We produce micro-mobility class vehicle designs and
are also producing design and production tools for such vehicles.
We are producing tools for designing and producing micro-mobility vehicles.
We plan to license these tools to small and medium scale micro-mobility vehicle producers to help them reduce time-to-market.
This is an MCAD tool to create a specification of a structural-assembly.
It uses a hexagonal-grid as a basis for the spatial representation of 3D objects,
which is an improvement over methods used by existing tools.
This is a space, an installation, and a process repository
for the production of a single land-vehicle unit.
It simplifies the prototyping process and can also be used for production and post-production
maintenance.
We design land-vehicle structures, such as axles, wheel-bearings, suspension systems and steering mechanisms and structural-assemblies.
We specialise in 2-wheeled and 3-wheeled vehicles.
We have designed an attachable contraption that stabilizes a bicycle.
It has an independent axle and
a specially designed mechanical steering mechanism to steer the axle in sync with the bicycle's steering.
We produce developer tools that help improve developer efficiency.
InterUnit-UI is a new UI-design approach that uses a temporal basis for describing a UI instead of the screen-space organisational basis of Windows used by WIMP.
It simplifies UI-design and produces UIs with better ergonomics.
Ergonomix is a developer-tool for designing apps with InterUnit-UI.
The tool is designed to improve developer efficiency.
Between 2005-2016, we explored the design of personalised gadgets.
We explored the design of a developer-tool to produce GDSII layouts for an ASIC.
The input to this tool was a personalised user-agent that implemented all the software functions needed by a specific user, such as web-browsing, email, text-editing, specialised enterprise apps etc.
This ASIC would serve as a basis for a personalised gadget that implemented only that user's user-agent.
Such a gadget is secure and private, because it's software is hard-coded into an ASIC.
It is also a lot cheaper, energy-efficient and can be produced on older semiconductor fabrication nodes, such as a 40nm node.
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Between 1999-2005, we explored software applications relating to digital music.
We explored the design of algorithms for analysing digitised sound-streams with the intent of producing a music-teaching software application.
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