Portfolio Bavaria

Current Incubatees

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Greenkeeper

  • Location: Oberpfaffenhofen
  • Status: Incubatee
  • Application Field: Downstream, Earth Observation, Environment, Wildlife and Natural Resources

greenkeeper creates trust in CO₂ compensation by offering 100% transparent, blockchain-based certificates from regional European forests.

Lambdafields

  • Location: Oberpfaffenhofen
  • Status: Incubatee
  • Application Field: Health, Technology Transfer

LambdaFields – Precision imaging through advanced algorithms

Muniqo Performante

  • Location: Oberpfaffenhofen
  • Status: Incubatee
  • Application Field: Health, Satellites, Upstream

Muniqo Performante develops an innovative anti-vibration system for the storage of sensitive components in satellites or rockets.

Orbint

  • Location: Neubiberg
  • Status: Incubatee
  • Application Field: Safety & Security, Satellites, Upstream

Orbint is a spin-off from the SeRANIS project, funded by dtec.bw at the University of the Bundeswehr Munich. The company pioneers a novel approach to space-based radio frequency monitoring, enabling customers to conduct global reconnaissance across the electromagnetic spectrum. By deploying a distributed satellite network, Orbint can detect, identify, and precisely geolocate a wide variety of signals in near real-time. This capability provides customers with a reliable and up-to-date operational picture, delivering actionable insights to support decision-making in security-critical and strategic applications.

Peak Quantum

  • Location: Oberpfaffenhofen
  • Status: Incubatee
  • Application Field: Data platforms and IoT, Downstream, SatCom

Peak Quantum is on a mission to build the world’s most reliable Quantum Processing Units (QPUs). The Munich-based team is pioneering a novel qubit architecture with built-in error protection, aiming to enable scalable and economically viable Quantum Computing – made in Europe.

Pelora

  • Location: Nuremberg
  • Status: Incubatee
  • Application Field: Data platforms and IoT, Downstream, GNSS

Pelora enables high-precision indoor positioning for assets, vehicles, and people — combining high accuracy, cost efficiency, and unique app-free smartphone tracking.

PowerIn Space

  • Location: Oberpfaffenhofen
  • Status: Incubatee
  • Application Field: Energy, Other, Upstream

PowerIn Space revolutionizes energy access for aerospace and remote exploration with wireless, laser-based power systems.

Project-S

  • Location: Oberpfaffenhofen
  • Status: Incubatee
  • Application Field: Other, Satellites, Space technologies, Upstream

The growing space debris problem, especially 1–10 cm fragments, threatens satellites and missions, with over 900,000 objects in orbit. Traditional ground-based and optical tracking is limited by atmosphere, line-of-sight, and darkness. Project-S tackles this with an AI-driven, radar-based CubeSat system. Its active microwave radar detects small debris in all conditions, while AI onboard and deep learning on the ground provide real-time, accurate tracking.

Pyxis Space

  • Location: Würzburg
  • Status: Incubatee
  • Application Field: Data platforms and IoT, Satellites, Upstream

PYXIS SPACE offers cost-optimized end-to-end solutions for small satellite missions, following the principles of the New Space approach. The company’s core expertise lies in miniature optoelectronic sensors for small satellite ADCS, with a particular focus on the development, manufacturing, and commercialization of star sensors.

Alumni

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Ajuma

  • Location: Oberpfaffenhofen
  • Status: Alumni
  • Application Field: Downstream, Earth Observation, Health

Find your perfect dose of sun!
ajuma developes, produces and markets the UV-Bodyguard. It is a wearable measuring the skin-relevant UV-radiation protecting you from sunburn as well as from lack of Vitamin D. In order to provide accurate UV-measurements, our system makes use of ozone data from the Copernicus Atmosphere Monitoring Service (CAMS).

Alerion Technologies (former Wanderfalke)

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

Affordable High-Performance small unmaned aerial systems for Earth Observation.

allunderground

  • Location: Oberpfaffenhofen
  • Status: Alumni
  • Application Field: Downstream, GNSS, Infrastructure & Smart Cities

We are allunderground, a deep-tech startup from Munich, developing cable drilling machines for underground power lines. The European electricity grid is the bottleneck in the transition to renewable energy, and we are here to change that. Our startup is a spin-off from the student initiative TUM Boring – Innovation in Tunneling, where we won two Elon Musk tunneling competitions in a row.

ANAVS

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

Sensor fusion technology for positioning & navigation capabilities in autonomous systems

Angsa Robotics

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

ARE23

  • Location: Oberpfaffenhofen
  • Status: Alumni
  • Application Field: Infrastructure & Smart Cities, Technology Transfer

Astrionics

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

Environmental monitoring is increasingly important for protecting nature. Spectrum Aerospace Research Corporation (Spectrum ARC) proposes a Remote Monitoring System (RMS) using industrial-grade electronics and multiple sensors. The Premium RMS adds navigation, wireless communication, and high-efficiency solar power (over 28%), enabling real-time, location-specific data publication—ideal for Earth observation and environmental monitoring.

Atlas Aero

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

Atmosphere

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

The project is to develop an airborne collaborative network for real-time exchange of atmospheric conditions.