Missions

• The Intuition-1 mission demonstrates advanced onboard processing capabilities through a 6U satellite equipped with a 192-band hyperspectral sensor and Leopard Data Processing Unit, launched in November 2023.

• The satellite successfully implements AI-driven image processing in orbit, achieving 3 TOPS processing speed while reducing data transmission through intelligent filtering of cloud-covered images.

• The ongoing mission validates KP Labs' innovative approach to onboard data processing, enabling real-time analysis of environmental conditions through advanced AI capabilities.

• The LeopardISS experiment will launch to ISS as part of Poland's IGNIS mission, featuring astronaut Sławosz Uznański's direct involvement with the system in 2025.

• The project enables validation of advanced AI algorithms in space conditions, starting with PUT's 3D mapping research for future planetary exploration.

• Through international collaboration, the platform provides opportunities for researchers worldwide to test and validate their AI technologies in actual space conditions.

• The mission successfully demonstrated in-orbit capabilities of the Antelope system through 8-week continuous operation in LEO, validating its reliability and performance.

• The mission achieved critical flight heritage by testing onboard machine learning algorithms for telemetry and anomaly detection in actual space conditions.

• Through successful orbital demonstration, the project verified system resilience and validated advanced algorithms like RandomForest and Telemanom in real space operations.

• The mission demonstrates advanced optical and quantum communication technologies while testing AI-driven software for autonomous satellite operations.

• KP Labs contributes the Leopard Data Processing Unit, providing high-performance onboard computing capabilities for real-time AI algorithm validation.

• The platform enables researchers to test and validate their algorithms in actual space conditions without requiring dedicated satellite hardware deployment.

• The Φsat-2 mission demonstrates advanced AI capabilities in Earth observation through a 6U satellite equipped with a multispectral instrument, launched in August 2024.

• KP Labs developed a CNN-based algorithm for automatic cloud detection, optimizing data transmission by filtering out cloud-covered images before downlink.

• The project implemented 8-bit quantization to ensure algorithm efficiency within CubeSat hardware limitations while maintaining effective real-time image processing capabilities.

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• 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.