/biz/ - Business & Finance

>>12695350

>If I choose to sign for some and not others, it is my choice. I could, but it would require something I value in return, and it is not money.

>If I sign, the next attack is simple: I stole the keys. No matter what I do, there is no path from PoSM (proof of social media) to acceptance for me. Bitcoin is the mirror of what I see, a world of work. We are stewards to wealth. We do not own it, it owns us, and we have to sacrifice daily to make the information flow to retain the right, not the privilege to help maintain the plumbing that is the conduit of life.

>More, it does not matter. All that does is what is created.

>Will I create more, if I parade as a monkey before the grinder on the stage and dance… No. To be honest, I would lose the time and ability to create. I would be dancing on the string that fame requires. So again, I reject such a path. Building is the only truth path. Creation.

He doesnt need to impress you faggots

https://researchoutput.csu.edu.au/en/publications/the-quantification-of-information-systems-risk-a-look-at-quantita-3

https://www.youtube.com/watch?v=IOlvOiGPPio

>>12019359

The Bitcoin network models were built on successive iterations of virtualized high-performance
computers that have become increasingly powerful since 2009. The initial system comprised 680
Windows XP machines that were subsequently updated to run CentOS Linux. These early machines,
which were not clustered, acted as both mining and capture hosts. The first cluster was created in
2012 as an SGI-based supercomputer. Prior to this, a combination of machines individually ran
tcpdump node software and analysis software. In 2011, it became apparent that a parallelized cluster
would be needed. With the introduction of GPU, then FPGA, and subsequently ASIC-based systems,
the demand to process transactions increased significantly. Although it was understood that the
number of transactions would increase over time, the rate of this increase was significantly higher
than was expected. Between January 2011 and mid-2012 many systems clustered in parallel were
trialed. The devices were implemented across the various networks and allowed the high-speed data
7
that was written across a variety of online drives to be captured and analyzed. The amount of
captured information grew significantly in this period, thereby leading to the need to run multiple
machines. Even the use of GPU-based structures did not succeed in capturing all the data on
individual machines and hence started running systems in parallel. The current HPC system in use,
known as Tulip Trading, runs on over 265,000 Supermicro cores and is currently ranked at position
17 in the Top 500 Supercomputer list2
(see Appendix 1: Tulip Trading HPC for full specification).

>>11961309

>>11947800