Sensor Display

Flywheel Sports integrated display and sensor technology to enhance the traditional indoor cycling experience. Liquidware customized the TouchShield Slide to provide the hardware required to deploy a prototype in under 6 weeks… more


Liquidware designs display-based devices and development tools to speed up your R&D. Browse through our catalog or check out some of the latest devices:

BeagleTouch Modular touch screen display meets the BeagleBoard…
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Android Hardware Development Kit – a single, solution for prototyping…
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BeagleBone incorporates laptop-like performance without a large desktop…
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Random function added to the TouchShield core…
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Gadget Pack – everything you need to make a cool, portable Arduino device…
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The Process

Custom Process Engineering

Liquidware follows a basic engineering methodology that has been developed over many years of delivering highly complex electronic hardware. Design projects usually involve a five phase, synchronized creative engineering process. The process is tailored to the specific project, and allows us to move rapidly towards the final product.

Our skilled engineering, design, and production professionals are supported by the use of leading industry and proprietary internal software programs, and scientific-grade quality production equipment and test and assembly machinery, solely owned and operated by Liquidware’s engineering lab.

Accelerated Hybrid Approach

In some cases, the development process can be accelerated with the use of Liquidware’s off-the-shelf components. Building blocks, such as the Liquidware Amber for custom Android tablets, allow for an advanced starting point for development, as well as a nearly immediate proof-of-concept device. Where the project has few physical constraints, many of these modules can be used in their retail form, but for most projects, Liquidware will modify these modules for final implementation.

The five phases of our engineering process normally include the following:

Contact engineering to discuss your project >

Step 1
Component selection, architecture, and feasibility testing Design, prototyping, and core “power-on” System design and functional revision Interface development, user experience testing and optimization Design rationalization and cost compression for mass production