development Tools – systems simulators and a suite of automated tests which enable comprehensive testing of the flight software either by running locally on the PC (using QEmu) or by connecting to the hardware engineering model (using the Oasis EGSE board).
Oasis EGSE – a single-board, CubeSat PC-104 compatible EGSE that serves as an interface between the PC-running simulators and the hardware engineering model. Enables the running of integration tests which use actual hardware connections between satellite components (I2C, CAN, UART, SPI).
Telemetry, tracking and command handling.
Isolation and recovery support.
Flexible task management based on time, position and platform status.
Managing up to 4 GB file-based storage with short boot time.
Access to the satellite through secure data links.
Using scripting language to manage in-flight issues and extend the OBC features after the launch.
Faster satellite integration thanks to the built-in algorithm, software and hardware-in-the-loop tests.
Used to run scheduled and automated jobs that can be time-triggered or initiated by any other telemetry values.
The Scripting Engine
A Lua-based service which enables the running of precompiled Lua scripts on board with access to all internal APIs.
A set of libraries implementing CCSDS- compatible communication channels for telecommands and telemetry with built-in security.
The Drivers Library
A set of pre-existing drivers for popular nano- and small-satellite systems.