Projects:

Projects:

SOMI-1

A MIDI interface to receive Bluetooth® data with low latency from wireless motion sensors to control electronic musical instruments via movements. Developed for Instruments of Things®
*+.

2.4SINK

An Bluetooth® and Wi-Fi Eurorack interface to wirelessly receive custom Bluetooth® messages, Bluetooth® MIDI messages, OSC messages or to connect with Ableton® Link. It offers 16 multimode cv outputs, built-in LFOs and a built-in UI web app. Developed for Instruments of Things®
*+.

Motion Sensor

Bluetooth® controllers for media applications (e.g. to control music via movement). 9-DOF state-of-the-art sensor fusion and low latency technology.
+

IO-Lights

A MIDI controller that controls MIDI CC or MIDI Note messages via environmental light. A high-resolution light sensor in the center of the product makes it possible. In addition, MIDI notes can also be sent to IO-Lights, which are then represented as light by the 12 LEDs on the device. Developed for Instruments of Things®
*+.

R62.5 Sampler

A Concept design of an electronic musical instrument that uses physical rotation to create sequences.
*

CTAG multi-channel audio system

A real-time multi-channel audio system based on BeagleBone single board computer with focus on low-latency, including audio card drivers for Linux. Evaluation of different real-time systems (PREEMPT_RT and Xenomai).
+

Speaker Design

Concept design of a home speaker with an integrated screen that either displays videos or serves as touch interface.
*

Circadian Watch

A concept design of a watch that not only represents the omnipresent numeric time but also the individual inner rhythm of its user. The data of the users‘ circadian rhythm is generated via different sensors (e.g. temperature) on the backside of the watch.
*

Circadian Calendar

The Circadian Calendar is an app that is synchronized with the Circadian Watch. Thus, the calendar knows the sleep and wake behavior of the user and helps to adjust appointments to their own personal time in order to make them as efficient as possible.
*

Neokiel

A social network that was developed in cooperation with the city of Kiel. The platform serves as a transparent communication between citizens and city administration and invites to contribute as a citizen in the design of the urban space.
*

  • SOMI-1:
    A MIDI interface to receive Bluetooth® data with low latency from wireless motion sensors to control electronic musical instruments via movements. Developed for Instruments of Things®
    *+.
  • 2.4SINK:
    An Bluetooth® and Wi-Fi Eurorack interface to wirelessly receive custom Bluetooth® messages, Bluetooth® MIDI messages, OSC messages or to connect with Ableton® Link. It offers 16 multimode cv outputs, built-in LFOs and a built-in UI web app. Developed for Instruments of Things®
    *+.
  • Motion Sensors:
    Bluetooth® controllers for media applications (e.g. to control music via movement). 9-DOF state-of-the-art sensor fusion and low latency technology.
    +.
  • IO-Lights:
    A MIDI controller that controls MIDI CC or MIDI Note messages via environmental light. A high-resolution light sensor in the center of the product makes it possible. In addition, MIDI notes can also be sent to IO-Lights, which are then represented as light by the 12 LEDs on the device. Developed for Instruments of Things®
    *+.
  • R62.5 Sampler:
    A Concept design of an electronic musical instrument that uses physical rotation to create sequences.
    *
  • CTAG multi-channel audio system:
    A real-time multi-channel audio system based on BeagleBone single board computer with focus on low-latency, including audio card drivers for Linux. Evaluation of different real-time systems (PREEMPT_RT and Xenomai).
    +
  • Speaker Design:
    Concept design of a home speaker with an integrated screen that either displays videos or serves as touch interface.
    *
  • Circadian Watch:
    A concept design of a watch that not only represents the omnipresent numeric time but also the individual inner rhythm of its user. The data of the users‘ circadian rhythm is generated via different sensors (e.g. temperature) on the backside of the watch.
    *
  • Circadian Calendar:
    The Circadian Calendar is an app that is synchronized with the Circadian Watch. Thus, the calendar knows the sleep and wake behavior of the user and helps to adjust appointments to their own personal time in order to make them as efficient as possible.
    *
  • Neokiel:
    A social network that was developed in cooperation with the city of Kiel. The platform serves as a transparent communication between citizens and city administration and invites to contribute as a citizen in the design of the urban space.
    *