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Bitcoin (BTC) miners may have started selling coins once more as data shows two mining pools release over 7,000 BTC in a single day.The figures, from on-chain monitoring resource CryptoQuant, came hours before BTC/USD abruptly fell back to $9,500 on June 24. Poolin
Hi /r/Bitcoin, I made you this Win7/Vista gadget which checks up to 3 Bitcoin pools and displays your BTC and their worth in any other world currency. Also works for non-miners who want to monitor their Bitcoin net worth.
The ‘Trilemma’ of Blockchain space - Scalability, Security, and Decentralization - are the three things every blockchain is trying to solve simultaneously. But it’s easier said than done, as proven by the scalability issue faced by Ethereum. Higher scalability transcends to higher market adoption. This is where Cardano and Algorand have come into the picture. They have their similarities and differences that seem to work for them for now. Rather than telling you which one has more potential, it’s better to present the entire case and let you decide how they fare against each other.
Star Player of the Team
Anyone would agree that having a renowned and accomplished team player always gives a boost to the project.
Cardano’s Charles Hoskinson
If the name seems familiar, that’s because he is also the co-founder of Ethereum. A tech entrepreneur and mathematician with an interest in analytic number theory, Charles Hoskinson moved into blockchain space in 2013. He co-developed the Ethereum blockchain with Vitalik Buterin before leaving the project in June 2014. Hoskinson joined crypto and blockchain research firm IOHK to develop Cardano and since then has sponsored various blockchain research labs at the Tokyo Institute of Technology and the University of Edinburgh. He also founded Invictus Innovations. Hoskinson was the founding chairman of the education committee of the Bitcoin Foundation and established the Cryptocurrency Research Group in 2013. His current focus lies in educating people on the use of crypto and decentralization.
Algorand’s Silvio Micali
Unlike the innovators of other blockchain projects, Silvio Micali is already a famous name in cryptography long before he started developing Algorand. Deemed as one of the top cryptographers, he is a recipient of the prestigious Turing Award in 2012 and RSA prize for cryptography, Gödel Prize (theoretical computer science) in 1993, and ACM fellowship in 2017. Micali’s work spans around public-key cryptosystems, pseudorandom functions, digital signatures, oblivious transfer, and secure multi-party computation among others. In 1989, he co-invented Zero-Knowledge Proofs with Shafi Goldwasser and Charles Rackoff. He also developed Peppercoin, a cryptographic system for processing micropayments. A professor at MIT’s electrical engineering and computer science department since 1983, Silvio Micali is also working as a computer scientist at MIT Computer Science and Artificial Intelligence Laboratory. His doctoral students include Shai Halevi, Mihir Bellare, Rafail Ostrovsky, Bonnie Berger, Rafael Pass, Chris Peikert, and Phillip Rogaway - each renowned in their respective fields.
Project Partners and Collaborators
For any business, partnerships and collaborations are the most important aspect since they drive growth and innovation.
Cardano has formed 17 partnerships so far that either enhance its capabilities or grow its business.
Metaps Plus: To integrate the ADA coins into the MeTaps Plus, South Korea’s one of the largest mobile payment platforms.
IBM Research: For a software distribution project commissioned by the European Union.
PriceWaterhouseCoopers (PwC): To develop a new commercial strategy, probably to bring enterprise users to Cardano.
New Balance: All customers can authenticate the footwear purchases on the Cardano blockchain.
SIRIN LABS: To integrate the Cardano blockchain in their blockchain smartphone FINNEY and its SIRIN OS.
Konfidio: To drive the adoption of the blockchain business model platform among corporations and governments.
Algoz: To offer liquidity solutions and trading solutions for its native ADA token.
Priviledge: To study and publish decentralized software updates Priviledge is a consortium of renowned companies and scientific universities with the European Union.
South Korea Government-Approved Trade Associations:Signed two MoUs with Korea Mobile Game Association (KMGA) and Korea Blockchain Contents Association (KBCCA) to implement Cardano for Korean mobile gaming and digital content.
Ethiopian Government: To develop a new digital payment system and combine it with identity cards using its Atala blockchain framework.
Georgian Government: Signed MoU to implement Cardano blockchain-enabled projects across education, business, and government services.
Cardano’s other major partnership includes Z/Yen Group’s Distributed Futures practice, COTI Network, and Ellipal Hardware.
Algorand’s innovativeness and potential to be the blockchain leader has helped it bag a plethora of valuable partnerships across the world. Here are a few partnerships out of the 17 -
International Blockchain Monetary Reserve (IBMR): To launch the Southeast Asia Microfinance Platform and create a stablecoin called Asia Reserve Currency Coin (ARCC) to encourage financial inclusion in Southeast Asia.
SFB Technologies: To build the infrastructure to create a CBDC (central bank digital currency) dubbed ‘SOV’ for the Marshall Islands.
Meld: To tokenize gold and track it over the supply chain using stablecoin for the Australian gold industry.
Caratan: To build financial tools and products to promote Fintech adoption at an institutional level.
Italian Society of Authors and Publishers (SIAE): To develop copyright management tools and services.
DUST Identity: To authenticate physical objects and validate transactions over the blockchain.
AssetBlock: A real estate startup launched its tokenized property investment platform on Algorand
PlanetWatch: Focused on environmental monitoring, the first "CERN Spin-off " labeled organization is building the world's first immutable air quality ledger on the Algorand blockchain using IoT technologies.
Other major partnerships include World Chess - the commercial arm of the World Chess Federation, Big Data company Syncsort, and Tether.
Both Cardano and Algorand use PoS or Proof of Stake consensus mechanism at their heart, but that’s where the similarity ends. Each of them has its own spin to it. In the PoS mechanism, a person can validate a block depending on how many stakes or coins he holds. The stake quantity determines the amount of mining power one has. So how does each of them differ?
Cardano’s version is called Ouroboros PoS.
Cardano allows stakeholders to pool their resources together in a single ‘stake pool’, thus delegating their stakes to the pool. This is because every elected stakeholder may not have the expertise to create blocks.
The physical timeline is divided into small blocks called ‘epochs’ that are made up of fixed slots. These epochs are cyclic.
Each such epoch consists of a set of pooled stakeholders.
While the endorsers are elected depending on the weight of the number of stakes held by them, a slot leader (for every epoch) is randomly chosen by a digital coin toss among stakeholders. When the endorsers approve the blocks produced by slot leaders, it gets added to the blockchain.
The slot leader also selects the slot leader for the next epoch through the ‘coin toss’.
Note that having a higher stake increases the probability of getting elected.
Currently, the list of validators is fixed and the succession is known beforehand.
With the launch of the Shelley mainnet, Cardano plans to remove the above issue. But this will be a hard fork. Here, the community will decide on block validators through staking.
The version Algorand uses is called PPoS (Pure Proof of Stake) consensus mechanism.
PPoS randomly selects a token holder as a block producer.
The proposed block gets approved by a committee of 1000 randomly selected token owners and then added to the blockchain.
The algorithm runs a cryptographically verifiable lucky draw over all the accounts to randomly select committee members as well as the block proposer.
This means the identities of the participants are unknown until the blocks are added to the chain.
This selection does not depend on the stake size of the nodes at all.
PPoS runs this lottery process in complete isolation with other nodes in the network.
The completely randomized election and secret identities of the committee members drastically reduce the chances of any foul playing within the network. As the number of users grows, the network gets stronger and more secure. Algorand’s PPoS has embraced a more egalitarian ecosystem to negate the wealth gap present in traditional PoS.
Currently, Cardano offers 50-250 TPS. But with incorporating sharding technology in its Ouroboros Hydra version, the scalability can increase to one million TPS theoretically. The processing speed will increase as more users or nodes join the network.
In Algorand, every lottery takes just a microsecond to run. Since such lotteries run independently of each other, multiple lotteries can run simultaneously. This inherently makes PPoS highly scalable. The mainnet itself has the capability to handle 1000 TPS.
Both Cardano and Algorand have sound tech and teams that believe in extensive research and meticulously designed products. Having an early start, there’s no denying that Cardano has established itself in a superior position thanks to the technological achievement, consistency, and transparency it has showcased. But with Algorand’s ecosystem growing fast, the competition has intensified. Algorand’s aim to bring full transparency, technological innovation, and successful partnerships just within a year have made it a prime challenger to Cardano. While referring to Algorand, Cardano chief Hoskinson voiced similar opinion - “... they are another one of the science coins and we all kind of support each other. Even though we get academically competitive, we're able to reference each other's work and learn from each other and grow from each other.”
Collapse of MakerDAO Keepers: $4.5M lost & how to become a Keeper to earn 13%+ liquidation penalties by providing liquidity to MakerDAO Keeper Pool.
TL;DR - join waitlist for MakerDAO Keeper Pool to earn yield on DAI/ETH/USDC/USDT/Chai/sUSD/cDAI from liquidation penalties and ETH/DAI arbitrage profits earned in collateral auctions by the Keeper Pool (zero fee pool, non-custodial of course:) - https://docs.google.com/forms/d/e/1FAIpQLSfekQcjT5up5Uh2W_C2W0U5zJ5miLd5ott_87CW8-dDH75TZg/viewform ________ Unfortunately, many of us became victims of MakerDAO collateral auctions market. This market was brought to its knees today, resulting in: 1) Losses affecting some of the MakerDAO Vault holders (borrowers of DAI from the Multi-Collateral DAI system), and 2) Losses affecting 100% of MKR token holders, - minting enough MKR and selling them for DAI to cover the missing DAI in the system. The auctions will begin on Wednesday, March 18, 2020. For the last 14 hours I've been focusing on determining the root cause of the problem, and determining WHAT CAN I DO? to prevent this collapse from ever happening again. Collapse of the MakerDAO Auctions. Losses above is a result of a short-term monopoly in the auction market of collateral liquidation of MakerDAO vaults becoming under-collateralized with price of collateral (ETH, BAT) on the decline. This monopoly existed for ~3.5 hours this morning, allowing a single Keeper to buy close to $4.5M worth of ETH in exchange for ~0 DAI + gas fees. The collapse negatively affected two classes of market participants: 1) Victim class #1: MCD Vault holders who were being liquidated between ~10am EST until ~1pm EST Please meet Paul, one of the people who lost money. Read his story: https://www.reddit.com/MakerDAO/comments/fhn1qn/complete_vault_liquidation_no_eth_left/ If you still didn't get it, please meet BitBurst who lost his life savings today: https://www.reddit.com/MakerDAO/comments/fhs7kp/just_got_100_liquidated_with_my_1713_eth_cdp_fck/ Want more? One of us with a Reddit handle 'phyzled' is calling for help: https://www.reddit.com/MakerDAO/comments/fhrjxp/help_complete_liquidation/ Even 'Bitcoin_Bender' is threatened. Not just him but his life and his family are going downhill: https://www.reddit.com/MakerDAO/comments/fhupn8/total_liquidation_mkr_holders_should_take/ 2) Victim class #2: MKR holders who will be diluted on Wednesday, March 18th as a result of Flop auction - minting new MKR tokens and selling them at an auction until the auction proceeds cover the missing DAI ($4.5M DAI at the time of this writing). WHAT HAPPENED? Prior to ~10am EST, there were a lot of Keepers bidding against each other for collateral at 13% liquidation penalty. Keepers are software bots which monitor Vaults and participate in auctions for collateral of borrowers who became under-collateralized. Operators of such bots are incentivized with mandatory 13% liquidation penalty imposed on Vault collateral upon liquidation. https://docs.makerdao.com/auctions/the-auctions-of-the-maker-protocol https://docs.makerdao.com/smart-contract-modules/collateral-module/flipper-detailed-documentation However, after 10am EST, a single liquidation auction bot was able to bid at 0 DAI (or slightly above) PER EACH COLLATERAL ETH BEING AUCTIONED, AND WIN THE AUCTION. As a result, this Keeper was effectively steal $4M worth of ETH collateral because the auction was designed to raise at least 4M DAI in exchange for the ETH that was auctioned during liquidations, however all except one Keepers stopping their operations, there was only one bidder. Any price above 0 would be accepted. As a result, but the Vault holders who supposed to receive some ETH back, never got any ETH back > making the effective liquidation penalty to over 50% instead of 13%. Why did the Keeper's market collapse? Why most Keepers stop operating? Unfortunately, most Keepers stopped operating this morning due to the following reasons: Root cause #1: Catastrophic liquidity crunch. Keepers simply ran out of DAI to bid in the collateral auctions due to 1.a I believe some Keepers were unable to continue Keeper operations due to inability to liquidate ETH fast enough for DAI. 1.b Some Keepers shut down due to squeeze (bought ETH for 170 DAI, and hours later can only sell for 130 DAI at a loss - which is way more than 13% liquidation penalty). Root cause #2: Network congestion. This brought many Keepers to its knees. Even with liquidity, many were unable participating in auctions due to stuck transactions & high gas costs. In addition, issues like longer client sync times + some Ethereum clients (like Parity) sufferring from known problems of keeping transactions stuck in Mempool for a very, very long time, amplified this problem. PROPOSED SOLUTION - MakerDAO Keeper Pool. Why don't we pool our liquidity (non-custodial pool, Uniswap-style) and give Keepers some competition!? To prevent more people from losing their funds, I decided to fund development of a MakerDAO Keeper Pool, which will allow anybody to become a Keeper and participate in liquidations of collateral (to earn 13% liquidation penalty). Background: During today’s Community Call (5 hours and still ongoing at the time of this writing), multiple members of the Maker community stressed importance of increasing # of Keepers servicing the MCD system in order to prevent yet another collapse of the Keepers market as it happened today. To improve maturity of the Keepers market, increase the collective liquidity used by Keeper’s, engineers at Protofire.io (developers of MakerDAO governance dashboard https://mkrgov.science, Solhint - Solidity Linter https://github.com/protofire/solhint, maintainers of Gnosis Conditional Exchange https://github.com/protofire/gnosis-conditional-exchange) and risk team + engineering team at Atomica.org (developers of Atomica.org/unwind/) launched emergency efforts to ship one or more of the following ASAP:
Web-based MakerDAO Keeper. Perform liquidations of 3rd party collateral from your browser as a Keeper. Earn 13% liquidation penalty.
Open Source Keeper Templates. Run your own Keeper Bot on AWS - 1-click Installer for a MakerDAO Keeper Bot (open source Amazon Machine Image).
Non-custodial MakerDAO Keeper Pool. Earn yield on DAI/ETH/USDC/USDT/cDAI/Chai from a pool running multiple Keeper bots servicing MakerDAO ecosystem. Join/Exit/Add/Withdraw DAI/ETH/USDC/USDT/cDAI/Chai, and earn 100% of liquidation penalties earned by the Keeper (zero fee pool).
Hi everyone, a quick intro here: I come from a professional horticulture background. I've been learning about computers, networking, network security and Linux sys. admin for the last two years. I built a bunch of gaming computers for my kids and I with a bonus check I got in fall of 2017, right before the 2017 "bitcoin bubble". By luck I grabbed all my parts before the price of GPU's skyrocketed. All I've been doing though is learning about Linux and game development, learning digital art like 3D modeling, and streaming video games. I'm now learning to mine ZEC with tpruvot/ccminer 2.3.1 in Ubuntu 20.04 with Nvidia proprietary driver vers. 440 & CUDA toolkit 10.1. I'm just learning how to do this and understand I'm not making a profit. I'ts more a learning experience and a hobby sort of thing for now. I dont really care if the system breaks, I have another computer with AMD RX560 that I work and game on Linux with. I cant mine with the pollaris GPU because I cant install OpenCL. There is no support for 20.04 from catalyst driver as of now. TL;DR I'm a noob and wondering why my hashrate is what it is. I am only using 1 GPU as of now (Nvidia 1050Ti 4GB) and mining on a pool. I get an average of 140 Sol/s. Is this essentially the same as H/s and is that a normal number for my card? Should I add a 2nd GPU I have if it's only a 1050 2GB? Also, I am using nvtop & htop packages to monitor PC stats, it shows it's using 99% of GPU and 100% of a single core of my CPU (intel i5 6402P @ 3.2GHz) fans and temps are good. But it shows I'm only using .6GB / 4GB while mining, is that right? Shouldn't it be using more memory? Would it be overkill to mine with CPU miner at the same time as the 2 cards? Sorry about the essay, and thanks for your time
Step by Step Guide to Starting Smart Mining of ViaBTC
In order to help our miners to get the best possible profits, now we present you the step by step guide to starting Smart Mining of ViaBTC. No time for hesitation, try Smart Mining now! Smart mining consists of two different mining modes, namely as “Manual Switch” and “Auto Switch”. Auto Switch provides an automated way of profitable mining using the designated algorithm to monitor the real-time status of possible returns. In comparison to manual switch, it’s more flexible and easier to keep tracking of your mining returns. 1. Enable Auto Switch It now supports BTC、BCH and BSV, besides, your assets in your account can also be converted into BTC on an hourly basis automatically. Before enabling auto switch mode, you’re required to configure smart mining URL: stratum+tcp://bitcoin.viabtc.com:3333; Enable Manual Switch This supports Bitcoin pool (BTC, BCH, BSV, FCH) and Ethereum pool (ETH, ETC). One-click switch address is different from the stratum URL for a specified coin. Details for one-click switch URL are listed as following: BTC/BCH/BSV/FCH: stratum+tcp://bitcoin.viabtc.com:3333 ETH/ETC: stratum+tcp://ethereum.viabtc.com:3333 Noted: Port 25 or 443 is available as an alternative option. 2. Go to www.viabtc.com then click [Settings] from the drop-down menu on your right hand side. https://preview.redd.it/6rvece3anm551.png?width=1400&format=png&auto=webp&s=bf1365d690542a9d49712fecf1c117e5e94c74f4 Click [Switch mining pool] under the [Mining Settings] to select a new coin type. https://preview.redd.it/8ag76racnm551.png?width=1400&format=png&auto=webp&s=2b79ffb7dfde4e0b7ab51bb584815a1b8b91f30c Select “Mode” and “Coin Type” https://preview.redd.it/7zmjh3ienm551.png?width=1400&format=png&auto=webp&s=2c2ff5f99265402def95717f4a28de71ffe17b32 Frequently Asked Questions What is the unique feature of Auto Switch compares to Manual Switch? It’s more flexible and easy to set up, SHA-256 mining algorithm compatible. How long will it take to be activated after enabling Auto Switch? Once Auto Switch is on, system will monitor the possible return rate of all compatible coins using a designated algorithm and switch to the one with higher profits, you may go to the Pool panel for more accurate mining status. Why I can’t see my earnings increased after enabling Auto Switch mode? Auto Switch mode demands high-efficiency when it switch between the current mined coins to the new one with possible high returns, specified using designated algorithm and current difficulty, thus it’s not a guarantee pass for high returns when “Auto Switch” is on. Is there any requirements of MIN. limit of hashrate before enabling Auto Switch? There is no minimum limit of hashrate in your account before enabling Auto Switch in your account. Which type of coins are supported in Auto Switch mode? Currently all types of coins in Bitcoin Pool are supported in Auto Switch mode, including BTC, BCH and BSV. When will the mining rewards distributed to my account? Rewards distribution are varies for different mining modes, and distribution time remained unchanged compares to the one in Manual Switch mode. Can I use part of hashrate to mine a designated coin after enabling Auto Switch? After enabling Auto Switch, hashrate connecting to your account will switch from one to the other automatically using a designated algorithm. Will I receive hashrate fluctuation notification after enabling Auto Switch? You’re required to set hashrate fluctuation notification for all compatible coins by the time enabling Auto Switch, more detailed guideline can be found here. How to check your current mining preference？ Go to www.viabtc.com first then enter [Pool] panel to check your current mining preference. When should I change my mining preference? It is recommended to use profit calculator to get a general idea of the theoretical earnings outcome when selecting mining preference.
I've heard of Zcash for a while, but it wasn't until recently that I tried my hand playing around with the daemon and wallets. Obviously, there's no point in using ZEC if you're only using t-addresses, but my desire for a z-address capable wallet certainly narrows the choice of wallets available to me. Running a full node is no problem for me; I'd like to take advantage of a GUI if possible though. For that reason, I am drawn to ZecWallet's full node version. But I'm still uneasy when it comes to key security. (Can anyone share their experience with the ZecWallet paper wallet generator?) From what I gather there is no wallet with HD support for t-addresses, is that right? Not much of a concern for me because I am interested in the shielded pool. I just figured t-addresses would support Electrum-style seeds but apparently not? Sapling addresses seem to be exactly what I want; in particular I am drawn to their reusability and ability to export the view key. I was hoping this would ease the process of securing and backing up my private keys. Here's my key handling protocol I use for Monero: 1) Generate the wallet on an air-gapped machine 2) This gives you a mnemonic seed. I write that down and keep it as an analog backup. By using a passphrase in conjunction with the seed, I can effectively encrypt this paper wallet easily. 3) Export the private view key and address to an online machine and make a watch-only wallet. This lets my watching wallet see incoming transactions 4) When outputs are received, I have to export the list of outputs to the air-gapped machine. The air-gapped machine uses this data to make signed key images. 5) I export the key images back to the watching wallet. At this point, the watching wallet can see outgoing transactions. 6) Now I can create unsigned transactions with the watching wallet, sign them in the air-gapped machine, and transmit them via the watching wallet using my full node. The major benefit of using Monero in this way is that I only have to make a human-readable backup of my wallet once and I'm set for life. Obviously, Zcash is going to be a little bit different. Since the core client doesn't give us mnemonic seed phrases, that complicates backup a little bit. What's the best way to back up ZEC? If I keep an up-to-date backup of my wallet.dat is that all I need? Is there an option in the wallet to encrypt this backup as well, or do I need to accomplish that externally with the likes of Veracrypt? I must admit the idea of unencrypted wallet data being written to my disk makes me uneasy. I see that there is an option in zcash-cli to import/export the view key of Sapling addresses. However, I can't see the option to do so in ZecWallet, and when I do so manually via the CLI nothing seems to be reflected in ZecWallet. Is ZecWallet by its very nature an obligatory hot wallet, or am I missing some functionality in the wallet? My end goal is to run a ZEC full node on Qubes and hold my coins in z-addresses. Qubes allows me to make virtually air-gapped VMs to greatly simplify key management. So for example when I use Bitcoin, I have a networked VM that runs a Bitcoind + Electrum Personal Server + Electrum Wallet stack, where I import my master public key. When I need to sign a transaction, I spin up a networkless VM equipped with Electrum and my private keys. Qrexec let's me easily ferry unsigned/signed transactions back and forth between the two VMs. Overall this provides a decent UX with above-average security and privacy. I'd like to port this general setup to Zcash. To do so, I need a GUI wallet that supports both z-addresses and public/private key splitting. Does such a tool exist? (Can Electrum Personal Server be ported to ZEC?) If not, how can I streamline this process with the CLI? I'm more familiar with Monero than Bitcoin, so the Zcash/Bitcoin CLIs are still a little foreign to me, though I am not "afraid" of CLI wallets in general. My Cryptonote muscle memory makes me prone to annoying little syntax errors I'd much rather do without. My plan is to buy ZEC from Coinbase Pro, withdraw to a t-address, and then sweep my coins to a z-address. I want to monitor the balance of both t-addresses and z-addresses (and later send transactions) without ever exposing my private keys to the Internet. However, it seems like the Zcash CLI is my only viable option for z-address watching wallets. Should I just play around on testnet until I get more familiar, or is there a GUI wallet solution out there that fits my needs? Does anyone have a cheat sheet for doing this via the CLI that could help me along the learning curve? TL;DR New to Zcash, need advice as it relates to wallet backup, watching wallets, and z-addresses. Assistance is much appreciated! Edit: I don't suppose there's a way to use a Trezor Model T with a full node and or z-addresses?
This review is not sponsored! Neither it is an ad. How to choose a mining pool? How to avoid stale shares? The pros and cons of different services.
What is a cryptocurrency mining pool?
A “mining pool" is a server that distributes the task of calculating the block signature between all connected participants. The contribution of each of them is evaluated using the so-called “shares”, which are potential candidates for receiving a signature. As soon as one of the “shares” hits the target, the pool announces the readiness of the block and distributes the reward. However, if you participate in the pool, then you will have to share the profit with all the participants in the pool, but for the majority, this usually is the most profitable option.
Which pool is better for mining?
The best mining pools should meet the following criteria:
Minimum commission for using their services (mining and funds withdrawal);
24/7 availability to monitor all the steps of mining;
Honesty, reliability and a long time of existence (among the owners of pools some scammers steal part of the power of miners and dissolve into oblivion with the funds earned by miners);
The high computing power of the pool makes it more likely that blocks will be found regularly (with low pool power, all work may be wasted due to the low probability of finding blocks);
A small ping) from the user's mining equipment to the pool servers to ensure timely receipt of tasks from the pool and minimize the number of stale shares;
If the mining power is small, it is worth paying attention to the minimum payout threshold so that you do not have to wait for it for a long time.
Key selection criteria
To select a good pool for each specific cryptocurrency, you need to carefully study all the information available about it on its website and on the forums. To reduce the number of stale shares, it is better to mine on the pool closest to the miner. You can choose the fastest mining pool by studying the information about the processing speed of the share in the mining program or by pinging the time it takes for the signal to pass from the miner's computer to the servers of the pool.
Bitcoin Price Dips as Two Mining Pools’ Daily BTC Outflows Hit $68M
Bitcoin (BTC) miners may have started selling coins once more as data shows two mining pools release over 7,000 BTC in a single day. The figures, from on-chain monitoring resource CryptoQuant, came hours before BTC/USD abruptly fell back to $9,500 on June 24. Poolin nears outflow all-time high The mining pools under the spotlight are […]