DigiByte Coin – A crypto currency for Miner

The DigiByte crypto currency, also called DGB, is one of the oldest crypto currencies and still relatively unknown. Perhaps wrongly, because the DigiByte Coin development contains interesting technologies that have already been adopted from other crypto currencies.

The coin blockchain focuses on security, speed and decentralization. The DigiByte Coin forecast may reveal whether the unknown nature of the crypto currency could change.

Bitcoin Code – What is this crypto currency?

Like Bitcoin, DGB Coin is a digital means of payment based on a decentralised block chain. However, the crypto currency wants to be much faster, more secure and more decentralized. A new block of the blockchain of Digi/Byte is created approximately every 15 to 18 seconds. Creating the blocks is used to verify and execute transactions. Only when a block containing the latest transactions of coins is added, these transactions with Bitcoin Code are considered legitimate. With 15 seconds, the blockchain of the DGB crypto currency is about 40 times faster than Bitcoin and allows about 280 transactions per second. This makes it not the fastest crypto currency on the market, but the team wants to catch up with the faster blockchains in the course of development. Since new blocks are generated much faster than with Bitcoin, there would normally be problems with scalability. Because the more blocks are generated, the more the blockchain grows, becomes larger and slower.


In fact, the coin blockchain is the largest on the market to date. The blockchain owes the fact that the transactions do not last forever to “Segregated Witness”, or SegWit for short. SegWit separates the confirmation of the transactions from the transaction information in the block itself. This makes the blockchain more compact and slimmer.

There are supposed to be 21 billion DGB coins in total. No new coins are then distributed to the miners. Miners receive coins as a reward for helping their computers generate new blocks. Mining or “digging” is an important incentive for many to deal with a crypto currency. Bitcoin has the problem that the hardware requirements for the miners are becoming too high to be affordable for most people. Five mining algorithms were introduced early in the Digi Byte development. These offer the prospectors five different ways to dig the DGB crypto currency. For example, one of the dig algorithms uses the CPU of a computer, the other uses the GPU. This technique is called “MultiShield”. These methods should be an incentive to buy DigiByte Coin for those who want to earn money by digging and thus ensure a constant increase in new coins. In the meantime, this technology has also been adopted by Dogecoin. Should one of the mining procedures become too successful and threaten to outstrip the others, the Digi/Byte team automatically adjusts the difficulty of the mining. The technology behind this balancing is called “MultiShield”.

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Start-ups are pushing for Bitcoin Code adaptation in the medical sector

Blockchain technology can have a major impact in various industries. Outside the financial sector, a number of options are currently under consideration. The medical industry can also benefit from distributed ledgers. South Korean Start-Ups are pressing in the coming years to bring the health care system together with the blockchain.

South Korea promotes Bitcoin Code

Most people know that South Korea plays a major role in the world of Bitcoin Code and crypto currencies. The local crypto exchanges generate a lot of trading volume every day. It is not yet known how different startups intend to use the blockchain technology. Many different blockchain-based services in the medical sector are currently under development.

A distributed ledger is very useful for documentation purposes. It provides an unchangeable record of information that is not subject to a central point of error. That is why XBLOCK SYSTEMS is working on a Medical Proof Application Service. This solution will output the medical documents via a public-key infrastructure on a distributed ledger. The company is confident that this method will make the entire business model leaner and more efficient.

distributed bitcoin code

From reward programs and follow-up management solutions to open platforms for medical information, all optimization approaches are being pursued by South Korean start-ups. Competition in this area will ultimately benefit both consumers and the health sector itself. More importantly, a wide range of services is currently being created.

The medical industry needs an upgrade

Recent years have shown that the medical industry needs a technology upgrade. There are several central points that cannot be dealt with. These problems enable data loss, successful malware attacks and inefficiencies in your own service. Blockchain technology can solve many of these problems. A South Korean spokesman in an interview:


Blockchain is an innovative technology that opens up many new possibilities. At the same time, the technology must be scalable and transparent and offer a certain degree of privacy. Finding the right balance for the medical sector will be a challenge. Nevertheless, South Korean start-ups are confident that they can bring great benefits to this industry.

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Ethereum Mining – How do I mine ether?

But the rate is not expected to be maintained: Sometime in 2017, Ethereum will switch from Proof of Work to a new consensus algorithm in development, the Casper, which is expected to be more efficient and requires less mining effort. The exact method of emission and what functions it will serve is still in the field of active research, but what can now be guaranteed is (1.) that the current maximum is the upper limit and the new emission under Casper will not be exceeded (it is expected to be much less) and (2.) no matter which method is ultimately chosen, it will be a decentralized, intelligent contract (smart contract) that will never give priority to a particular group of people and whose purpose is to take advantage of the general health and safety of the network.

Ethereum Mining – How do I mine ether?

Ethereum’s network is managed by computers all over the world. To reward the cost of processing the contracts and securing the network, there is a reward given to the computer that was able to create the latest block in the chain. On average, every 12 seconds a new block of the block chain is created, with the last transactions being processed by the network and the computer that created this block being rewarded with 5 ethers. Due to the type of block generation algorithm, this process (proof of work) is guaranteed to run randomly and the rewards are set in relation to the computing power of each machine.

This process is usually referred to in crypto-currency jargon as “mining”.


If you are on a private network (and want to test the technology and Ethereum Mining for free) then any normal computer with a normal CPU will be able to join the Ethereum Mining network and earn Testers (an Ether that can only be used on the test network where it was created) created by the Mining.

This is the best choice for small networks or private testing of Ethereum Mining, as it is less resource intensive. With Ethereum Mining in the real (or live test) network, a normal desktop (or laptop) computer can take a very long time to successfully generate a block in Ethereum Mining and get Ether.

GPU Ethereum Mining

If you are serious about growing with the living Ethereum network and want to get real ether rewards for Ethereum Mining, then you should use a dedicated computer with very powerful graphics cards for Ethereum Mining to run the network. In the meantime, entire cloud mining pools have formed in order to “win” ether faster together.

Another option is cloud mining. Here you can rent mining power without having to place any hardware in your own four walls.

Vitalik Buterin – The genius behind Ethereum
Vitalik Buterin – Founder of Ethereum
Buterin was born in Kolomna, in the Moscow area of Russia, and lived in the area until the age of six when his parents emigrated to Canada to seek better employment opportunities. While he was in the third grade of primary school in Canada, Buterin was placed in a class for gifted children and began to understand that he was being educated in mathematics, programming and economics. He also had the gift of adding three-digit numbers in his head twice as fast as his peers. In 2012 he received a bronze medal in the International Olympiad in Computer Science. He attended the University of Waterloo, but left in 2014 when he received the Thiel scholarship and moved to full-time work at Bitcoin.

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