You can swap XBTX to PARA (BEP20) currently.
Go to the transcendence discords ann for information

You can swap TELOS to PARA (BEP20) currently.
Go to the telos discords ann for information

1.3.21 Dashboard with some fixes was released at github

https://github.com/phoenixkonsole/transcendence/releases/tag/3.11

The dashboard allow to use TELOS and XBTX as well as mine the later one.

For those interested in using the ARMedONE cluster for CPU-Mining or Masternode purposes, may love that we made the Dashbaord free for everyone and separate non-kyc public chain functionality from kyc-required company based services. Those who are into Crypto and support the project on Kickstarter, can request also access to an old version of coinbot which allows to let a local botnet to work on several exchanges.
Our own linux / AROS Hybrid called AEROS will be rebranded and focuses on compatible ARM Modules. The aim is to be compatibile to Linux, AROS, AmigaOS and Windows, as well as providing High Performance Cluster solutions and AI as well as Renderfarm solutions. In short we try to cover all niches in one thing.
Demos will follow.
https://www.kickstarter.com/projects/armedone/armedone-arm-cluster-of-28-coms-made-easy?ref=user_menu

Campaign is live now https://www.kickstarter.com/projects/armedone/armedone-arm-cluster-of-28-coms-made-easy?ref=discord

join the discord for updates as well, especially those which are cryptorelated

Merry Christmas and happy hollidays everyone! Good news ahead: Kickstarter will start on 01.01.2023 around 12:00 MET. You'll be able to access it via https://kickstarter.armedone.rocks/

If you join the discord, you will also find additional Boni just for Crypto Users. So if you support the campaign, you will be able to redeem extras if you are member of the discord, related to Mining, Staking and stuff like Trading Bots.

I hope you will like the ride and join us

Yes the Pyramid is the „workstation“ option, while we will also offer a regular 4HU server case with a fan front.
Pictures will follow for those.

Also we are going to create some videos next.

https://github.com/ARES-Blockchain-GmbH/ARMedONE/tree/main/Pyramid

I will rebrand aeros-os.org to BCOM1 / or bcomONE as I want to focus besides mining and staking on cluster Management in the future.
The coreboards (compute modules) shall automatically be combined to a higher performance computing cluster.

Made for eternity ; )

You are still not getting the Point of ASIC-resistant algorithms ; )
What motivation should Bitmain have to build something when the community is strictly against it and will change the Code ?

Take zCash.. they sold their souls back then. Thats it. If the foundation had a different plan than making some bucks (who knows who got what behind the scenes), there would be no ASIC mining for zCash. (well ok it was GPU not CPU but also that is just a decision)

It makes sense if you look at it that way:
1. what is the purpose
2. how much energy is consumed to achieve that

Let’s say the only purpose is transaction verification
Than you can compare how much energy is consumed to achieve that

Also you can make any blockchain „greener“ if it does more at the same time than just provide a payment option.
For example it could hold assets and security tokens.
Same energy but more action.

So even if you put the same energy in both , the one which offers more functionality at same consumption is more efficient

Excactly it depends on the algorithms.
Next year I believe they will start implement energy labels to blockchains and only cpu focused algorithms make sense than. Besides of course proof of stake / Masternodes.

In all 3 areas i see the ARMedONE.
Cpu mineable coins which also feature Tokenization on chain will get better energy rating than pure payment focused chains.

I can’t share in depth details without asking first but as hint: all major forces on earth are in a race for Computational supremacy.
We try to enhance the availability and options of upgrade paths and make the infrastructure future proof.
Minimizing impact on the environment and the problem of getting hardware at all in crisis situations.
On the other hand we cramp a lot of Server into a single server case (28 to 1) so we can quickly create backup solutions for hacked data centers which are system relevant. And in best case in a mobile solution.

There is more but that’s what I find exciting. #resilience

https://www.marketwatch.com/press-release/armedone-clusterboard-to-start-the-era-of-sustainable-cryptomining-2022-12-12?mod=search_headline

Most of us are focused on Software solutions.
I had some hardware projects in the past.

For me all projects are piece of a bigger picture. Slowly getting there ; )

2 good news:
1. we got today the qualification for funding R&D for the board for server use cases (EU Fund)

2. production of number one and so we should be able to launch the Kickstarter campaign in a few days.



We are now also preparing a model inside a nice case for mining purposes as well as one workstation.

My duty is to show cpu Mining and profitability as well as Alexandria (a proof of storage) and last but not least Transcendence Trusted Nodes (worlds first decentralized trading-botnet)

Stay tuned. Rollercoaster incoming

I will prepare a video about cpu Mining Xbtx and how much better arm performs there than anything else.

Due to illness the sample production will start Tuesday.
We are going to prepare mining relevant infos before the launch of the campaign.

And here we are ; )
Based on the ARMedOne we are going to offer IT-Containers and small IT-Tresors
The heat created inside has to be taken out. By having the hardware in its own „atmosphere“ but taking heat out we go around the humidity problem.

Last man standing : )

https://bitcoin-subsidium.org

Cpu mineable fork of Ravencoin.

https://assets.kryptobay.eu

NFT example:


Biggest bonus for XBTX is it’s asic and gpu resistance

SBC consists of more elements than required to act as a Server or Miner.
Can you agree on that? This is the reason Compute Modules do exist. They have less parts on it but all features as long the carrier board covers the I/O

So let's say the same computer as SBC costs 120 but as Module only 57. Technically the same just minus all the connectors and less production costs and complexity.

And now you put all of them together on a single carrier (28 in that case).

From our experience larger CPU's scale badly as they consume more power than several small ARM SBC's. And if we take now the overhead of unecessary parts out of the SBC's, than we get a point of Ressource saving / less impact on environment / less costs / less power consumption / flexible availbility on the market / and scaling means also scaling based on users pocket.

You are looking from a different point of view it seems. In your eyes you are mining with one CPU only and try to be decentralized.
I think (?).

So you think its is less expensive to buy one SBC which costs lets say 120$ as like a VIM3 for example.

Ok..

The ordinary miner is checking how much it costs and how rentable it is. So if it makes sense he wants to scale up quickly.

Now my point is what happens if you buy 28 of such SBC's

so 28x 120$ = 3360
Our Board costs currently at a low amount of 100 pieces = 1499€ (at kickstarter)
= 1861€ left for Modules.

For the SBC's you need:
28x Ethernet cables = 28$ depending on lenths
28x Powercables (not all SBC's do PoE) = 28$
And a PSU to power all of them = Don't know 100$
Or 28x 5.90$ if you choose psu per module

Let's say around about 156$ on top, you would save in first round of adding modules. (1x ATX 350W PSU and 1x Ethernet = 26 + 1 =27€ would be needed).

The idea of our board is that you can just replace the Modules with a new generation of Hardware.

So the invest of 1499€ for the board was done only once.

Now you have the benefit that you can use "cost-effective and flexible configurable Compute Modules", instead of just another fully equipped SBC with stuff like Audio, Ethernet, USB, HDMI and whatever connectors you just don't need again.

So the new batch of 28 SBC's would cost much more in the moment of investment, than the "second" batch of Modules for the very same "already" paid ARMedONE.

The third time you add new Hardware saves again money compared to SBC's
and so on.

And thats what i mean also with democratic. It's cost effective(higher accessible) and the longer you stay in mining, the more often you want to upgrade, the better.
As said the price depends as usually on demand. The more people support it, the better and the prices go down and we can create "together" low cost core-modules.
If we reach the second step of creating modules, i can imagine to make the design and layout open source.

Democracy is power to the people. We deliver Power to the people

Hmm interesting that you don't find it democratic : )
I think the opossite:
by offering a platform which is open to all kind of modules we provide a standard. This standard makes it less exensive as soon people start adopting.
The prices we show is based on 100 only. So expect price cuts during the campaign -> we can't change prices but add stretch goals.

So instead of everyone is cooking his own soup, it becomes an adaptable solution and home of new modules based on new tech.

Also to be fair you have to count in the cost reductions for "workhours" and "peripherals" as you need only 1/28th of cables, psu's (even more as you can connect boards to each other), Cables, etc.

Work reduction means:
If you need to update to a new CPU-Core (ARM, x64, Fpga, Risc-V, etc) you can do that during runtime. No need to power off anything. No work to cut off cables, unpluf PSU's, swap psu's, add cables again, mount the board and so on...

It is as easy and quick as adding a RAM module on a mainboard. CLICK
So if you think about Mining Farms and managing them, you will find it very cost effictive to be able to scale and upgrade them to new Technology in 1/28th of the time or even less compared to Servers / Rigs or SBC's. You are faster mining again, you have quicker access to new tech.
Also logistic is much easier as the new "Hardware" is tiny as a SO-DIMM RAM Module. Much better than new Fullsize MAinbaords all the time and new CPU's and new RAM and whatever is required to make it run.. this is like comparing sending a RAM module via Post vs an Elephant by foot. So the shipping costs a Farm saves when upgrading to a new GEN of CPU's should be convincing enough.  
 
Also the last years were showing a tendency to centralization of Blockchains. By having physical 28 servers (more if you use virtualization) inside a box you can help to decentralize multiple chains being them PoW or PoS(Masternode) based. So as enthusiast you can be more democractic at lower cost.

If we reach the Target, we may also reach Stretch-goals and we can create own Core-Modules.
If we make it, you can stay in touch via discord and the community which hopefully is born then, can build own modules. If there is enough demand, we built it on request. I think it's democratic : ) at least a good foundation for a democracy.

There is also Open-Risc and Risc-V whch allows to design own opensource chips.