My first love. I fell in love with Oxford Nanopore devices, especially the very versatile MK1B during my master thesis in nano-biophysics and since then I have just seen so much potential coming to live with these little versatile device. Either if you are in the field, away from big labs, or want to run something completely brain-boggling for your question, this small device is perfect for single researchers, little research projects or side projects on a tight budget. It is just a great fit. However, while writing my thesis not everything really worked as expected, no surprise here. Being completely fixated on getting stuff running (aka Master Thesis...) I started optimizing stuff on the workflow and software level, especially on the adaptive sampling open API.
From this early day fast-forward to today : My team and i came up with something which we proudly call "DNA ME Cloud Anchor".
In a nutshell we just remote control a Oxford Nanopore MK1D device through there officially supported software engine/API and then we toolchain our own kind of little solution that can emulate any kind of existing chemical kit (and much more) on a digital level; and we don't need the massive GPU power usually involved. You can imagine Cloud Anchor being something like a "turbocharged remote control" (with some AI magic inside) for Oxford Nanopore Devices.
By using our little extra twist, our customers now go from already "(very) good results" to "extremely excellent" results on their journey from "Sample to Answer".
Send me your most painful DNA wet-lab to Data problem, let's see HOW (not "IF") my team and I will solve that for you.
Sincerly yours,
Evgenii Varlygin CEO