Design the fit
We keep the enclosure, optical channel and controls in the same design. Moving one changes what we can ask of the others.
Corridor Numerics / Gen 2
The Integrated line.
A camera phone, a notebook for the road and a desktop for the workbench.
In development These are renderings of our Gen 2 engineering designs. Our first planned build is the proof of concept aperture instrument.
Integrated / Camera phone
myPip
Prop the phone on a table for a photograph or a call. Lift the slim stand from the back, then fold it flush beside the camera terrace.
Gen 2 finishesCarbon
Look closer
Explore the assembled exterior.Gen 2 / Trial edition
Gen 2 / Design film
First Light
The film places our five Gen 2 engineering designs on a limestone terrace above the Red Sea. Watch the light move across their rendered surfaces and controls.
Integrated line / Gen 2
The collection
Three personal computers and two instruments, designed in Giza. Explore the handling details of each design, from a phone that stands on its own to a lab station built around a repeatable reading.
Camera phoneCarbon
myPip
The stand folds flush into the back and props the phone for a shot or call.
NotebookStarlight
myRoam
A front-edge recess gives your thumb a place to lift the lid.
DesktopDeep Lagoon
myGrove
Front-facing connections put the everyday ports within reach.
Measurement stationElectric Quince
Raven Lab
A reference built into the station gives the operator a way to repeat a reading.
Companion stationMorello
Raven Lab Studio
A guarded acquisition key lets a second operator repeat a run without seeing the selected state.
Gen 2 design studies · Product visualisations
Design & engineering / Inside Gen 2
How we build the line.
A phone has to sit comfortably in your hand. In the myPip design, the light path follows the body and the stand folds into the back. Keeping those details together shapes what we design ourselves, what we source and what we test.
Start with replaceable parts
For the first bench build, we plan to pair locally cut openings with separately sourced lights and detectors. That lets us change one part and repeat the measurement.
Test the whole task
Our proposed device trial compares an optical reading with the same task on an ordinary processor. Accuracy, energy use and the ability to recover from a bad reading all matter.
Research behind the line
The aperture study
Two openings can have the same area and depth yet transmit different amounts of light. Our published paper explains how the shape and direction of illumination account for that difference. The companion bench plan sets out how to test it.
Explore the study and interactive figure Read the paperFilm archive · Field Series 01 · 45 seconds
Archive / First design study
The earlier Field Series.
Filmed before Design 27. This 45-second study follows the earlier detachable concepts. The phone sheds its Field Back, the notebook lifts its key deck and the desktop brings its sensor to the work.
Field Series 01 · 45 seconds · Original scoreDownload the film · 720p Download the native 4K film · 30 MB
Text description
On myPip, a rear panel carrying two optical windows slides away. The ordinary phone turns towards its camera view. myRoam’s keyboard deck rises and settles back into the notebook beside a separate desk head. myGrove’s side panel opens before its cabled sensing bar travels across an indexed mat. The three concepts appear together at the close.
Research & industry
Partnerships
Explore the published aperture geometry, the integrated device designs and the experiments that could establish a useful physical result.
Explore partnerships