The Industry 4.0 Architecture for the Biorevolution >

The BiologIC architecture is the keystone of the world’s first biocomputer ecosystem.  It enables our partners to build their life science applications in an efficient, affordable and secure way.  BiologIC's track record of developing world-class architecture designs is reflected in the success of this diverse and rapidly growing ecosystem.

Come join us through our Flexible Access programme and pioneer the biological applications of the future.

Bringing Architectures to Life: The Foundation for Possible

BiologIC architecture specifies a set of rules that dictate how the hardware works when a particular software instruction is executed. It is a contract between the hardware and the software, defining how they interact with one another. 

Through sustained collaboration with our partners, our next generation of architecture will enable designs that push the boundaries of biocomputing.

BiologIC's Architecture Advantages > 

Data: access real-time bioprocess data to understand bioprocess performance, develop adaptive workflows and feed machine learning models

3D freedoms: architectures provide high density of function per unit volume of 3D space

Configurability: standard architectures are optimised for biological performance and are software configurable allowing a broad range of applications

Integrated workflows: BiologIC’s bioprocessing units integrate for the first time life science workflows that have classically been performed in separate systems, through scalable combinations of modules

Integrated domains: BiologIC’s system includes every major domain of life sciences, including fluidics, thermals, optics, electronics and the biology itself

Multi-fluidic scale: today’s architectures operate from macrofluidics to microfluidics, from packets to continuous flow, and future developments will enable bioprocessing at even larger and smaller scales

Method of operation: the novel approach enables sophisticated parallel processing, dense inline metrology drives powerful adaptive workflows and optimisation of fluidic storage versus bioprocessing

Easy integration: standard architectures can easily be integrated within customer-defined functions at an attractive cost/performance ratio

Ease of design: BiologIC’s digital tool chain enables a rapid design-build-test-learn loop and will be further developed to include simulation capabilities

Design for manufacture: products are designed to be manufactured in powerful new products and allow for mass customisation

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Benefits >

> Real-time data

> 3D power

> Miniature

> Software configurable

> Multi-fluidic scale

> Integrated workflows

> Parallel processing

> Adaptive workflows

> Digital

> Data rich

> AI ready

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Talk with an Expert

Looking for additional resources to help you design a system for next generation biology? Talk to a BiologIC expert.