SPARC (Space Partnerships and Research Company)

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3 Products
10 Years Active
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About SPARC (Space Partnerships and Research Company)

SPARC was founded in 2016 as a specialist consultancy bringing together physicists and engineers with deep research expertise across Data, Space, Nuclear, Plasma, and Material Sciences. The company serves governmental, commercial, and academic research organisations that need to bridge the gap between raw scientific data and actionable intelligence.

SPARC core capabilities include simulations of energetic particle detector systems, detection and forecasting of space weather phenomena, and analysis of complex scientific datasets. The company provides enterprise-grade data services with real-time processing capabilities, custom machine learning and physics-based modelling, and scientific data curation. SPARC has demonstrated success working with the European Space Agency and other international partners, providing technical support for spacecraft design, mission planning, and astronaut safety protocols related to space weather environments.

Notable SPARC projects include supporting the European Commission collaboration with the Norwegian Space Agency on the Arctic Satellite Broadband Mission (ASBM), where they developed a sophisticated data processing platform for the Norwegian Radiation Monitoring Unit (NORM) installed on the ASBM satellite constellation. The company also provides R&D project management, scientific collaboration coordination, and technical documentation services.

Milestones

  • 2016 SPARC founded
  • 2019 Real-time MEO Galileo radiation environment data service launched
  • 2021 EDRS-C/NGRM SWESNet data products operational
  • 2025 M-STAFE tool developed under ESA M-PRISE activity

Products

3

Lightweight Python framework unifying space weather datasets and models into a single service-oriented interface — developed for ESA, live at nom.esa.int.

1 6

Fast tool for satellite designers to estimate worst-case charged particle flux spectra along any orbit, merging AE-9/AP-9 radiation belt models with historical solar proton data.

1 6

Real-time radiation environment data products for MEO (Galileo), GEO (GOES-19) and EDRS-C orbits — ESA SWESNet-integrated, near-real-time electron and proton flux.

1 10

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