A Validation Solution for Precision Spacecraft Software Development and Validation
Our Software Validation Facilities present a state-of-the-art suite specifically designed for the development and testing of spacecraft software without the need for a real flight computer hardware. This comprehensive toolkit includes a sophisticated flight processor emulator, detailed hardware models, and additional models for closed-loop software testing, ensuring accurate simulations and validations. It offers tools for efficient onboard software debugging, configuration management, patch preparation, and an integrated software development environment, facilitating precise testing, simplified maintenance, and a streamlined development experience.
Gain precise testing, simplified maintenance, and a streamlined development experience by choosing Terma Software Validation Facilities
Accurate in terms of both functionality and timing
Executes the flight software unmodified for development, debugging and validation
Models developed to ECSS-SMP and ISIS standards
BENEFIT FROM USING SOFTWARE VALIDATION FACILITIES
Leverage on Terma's Software Validation Facilities and explore the advantages of our validation solution for spacecraft software development and validation.
Optimal Performance and Adaptability in Diverse Environments
Optimize your performance and reduce operational expenses by leveraging cutting-edge processor architecture support with the Terma Emulator (TEMU). Our state-of-the-art facility includes TEMU to provide comprehensive support for advanced processor architectures, ensuring optimal performance and adaptability in diverse computing environments.
Validation using Real hardware Tests
Validate the functionality and timing accuracy of your onboard software with confidence through our hardware representative model implementation. Our model validation approach involves executing unmodified hardware tests on our software models, guaranteeing a thorough and accurate validation process to ensure the correct functioning of your system.
Proven Reliability
Address regulatory risks effectively with our Software Validation Facilities, which seamlessly aligns with the European Space Agency's (ESA) recommended validation methodology. Tailored specifically for the validation processes linked to ESA's science and earth observation missions, this facility is designed to adhere to ESA's standards, ensuring the reliability and compliance of software applications vital for space exploration endeavors.
Space Mission Excellence
Leverage our wealth of experience as a trusted partner in the space exploration, guaranteeing the success and reliability of software across a diverse array of missions. Our software validation facilities have played a pivotal role in the launch of satellites and the support of more than 75 missions, including Euclid, Rosetta, and many others.
Euclid Mission
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