Portfolio Bavaria

Current Incubatees

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Alumni

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HAT.tec

  • Location: Oberpfaffenhofen
  • Status: Alumni
  • Application Field: Aviation / Aeronautics / Drones, Downstream, GNSS

HIGGS

  • Location: Oberpfaffenhofen
  • Status: Alumni
  • Application Field: Downstream, GNSS, Media, Culture and Sport

Hula Earth

  • Location: Nuremberg
  • Status: Alumni
  • Application Field: Downstream, Earth Observation, Environment, Wildlife and Natural Resources, GNSS

Hula Earth help companies with land use to improve their impact on nature and identify risks by providing data-driven insights aligned with upcoming regulations.

Hypersonica

  • Location: Oberpfaffenhofen
  • Status: Alumni
  • Application Field: Aviation / Aeronautics / Drones, Other, Upstream

Hypersonica will focus their efforts on developing a viable hypersonic flight geometry which will fit the needs of glide and cruise applications for hypersonic planes. During the incubation period, Hypersonica aims to lie the foundation of our flight geometry, but we will not be able to present a finished product and therefore anticipate demonstrating an initial geometry in hypersonic flow.

Hyviate

  • Location: Oberpfaffenhofen
  • Status: Alumni
  • Application Field: Aviation / Aeronautics / Drones, GNSS, Technology Transfer

Imodeler

  • Location: Oberpfaffenhofen
  • Status: Alumni
  • Application Field: Downstream, GNSS, Transport / Logistics

Intelligence on Wheels

  • Location: Oberpfaffenhofen
  • Status: Alumni
  • Application Field: Downstream, GNSS, Transport / Logistics

The technical train safety systems relies on a combined space- & ground-based positioning as well as communication technology in the trains.

Irubis

  • Location: Oberpfaffenhofen
  • Status: Alumni
  • Application Field: Health, Human Spaceflight, Upstream

ATR infrared spectroscopy depends on costly diamond sample carriers (~$5,000) that require cleaning and reuse, making the process expensive and limiting accessibility. ATR Elements transforms this core component by creating carriers with up to 20ร— higher sensitivity at up to 1,000ร— lower cost than conventional options. This innovation opens new possibilities for laboratories, drug development, and blood & biofluid analysis, providing a more efficient, affordable, and scalable solution for a wide range of ATR spectroscopy applications.

Isar Aerospace Technologies

  • Location: Oberpfaffenhofen
  • Status: Alumni
  • Application Field: Launchers, Space technologies, Upstream