Software

IMAP-GLOWS

Space Research Centre of the Polish Academy of Sciences (CBK PAN)
2021-2024
Governmental funds

Purpose:

GLOWS (GLObal Solar Wind Structure) is one of 10 instruments on board the NASA IMAP (The Interstellar Mapping and Acceleration Probe) mission to be launched in 2025. The satellite will be positioned at the first Lagrange Point (L1), approximately 1.5 million kilometres from Earth. IMAP aims to investigate the structure of the solar wind and its interactions with interstellar hydrogen, contributing to improved space weather prediction models and a better understanding of heliospheric dynamics.

KP Labs' Role:

  • Developed onboard software for GLOWS to operate the Lyman-alpha photometer, a sensor designed to measure interactions between solar wind and interstellar hydrogen.
  • Implemented algorithms for pulse shaping, histogram generation, and data preparation to ensure efficient transmission back to Earth.
  • Ensured software resilience in challenging space conditions using RTEMS, meeting high reliability standards for deep-space operations.
  • Leveraged open-source tools, including YAFFS and RTEMS, with plans to open-source parts of the software for the scientific community.
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IMAP-GLOWS

Software
  • The GLOWS project contributes to NASA's IMAP mission by developing a Lyman-alpha photometer instrument to study solar wind interactions with interstellar hydrogen from the L1 Lagrange point.
  • KP Labs develops specialized onboard software for the GLOWS instrument, implementing critical algorithms for pulse shaping and data processing while ensuring operational reliability in deep space conditions.
  • The project utilizes RTEMS and open-source tools to create resilient space-qualified software, with plans to share components with the scientific community to advance space research capabilities.
Space Research Centre of the Polish Academy of Sciences (CBK PAN)
2021-2024
Governmental funds

QUASAR (1&2) -Safe Reprogrammability of Critical Avionics Functions

Software
  • The project addresses critical vulnerabilities in satellite operations, focusing on cybersecurity threats and radiation effects, where traditional FPGA systems lack real-time adaptation capabilities.
  • QUASAR delivers a solution enabling secure in-flight FPGA reprogramming with post-quantum signatures, incorporating Triple Modular Redundancy and EDAC for enhanced reliability and data integrity.
  • The initiative demonstrated system robustness through extensive breadboard testing, establishing new standards for secure and adaptable satellite systems that can respond to emerging threats and mission requirements.
EIDEL
2020-2024/2025
European Space Agency