Quote from: 13Darko on January 20, 2015, 08:17:23 PM

Quote from: Fuserleer on January 20, 2015, 01:17:59 AM

... the global transaction processing capability of the eMunie network will be very high indeed, as 10 nodes can process 30-35 tx/s average, and the scalar as the network grows should prove to be near linear, 1000 nodes could in theory process in excess of 20,000 tx/s globally.

That's fantastic! Bitcoin is only 7 tx/s and 20,000 tx/s looks like a VISA network

So.. can I say eMunie is a Bitcoin KILLER and direct competitor of VISA? Cheesy

Perhaps, time will tell. The 20k is all based on theory, solid theory but theory nonetheless...and we all know how theory can out in the real world

Quote from: One Six on January 20, 2015, 09:58:26 PM

When is emunie coming out?

Soon, I mention the timeline in a early post in this thread.

Quote from: DrGrid on January 20, 2015, 11:26:57 PM

The results are really impressive, thanks for the detailed explanation. Would be interesting to see what would happen to the transaction bursts, when the latency of the global network starts to kick in. Have you conducted a simulation yet, that would prove it to scale linear?

Those "bursts" should not happen, or at least, be a lot less severe, due to the network topology. In these test the topology is nothing like what production would be, tight cluster cross-spamming large transaction loads just isn't going to happen on a global scale.

We have a number of additional tests planned where we will scale this up, so we'll see how close to linear it is. I'll report back when we do them

Quote from: billotronic on January 21, 2015, 12:59:36 AM

only 10 nodes? BOOOOO

Come on man, thats not a sexy test at all! You have 10 nodes in your bathroom for fucks sakes.

LOL I do, but this wasn't a local test, this was a true WAN test over the internet. LAN tests yield much higher transaction throughputs,