Thanks to the consistency and hard work of our tireless mining pool admins who care about the safest possible mining, our mining pool becomes a product whose services are chosen by an increasing number of miners.
Among the more and more common nations in zetpool you can meet miners from:
Czech
Russia
Germany
Ukraine
and even such as distant Brazil, which becomes the fifth nation.

Thank you for your trust and we ask for more. I am especially glad that our proprietary mining pool ideas convince and bring results in the form of very good remuneration for miners. According to Pool Mining Monitor, we were the fastest mining pool in the world in June and August (as of August 27).

The solution with bundling of payment orders based on an algorithm seeking the lowest possible fees is becoming a common solution used in other mining pool. It has a crucial importance, especially now in the era of high transaction fees after the implementation of the London hard fork. We implemented such a mechanism a year ago and today it is easier for us to find ourselves in this demanding reality.

We wish you many hashes !!!

Author: Marcin Żywica from ŻET Technologies

Miner, founder of ŻET Technologies, a company                                                                                  designing and manufacturing advanced crytpo miners.                                                                          ŻET Technologies provides computing power for blockchain                                                                  networks, creates technology for 21st century business.

The post Zetpool record attendance first appeared on ŻET Technologies.

What is cryptocurrency mining?

As an introduction, we’ll focus on the leading Proof of Work consensus for most well-known cryptocurrencies such as Bitcoin, Litecoin, Ethereum, Monero, Dash, and Zcash. In order for a cryptocurrencies network to function properly and provide its users with all functionalities, it is necessary to put the computing power to work. Thanks to this calculation, all registered transactions will be validated (verified). In other words, every cryptocurrency user will have absolute certainty that what has been saved in the blockchain is confirmed and verified for correctness.

In order for this model to work, an incentive for owners of computing power in the form of remuneration is needed. Remuneration is implemented in two ways: the first is the reward in the form of receiving coins generated through the cryptocurrency protocol and this is the main form of remuneration for digital miners. The second form is the network fee for each transaction you have to pay for adding the transaction to the block chain. The second form of remuneration is at the moment less significant, although over time this state of affairs will change. As the number of users increases, the number of transactions on the network will increase. Ultimately, transaction fees will be the only form of remuneration for miners for their services.

This is very important because most cryptocurrencies have a maximum number of coins recorded in their protocol, after which they will not be able to be generated further. In this way, we achieve network integrity, both cryptocurrency users and miners meet their expectations: the user feels calm and confident that his transaction will reach the recipient safely, on the other hand miners receive remuneration for their services of securing network.

Who can become a miner?

The answer to this question is as follows: anyone who has computing power can become a miner. Computing power can be understood as a smartphone or laptop, it does not have to be a highly specialized computing server. Another thing is how many computing units we will have, there is a definite advantage in favor of specialized equipment. However, even the most ordinary phone can connect to the cryptocurrency network as long as the appropriate software is installed. Such ease of becoming a miner is a practical expression of decentralization – a feature inscribed in the DNA of cryptocurrencies.

The more people make the computing power available, the more distributed and decentralized the network becomes, and at the same time stronger and more resistant to all dangers. It is not difficult to imagine a situation in which, as a result of a failure or deliberate operation, cryptocurrency miners from a specific part of the world will be temporarily disconnected from the network. However, it is much harder to imagine that such a phenomenon can be carried out for the entire globe. As long as at least one copy of the entire history of the blockchain chain is available on the network, cryptocurrency can exist and work.

An extremely important issue arises here – the so-called bottleneck. These are elements of the network architecture that are particularly susceptible to destabilization attempts. As a consequence, the paralysis of these elements is felt throughout the network by each user individually. In the perfect network, the nodes that make up the given network should be distributed as evenly as possible. The purpouse is to eliminate all weak links from the network structure and design the architecture in such a way that there are as few bottlenecks as possible. In this way, we come to the question of what role cryptocurrency mines perform.

Why is cryptocurrency mining so important?

For the most recognizable cryptocurrencies such as Bitcoin or Etheruem, the total computing power is calculated in hundreds of thousands of devices. Specialized cryptocurrency farms with hundreds or even thousands of devices are created for this purpose. If a miner wants to receive regular remuneration and does not have a significant amount of computing power, he should usually join the mining pool, which brings miners together. In this way, the mining pool combines the power of individual miners, thanks to which it is more often rewarded by the network, and then distributes remuneration according to the shares sent by individual miners.

To better illustrate this mechanism, a miner with one small device in the Bitcoin network can wait up to 5-10 years for the first salary. In the mining pool where he cooperates with other miners, this time is reduced to several hours. Miners choose mining pools that guarantee frequent payments. It is worth noting that the difference concerns only the frequency of withdrawals, not their size. A large mining pool will reward a miner contributing a specific hashpower exactly the same reward as a smaller mine. The only difference will be that the larger mining pool will pay more often, and the smaller one will do it at a lower frequency, but with a larger amount of coins.

Here one of the most fascinating features of cryptocurrencies is revealed – the ability to self-regulate. The work will be rewarded with an adequate payment. In this perspective, Proof-of-Work implements one of the fundamental principles of cryptocurrencies – despite the lack of supervision of institutions and third parties, it allows to guarantee fair and reliable rules for using the network. On the other hand, this raises a problem of the distribution of computing power, which manifests itself in the centralization of computing power. The optimal distribution of network power is one in which there are 20 mining pools controlling 5% of the network power each. In this way, computing power is distributed over a large number of mining pools of balanced size.

How does this apply to real world?

In practice, it is difficult to identify any cryptocurrency with such a structure. Usually 3-4 mining pools control 70-80% of the network. This reduces security and poses threats to the functioning of cryptocurrencies. Indirectly, this also translates into their value. Increased centralization is a powerful threat to the entire existence of cryptocurrencies. That is why it is very important to maximally decentralize cryptocurrency networks.

It is good practise to check in the block explorer of a given cryptocurrency what the network structure is – whether by chance there is no mining pool that controls over 50% of the network’s hashpower, or whether there are two or three mining mines that control over 50%. These are natural bottlenecks. It is also worth monitoring other network statistics and checking which mining pools make their nodes available to the network in what quantities and in what condition. This way you can also learn about the attitude of mining pools operators to given cryptocurrency.

There are mines that explicitly declare their willingness to derive income from the commission charged to miners for their services. The development of cryptocurrency is not in their area of interest. Sometimes there is a bizarre situation, in which the creators of cryptocurrencies are not able to implement improvements to the protocol due to the fact that 2-3 mines controlling most networks block such update. It is very good to check how a given mine has behaved in the past and whether its vision is consistent with yours. In this way, we will avoid the situation when we unknowingly support solutions that are unfavorable to the interest of the project.

Author: Marcin Żywica from ŻET Technologies

Miner, founder of ŻET Technologies, a company                                                                                  designing and manufacturing advanced crytpo miners.                                                                          ŻET Technologies provides computing power for blockchain                                                                  networks, creates technology for 21st century business.

The post Crypto Mining using Proof of Work method – introduction first appeared on ŻET Technologies.

Below are examples of our projects:

Graphic cards:

a) all AMD rx 3xx, 4xx and 5xx models – example: 6x rx 580 180 Mh / s and 650W (!) 

b) RX 5700 and RX 5700 XT – example: 6x RX 5700 302 Mh / s and 800W (!) 

c) Nvdia GTX 1060, 1070, 1080 – example: 6x gtx1070Ti 195 Mh / s and 750W (!) 

d) Nvdia RTX 2060, 2070, 2080

BTC miner:

a) Antminer s9, s17, z11, other example: s9 10 Th / s and 750W (!) 

Tell us what equipment you have and we’ll get the most out of it.

The post Maintenance services first appeared on ŻET Technologies.

Why RandomX?

Let’s remind, the essence of the new algorithm is to reorganize its structure. An often raised argument in favor of RandomX adaptation was the constant struggle on the line of Monero developers versus computing system manufacturers. The latter, at an express pace, after each update produced new ASIC miners that were much faster than graphics cards and processors, which was met with strong criticism from miners. The problem is that the creators of the ASICs are not willing to share their technology, they use it on their own and for their own gains. The scale of the phenomenon has become so significant (over 50% of networks were ASICs) that developers have entered the game, who decided to finally solve this problem, so the idea for RandomX came into being.

What can RandomX do?

First of all, RandomX is a hashing algorithm, so the mechanics of operation is similar to that known from other cryptocurrencies: Bitcoin, Ethereum, Zcash. All you need is to supply your computing units with RandomX supporting software and we can join the mining of Monero. The key changes concern what kind of computing units will be most effective. In this aspect, we have a real revolution, all mechanics have been thoroughly rebuilt. 

Who is RandomX for?

As announced, RandomX gives priority to processors. This is the direction Monero has chosen. The first tests confirm that the best performance is provided by high-end processors (Ryzen 3700, 3900). The second are the current leaders – graphics cards. However, here too there have been changes in accents – owners of Nvdia GTX / RTX gain at the expense of AMD RX graphics cards. At the moment there is no information about other computing systems (ASIC, FPGA). It seems that the main goal has been achieved – ASICs have disappeared from the network. This is very good news, for users, for security and for the entire ecosystem. 

RandomX performance

The tests clearly show that the priority belongs to processors. And so Ryzen Rx 3700X reaches 6800 H / s at 100W power consumption. For example, an rig based on 6x GTX 1080Ti (and therefore a high end) can achive up to 4800 H / s with a power consumption of 850W. The top Ryzen 3900 processor can accelerate up to 12,000 H / s.

Hashing performance for 6x 1080 TI

Conclusions on RandomX

The set goals have been achieved – the mining mechanics of Monero have been thoroughly rebuilt. Unwanted computing systems (ASIC, FPGA) have been eliminated, processors have entered the game, and graphics cards are somewhere in the middle. The network power is steadily increasing, new miners join every day.

If you are interested in mining Monero – contact us!

The post Monero – RandomX premiere first appeared on ŻET Technologies.