Digi.Bio is an Amsterdam-based company that focuses on accelerating biotechnological discovery with microfluidics and AI.
Digi.Bio builds Digital Microfluidics, a tool that uses integrated sensors and AI. The platform that Digi.Bio developed performs automated laboratory experiments, miniaturized, and integrated with a cloud dashboard to control operations, record data and use AI technology to optimize experimentation. The amount of reagent used is reduced up to 100x while hands-on time for the researcher is reduced by 80%. Part of this platform is a benchtop device called the Biological Processing Unit: BPU. It holds a disposable microfluidic cartridge to manipulate the reagents for an experiment. It contains temperature control and purification system to influence experimental conditions, and optical sensors to collect sample data.
The business model of Digi.Bio is founded on one time sales of BPU's, with recurrent revenue from customers for buying microfluidic cartridges. Customers will get free access to the cloud platform.
Digi.Bio was founded in February 2017.
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- BiotechnologyBiotechnology can refer to the application of science and technology to living organisms or the use of living organisms, their parts, products or models thereof to solve a problem, produce knowledge or produce goods and services. Biotechnology may involve the alteration of living or non-living materials.
- Synthetic biologyInterdisciplinary branch of biology and engineering, applying multiple disciplines to build artificial biological systems for research, engineering, and medical applications.
- Machine learningA field of computer science enabling computers to learn.
- BioinformaticsInterdisciplinary field that applies computational techniques to solve biological problems on the molecular level.
- MicrofluidicsMicrofluidics is both the study of and manufacturing of systems where fluids move through tiny channels with dimensions on the microscale. Microfluidics is applied to diverse fields including environmental detection, medical diagnostics, 3D tissue culture and microelectronics.
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