I, myself, have no control over that. 

I coded (really badly) a ticker for Crypti.

http://ticker.crypti.ws/

I hope you like it, if there is demand I will create a design for it. Suggestions are always welcomed!


- Convert XCR to BTC
- Convert BTC to XCR
- Auto refresh every 2 minutes
- Current BTER price
- BTER XCR volume of the last 24h
- BTER BTC volume of the last 24h

I found one small annoying issue......... entering an amount in the box, pressing ENTER, answer appears, then promptly disappears. It took several tries to get the answer to remain.  Too sensitive ENTER key??

Is there a way to set the box to retain the answer for a set time?

It stays when I use the TAB key, but not the ENTER key.

A group of are us are developing an ARM based coinbox for sale, and there is some overlap between the Crypti team and the coinbox team, Bitseed. We initially tried the NanoPC, a quad core ARM Cortex A9 board, which proved to be unstable. We then went to the Odroid, also a quad core board, which runs well but is too expensive to meet our sub-$100 retail price point. We are currently testing the Cubieboard2 and Cubieboard.

The product is meant to be a stand alone low power secure coinbox which can be always on to run PoS type coins, starting with NXT and Crypti pre-loaded for customer convenience.

It is also the core of our cryptocurrency based mesh networking project, where users can earn coin by providing bandwidth and storage to the mesh network, use the coin to access the network elsewhere with mobile devices, and buy or sell the coin as desired. We just had a very productive meeting with a supplier of TV whitespace electronics which has 10-15 mile range without needing line of sight with 19-21 Mbps data rates. This will allow the mesh to start with a much sparser population of nodes than is possible just using WiFi.

The development path is to start with the coinbox to get the units into the hands of users and developers, add the mesh networking hardware to the coinbox to convert it into a mesh networking node, combining the electronics into a single board system to produce a low cost stationary node capable of running on solar power, and then iteratively shrink the system to work first as a compact tethered node to operate with a mobile device, and finally, integrate it into mobile devices like the Google Ara modular phone and/or an open source mobile device which is part of a networked personal wearable system which can integrate a heads up augmented reality display, PTZ cameras, wrist band displays, gesture and voice control, and specialized devices like medical diagnostics and scientific sensors.