Our multi-disciplinary team in microfluidics, biochemistry, mechanical engineering, computational biology, and software has a proven track record of delivering successful commercial products built on deep technological innovation. We are pursuing an enormous potential market with backing from tier-one venture investors.
While DNA sequencing technology has advanced rapidly, it’s still at a level equivalent to what assembly language was to computing, with…

Our multi-disciplinary team in microfluidics, biochemistry, mechanical engineering, computational biology, and software has a proven track record of delivering successful commercial products built on deep technological innovation. We are pursuing an enormous potential market with backing from tier-one venture investors.

While DNA sequencing technology has advanced rapidly, it’s still at a level equivalent to what assembly language was to computing, with huge advances yet to be made. 10X is creating products that will do for sequencing what C did for computing, bringing a leap in higher-order clarity and meaning to what is now very low-level information. Software is a key part of that leap. The scale and complexity of analyzing, managing, and visualizing DNA sequencing data means this is an area with no shortage of hard problems, where brilliant engineering still matters and can yield big payoffs.

We want computer scientists and engineers – not just programmers – who excel at creating elegant, practical solutions at every level from web APIs down to LLVM code optimization. We are developing performance-critical algorithms, highly parallel data analysis architectures, robust web applications, and rich user interfaces and visualizations deployed to desktop and cloud on legacy-free stacks.

If you are the kind of person who is an avid fan of technology in all fields, not just your own, and want to apply your talent alongside a diverse team of experts every day, join us at 10X.

Our multi-disciplinary team in microfluidics, biochemistry, mechanical engineering, computational biology, and software has a proven track record of delivering successful commercial products built on deep technological innovation. We are pursuing an enormous potential market with backing from tier-one venture investors.
While DNA sequencing technology has advanced rapidly, it’s still at a level equivalent to what assembly language was to computing, with…

Our multi-disciplinary team in microfluidics, biochemistry, mechanical engineering, computational biology, and software has a proven track record of delivering successful commercial products built on deep technological innovation. We are pursuing an enormous potential market with backing from tier-one venture investors.

While DNA sequencing technology has advanced rapidly, it’s still at a level equivalent to what assembly language was to computing, with huge advances yet to be made. 10X is creating products that will do for sequencing what C did for computing, bringing a leap in higher-order clarity and meaning to what is now very low-level information. Software is a key part of that leap. The scale and complexity of analyzing, managing, and visualizing DNA sequencing data means this is an area with no shortage of hard problems, where brilliant engineering still matters and can yield big payoffs.

We want computer scientists and engineers – not just programmers – who excel at creating elegant, practical solutions at every level from web APIs down to LLVM code optimization. We are developing performance-critical algorithms, highly parallel data analysis architectures, robust web applications, and rich user interfaces and visualizations deployed to desktop and cloud on legacy-free stacks.

If you are the kind of person who is an avid fan of technology in all fields, not just your own, and want to apply your talent alongside a diverse team of experts every day, join us at 10X.