Showing posts with label Mining. Show all posts
Showing posts with label Mining. Show all posts

Tuesday, July 14, 2020

A Beginner's Guide to Earning Passive Income With Crypto

What is passive income?

Trading or investing in projects is one way to make money in the blockchain industry. However, that typically requires detailed research and a substantial investment of time – but it still won’t guarantee a reliable source of income. 
Even the best investors can experience prolonged periods of loss, and one of the ways to survive them is to have alternative sources of income.
There are other methods than trading or investing that can help you increase your cryptocurrency holdings. These can pay ongoing income similar to earning interest, but only require some effort to set up and little or no effort to maintain.
This way, you can have several streams of income that, in combination with each other, can add up to a significant amount.
This article will go through some of the ways that you can earn a passive income with crypto.

What are the ways you can earn passive income with crypto?

Mining

Mining essentially means using computing power to secure a network to receive a reward. Although it does not require you to have cryptocurrency holdings, it is the oldest method of earning passive income in the cryptocurrency space.
In the early days of Bitcoin, mining on an everyday Central Processing Unit (CPU) was a viable solution. As the network hash rate increased, most of the miners shifted to using more powerful Graphics Processing Units (GPUs). As the competition increased even more, it has almost exclusively become the playing field of Application-Specific Integrated Circuits (ASICs) - electronics that use mining chips tailor-made for this specific purpose.
The ASIC industry is very competitive and dominated by corporations with significant resources available to deploy on research and development. By the time these chips arrive on the retail market, they are likely already outdated and would take a considerable amount of mining time to break-even.
As such, Bitcoin mining has mostly become a corporate business rather than a viable source of passive income for an average individual.
On the other hand, mining lower hash rate Proof of Work coins can still be a profitable venture for some. On these networks, using GPUs can still be viable. Mining lesser-known coins carries a higher potential reward, but comes with higher risk. The mined coins might become worthless overnight, carry little liquidity, experience a bug, or see themselves hindered by many other factors.
It is worth noting that setting up and maintaining mining equipment requires an initial investment and some technical expertise. 

Staking

Staking is essentially a less resource-intensive alternative to mining. It usually involves keeping funds in a suitable wallet and performing various network functions (such as validating transactions) to receive staking rewards. The stake (meaning the token holding) incentivizes the maintenance of the network’s security through ownership.
Staking networks use Proof of Stake as their consensus algorithm. Other versions of it exist, such as Delegated Proof of Stake or Leased Proof of Stake.
Typically, staking involves setting up a staking wallet and simply holding the coins. In some cases, the process involves adding or delegating funds to a staking pool. Some exchanges will do this for you. All you have to do is keep your tokens on the exchange and all the technical requirements will be taken care of.
Staking can be an excellent way to increase your cryptocurrency holdings with minimal effort. However, some staking projects employ tactics that artificially inflate the projected staking returns rate. It is essential to investigate token economics models as they can effectively mitigate promising staking reward projections. 
Binance Staking supports a wide variety of coins that will earn you staking rewards. Simply deposit the coins on Binance and follow the guide to get started.

Lending

Lending is a completely passive way to earn interest on your cryptocurrency holdings. There are many peer-to-peer (P2P) lending platforms that allow you to lock up your funds for a period of time to later collect interest payments. The interest rate can either be fixed (set by the platform) or set by you based on the current market rate.
Some exchanges with margin trading have this feature implemented natively on their platform.
This method is ideal for long-term holders who want to increase their holdings with little effort required. It is worth noting that locking funds in a smart contract always carries the risk of bugs.
Binance Lending offers a variety of options that let you earn interest on your holdings.

Running a Lightning node

The Lightning Network is a second-layer protocol that runs on top of a blockchain, such as Bitcoin. It is an off-chain micropayment network, which means that it can be used for fast transactions that aren’t immediately transferred to the underlying blockchain.
Typical transactions on the Bitcoin network are one-directional, meaning that if Alice sends a bitcoin to Bob, Bob cannot use the same payment channel to send that coin back to Alice. The Lightning Network, however, uses bidirectional channels that require the two participants to agree on the terms of the transaction beforehand.
Lightning nodes provide liquidity and increase the capacity of the Lightning Network by locking up bitcoin into payment channels. They then collect the fees of the payments running through their channels.
Running a Lightning node can be a challenge for a non-technical bitcoin holder, and the rewards heavily depend on the overall adoption of the Lightning Network.

Affiliate programs

Some crypto businesses will reward you for getting more users onto their platform. These include affiliate links, referrals, or some other discount offered to new users that are introduced to the platform by you.
If you have a larger social media following, affiliate programs can be an excellent way to earn some side income. However, to avoid spreading the word on low-quality projects, it is always worth doing some research on the services beforehand.
If you are interested in earning passive income with Binance, join the Binance Affiliate Program and get rewarded when you introduce the world to Binance!

Masternodes

In simple terms, a masternode is similar to a server but is one that runs in a decentralized network and has functionality that other nodes on the network do not.
Token projects tend to give out special privileges only to actors who have a high incentive in maintaining network stability. Masternodes typically require a sizable upfront investment and a considerable amount of technical expertise to set up.
For some masternodes, however, the requirement of token holding can be so high that it effectively makes the stake illiquid. Projects with masternodes also tend to inflate the projected return rates, so it is always essential to Do Your Own Research (DYOR) before investing in one.

Forks and airdrops

Taking advantage of a hard fork is a relatively straightforward tactic for investors. It merely requires holding the forked coins at the date of the hard fork (usually determined by block height). If there are two or more competing chains after the fork, the holder will have a token balance on each one.
Airdrops are similar to forks, in that they only require ownership of a wallet address at the time of the airdrop. Some exchanges will do airdrops for their users. Note that receiving an airdrop will never require the sharing of private keys - a condition that is a telltale sign of a scam.

Blockchain-based content creation platforms

The advent of distributed ledger technologies has enabled many new types of content platforms. These allow content creators to monetize their content in several unique ways and without the inclusion of intrusive ads.
In such a system, content creators maintain ownership of their creations and usually monetize attention in some way. This can require a lot of work initially but can provide a steady source of income once a more substantial backlog of content is ready. 

What are the risks of earning passive income with crypto?

·       Buying a low-quality asset: Artificially inflated or misleading return rates can lure investors into purchasing an asset that otherwise holds very little value. Some staking networks adopt a multi-token system where the rewards are paid in a second token, which creates constant sell pressure for the reward token.
·       User error: As the blockchain industry is still in its infancy, setting up and maintaining these sources of income requires technical expertise and an investigative mindset. For some holders, it might be best to wait until these services become more user-friendly, or only use ones that require minimal technical competence.
·       Lockup periods: Some lending or staking methods require you to lock up your funds for a set amount of time. This makes your holdings effectively illiquid for that time, leaving you vulnerable for any event that may negatively impact the price of your asset. 
·       Risk of bugs: Locking up your tokens in a staking wallet or a smart contract always carries the risk of bugs. Usually, there are multiple choices available with various degrees of quality. It is imperative to research these choices before committing to one. Open-source software might be a good starting point, as those options are at the very least audited by the community.

Closing thoughts

Ways to generate passive income in the blockchain industry are growing and gaining popularity. Blockchain businesses have also been adopting some of these methods, providing services commonly referred to as generalized mining.
As the products are getting more reliable and secure, they might soon become a valid option for a steady source of income.

Thursday, July 2, 2020

STAKECUBE MINECUBE Cloud Mining

What is MineCube?
MineCube allows you to buy hashrate in 100 GH steps to mine BTC.
Can I only mine BTC?
Currently yes, other coins will be added in the future.
How much does the hashrate cost on MineCube?
Currently 100 GH/s cost 4$ as a one-time payment.
Is it only possible to buy Hashrate with SCC?
Yes buying hashrate is only possible with SCC.
Is there a limit on how much hashrate I can buy?
In theory no! It might happen that we run out of hashrate to buy for a short while until we add more miners to the network. There is no limit to how many GH a user can buy.
Why does the price in SCC change frequently for a 100 GH share?
The price is calculated in $(USD) currently. Fluctuations in BTC price or the price of SCC affect the amount of SCC you will have to pay in the end.
When I bought hashrate on StakeCube is it possible to cancel my share again?
Currently not, the hashrate you buy is currently non refundable. A secondary market that allows you to sell your hashrate to other users is being worked on.
Do I buy a share in a miner?
No, the hashrate is independent of any physical miners. Even when miners break or are not profitable any more we take care of replacing them to guarantee for the hashrate you bought.
Does that mean the hashrate I bought is eternal?
In theory yes! The hashrate is not fixed to a single miner but we will take care of replacements and maintenance of the miners to provide you the hashrate you bought. As long as BTC mining/ mining in general stays profitable your hashrate can run forever.
How likely is it that mining becomes unprofitable?
Through our partners we can provide much better conditions than most other mining providers. We are running the latest, most efficient miners and are able to run them on minimal electricity costs. Because of that our mining operation can be still running profitable while others will have to shut down already.
Will the reward generated by my hashrate always stay the same?
No, mining is a very complex operation that depends on many factors. Those factors include prices for new miners, electricity costs, the general hashrate in the network, mining rewards and many more. Therefore it's normal that mining rewards can fluctuate on a daily basis even. One day you might receive a higher reward and another day it might be lower. To get a better understanding about the approximate mining reward its therefore better to look at medium term averages rather than daily rewards.
When and how many times will I receive the rewards generated by my hashrate?
Mining rewards are currently being paid out once a day.
What happens to the SCC I pay for minecube?
Approximately 50% of the obtained SCC is re-sold on our internal exchange on a sustainable basis to buy new workers/miners and to cover the demand for new hashpower. The other part is stored with StakeCube to build up reserves and to take the coins out of circulation.

Monday, December 2, 2019

What is Proof of Work (POW) Mining?

Ever wondered how the mining process on a blockchain works, or how a transaction gets confirmed and is added to the blockchain? So have I. And since I couldn’t find any clear step by step explanation of this process, I decided to write one myself. Here is how a blockchain transaction is processed on a blockchain, in seven steps.
Step 1: A user signs off on a transaction from their wallet application, attempting to send a certain crypto or token from them to someone else.
Step 2: The transaction is broadcasted by the wallet application and is now awaiting to be picked up by a miner on the according blockchain. As long as it is not picked up, it hovers in a ‘pool of unconfirmed transactions’. This pool is a collection of unconfirmed transactions on the network that are waiting to be processed. These unconfirmed transactions are usually not collected in one giant pool, but more often in small subdivided local pools.
Step 3: Miners on the network (sometimes referred to as nodes, but not quite the same!) select transactions from these pools and form them into a ‘block’. A block is basically a collection of transactions (at this moment in time, still unconfirmed transactions), in addition to some extra metadata. Every miner constructs their own block of transactions. Multiple miners can select the same transactions to be included in their block.
Example: two miners, miner A and miner B. Both miner A and miner B can decide to include transaction X into their block. Each blockchain has its own maximum block size. On the Bitcoin blockchain, the maximum block size of one block is 1 MB of data. Before adding a transaction to their block, a miner needs to check if the transaction is eligible to be executed according to the blockchain history. If the sender’s wallet balance has sufficient funds according to the existing blockchain history, the transaction is considered valid and can be added to the block. If a Bitcoin owner wants to speed up their transaction, they can choose to offer a higher mining reward. Miners will usually prioritise transactions such transactions over others, because they provide a better mining reward.
Step 4: By selecting transactions and adding them to their block, miners create a block of transactions. To add this block of transactions to the blockchain (which means having all the nodes on the blockchain register the transactions in this block), the block first needs a signature (also referred to as a ‘proof of work’). This signature is created by solving a very complex mathematical problem that is unique to each block of transactions. Each block has a different mathematical problem, so every miner will work on a different problem unique to the block they formed. Each block’s problem is equally hard to solve. In order to solve this mathematical problem, a lot of computational power is used (and thus a lot of electricity). You can compare it to running a calculation on a calculator, only this is much heavier and on done a computer. This is the process referred to as mining. If you want to know more about how the mathematical problem works exactly (it’s not actually that complicated), please continue reading below, otherwise, in case you want to keep it a little more simple, skip to step 5.

Mining aka hashing (Proof of Work consensus algorithm)

The mathematical problem every miner is facing when trying to add a block to the blockchain is to find a hash output (aka signature) for the data in its block, that starts with a certain amount of consecutive zero’s. That sounds complicated, right? But it isn’t really that hard. Let me try to explain this to you in a simple way.
Before we proceed, it is important to know what a hash function is. A hash function is simply put a mathematical problem that is very hard to solve, but where the answer is very easy to verify.
A hash function takes an input string of numbers and letters (literally any string of random letters, numbers and/or symbols), and turns it into a new 32 digit string existing out of random letters and numbers. This 32 digit string is the hash output. If any number or letter in the input string is changed, the hash output will also change randomly. However, the same string of input will always give the same string of output.
Now consider the data inside a block to be the hash input (a string of data). When this input is hashed, it gives a hash output (32 digit string). A rule of the Bitcoin blockchain is that a block can only be added to the blockchain if its signature, the hash output, starts with a certain amount of zeros. However, the output string generated by an input string is always random for each different input string, so what if the data string of the block does not lead to a signature (hash output) that starts with so many consecutive zeros? Well, this is why miners repeatedly change a part of the data inside their block called the nonce. Every time a miner changes the nonce, it slightly changes the composition of the block’s data. And when the composition of the block’s data changes (it’s input), it’s signature (it’s output) also changes. So every time the nonce of a block is changed, the block gets a new random signature.
Miners repeat this process of changing the nonce indefinitely until they randomly hit an output string that meets the signature requirements (the zeros). Below illustrates this in an example. This example uses seven zeros, but the amount of zeros really depends on the block difficulty of a blockchain. Block difficulty is a little more complicated though, so I suggest you save that for later.
This is how miners need to find an eligible signature to their block, and it is also the reason that so much computational power is needed to solve this mathematical problem. Guessing so many different nonces takes a lot of time and computational power. Also, when more hashing power (miners) joins a blockchain, the difficulty of it’s mathematical problem will increase and lead to higher average electricity expenses to solve a block. Good work if you followed through, now let’s move on to step 5.
Note: This process is actually not defined as a mathematical problem, but rather as a deterministic thing — computers are performing pre-determined operations on a number to see if the output is desirable.
Step 5: The miner that finds an eligible signature for its block first, broadcasts this block and its signature to all the other miners.
Step 6: Other miners now verify the signature’s legitimacy by taking the string of data of the broadcasted block, and hashing it to see if its hash output indeed leads to its included signature of so many zeros (hard to solve, easy to verify, remember?). If it is valid, the other miners will confirm its validity and agree that the block can be added to the blockchain (they reach consensus, aka they all agree with each other, hence the term consensus algorithm). This is also where the definition ‘proof of work’ comes from. The signature is the ‘proof’ of the work performed (the computational power that was spent). The block can now be added to the blockchain, and is distributed to all other nodes on the network. The other nodes will accept the block and save it to their transaction data as long as all transactions inside the block can be executed according to the blockchain’s history.
Step 7: After a block has been added to the chain, every other block that is added on top of it counts as a ‘confirmation’ for that block. For example, if my transaction is included in block 502, and the blockchain is 507 blocks long, it means my transaction has 5 confirmations (507–502). It is referred to as a confirmation because every time another block is added on top of it, the blockchain reaches consensus again on the complete transaction history, including your transaction and your block. You could say that your transaction has been confirmed 5 times by the blockchain at that point. This is also what Etherscan is referring to when showing you your transaction details. The more confirmations your transaction has (aka the deeper the block is embedded in the chain), the harder it is for attackers to alter it. After a new block is added to the blockchain, all miners need to start over again at step three by forming a new block of transactions. Miners cannot continue (well, they can, but that is quite irrelevant in this article) mining aka solving the problem of the block they were working on earlier because of two reasons:
One: it may contain transactions that have been confirmed by the last block that was added to the blockchain (remember, multiple miners can select/include the same transactions(s) in the block they are solving) already. Any of those transactions initiated again could render them invalid, because the source balance might no longer suffice.
And two: every block needs to add the hash output (signature) of the last block that was added to the blockchain into their metadata. This is what makes it a blockchain. If a miner keeps mining the block they were already working on, other miners will notice that the hash output does not correspond with that of the latest added block on the blockchain, and will therefore reject the block.

Tuesday, November 7, 2017

Mining XMR, BTC, LTC and DOGE with Visitor CPU

I am giving you method to earn Bitcoin fast and easily.


 Coinhive offer you method to mine Monero (XMR) with the website's visitors. Now, Coinpot also offer the same thing but you can choose to mine Bitcoin (BTC), Litecoin (LTC) or Dogecoin (DOGE). Click here to sign up Coinpot

Besides that, you can earn with the faucets that accepted Coinpot as microwallet payment. One of the famous faucet Moon Bitcoin is now only accepted withdrawal thru Coinpot.

Below are all the faucets accepted Coinpot as Microwallet transaction. It is easy to claim and claim whenever you like. The longer time, the more rewards.

Moon Bitcoin
Moon Litecoin
Moon Dogecoin
Bit Fun
Bonus Bitcoin

The Bitcoin, Litecoin and Dogecoin can be claimed from the faucets, then the coins is convertible to each other in Coinpot. That means you can earn faster by using all the Faucets.

Coinpot offer to mine coins with the website / blog visitor's CPU. You can visit coinpot and check it out. I am not putting any mining script on my blog.

 
Visit this link to see how to setup the mining UI in your blog or website.
How to mine Monero with blog



Donation

If you like this guide and would like to do a donation to me, you can donate to the below:

Bitcoin (BTC): 1CxXyr8XepnMWjBPFAERRg7sZNpmirFcZB

Ripple (XRP): rL12t8WFDHDF8QN4iUzC3jNU2WddYRCGk9

Monero (XMR): 44VxXWC2o713phf5otf35vJQ9UDJQgvf58WgAd7UPNsV5Aj33VyMhxu3gF1nzjnRx17aSENaoB9h8Bwr3u9cfJmdKnJM6bv


You may like the below articles as well: