Sad that the form factor looks terrible compared to YubiKey Nano.
It'd be really cool to have an "open" solution which comes in a minimally invasive package.
For reference: https://i1.wp.com/vaultumllc.com/wp-content/uploads/2017/03/...
Sad that the form factor looks terrible compared to YubiKey Nano.
It'd be really cool to have an "open" solution which comes in a minimally invasive package.
For reference: https://i1.wp.com/vaultumllc.com/wp-content/uploads/2017/03/...
I personally use a Nano, but only for limited use cases like VPN. I don't like it for web access to Google/Facebook/Github simply because it feels like someone else could get access to it easily. Of course it's more like a feeling than a real threat.
It'd be interesting to see some numbers on sales, to see if it's worth from a business perspective.
Edit: grammar
Right now it'd be a bit tough, because to fit our chipset [1] in that tight space, it would likely involve making a custom IC package [2] or placing silicon die's directly on the circuit. I think it'd be really cool to do that, and if we get enough sales/interesting, we'll definitely go that route.
Using something like the Tomu seems promising as well. It doesn't have the same security features and is just an M0 core, so it's not the best fit.
[1] https://i.imgur.com/sVQ34em.pnghttps://i.imgur.com/sVQ34em.p...
From what it looks like, you can squish things together by a lot still and replacing components could further reduce it.
Though it's unlikely you'll be able to match the Yubi Nano easily unless you go for some expensive decisions (expensive unless you get a couple thousand keys).
Maybe one "affordable" idea could be to stack 2 two-layer PCBs XD.