BitShares (BTS) Kurs, Marktkapitalisierung, Chart und ...

Moonstone. A new wallet that will allow trades and transfers among BitShares, BitAssets, User-Issued Assets (UIA), other tokens and in the future trades with BitCoin as well. Check this link for more information on their crowdfunding.

Moonstone. A new wallet that will allow trades and transfers among BitShares, BitAssets, User-Issued Assets (UIA), other tokens and in the future trades with BitCoin as well. Check this link for more information on their crowdfunding. submitted by KushtrimThaqi to Bitcoin [link] [comments]

Let's Talk Bitcoin! #260 New Growth. On Episode 260 Adam sits down with Daniel Larimer, leader of the Bitshares project.

Let's Talk Bitcoin! #260 New Growth. On Episode 260 Adam sits down with Daniel Larimer, leader of the Bitshares project. submitted by noisypl to BitShares [link] [comments]

Mastercoin Foundation, Bitshares and ColoredCoins Form Self-Regulatory Organization to Ensure Continued Free Operation of New Bitcoin Applications and Protocols

Mastercoin Foundation, Bitshares and ColoredCoins Form Self-Regulatory Organization to Ensure Continued Free Operation of New Bitcoin Applications and Protocols submitted by prophetx10 to Bitcoin [link] [comments]

Mastercoin Foundation, Bitshares and ColoredCoins Form Self-Regulatory Organization to Ensure Continued Free Operation of New Bitcoin Applications and Protocols

Mastercoin Foundation, Bitshares and ColoredCoins Form Self-Regulatory Organization to Ensure Continued Free Operation of New Bitcoin Applications and Protocols submitted by prophetx10 to mastercoin [link] [comments]

Should we care about the New Bitshares?

Just wondering if the NBS (New Bitshares) are to be sad wannabe coins like all the poor Bitcoin forks that are now worth pennies.
Is it worth my time?
Thanks!
submitted by NeoReel to BitShares [link] [comments]

coinlib analysis

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https://coinlib.io/coin/ZLA/Zilla#performance
https://coinlib.io/coin/TGAME/Truegame#performance
https://coinlib.io/coin/BBO/Bigbom#performance
https://coinlib.io/coin/STQ/Storiqa+Token#performance
https://coinlib.io/coin/ERC20/ERC20#performance
https://coinlib.io/coin/DAC/DACash#performance
submitted by Quippykisset to peaceCorpsCoding [link] [comments]

coinlibanalysis1

https://coinlib.io/coin/BTC/Bitcoin#analysis
https://coinlib.io/coin/ETH/Ethereum#analysis
https://coinlib.io/coin/XRP/XRP#analysis
https://coinlib.io/coin/BNB/Binance+Coin#analysis
https://coinlib.io/coin/USDT/Tether#analysis
https://coinlib.io/coin/LINK/ChainLink#analysis
https://coinlib.io/coin/BCH/Bitcoin+Cash#analysis
https://coinlib.io/coin/LTC/Litecoin#analysis
https://coinlib.io/coin/BSV/Bitcoin+SV#analysis
https://coinlib.io/coin/EOS/EOS#analysis
https://coinlib.io/coin/ADA/Cardano#analysis
https://coinlib.io/coin/CRO/Crypto.com+Chain#analysis
https://coinlib.io/coin/TRX/TRON#analysis
https://coinlib.io/coin/XTZ/Tezos#analysis
https://coinlib.io/coin/XMMonero#analysis
https://coinlib.io/coin/XLM/Stellar#analysis
https://coinlib.io/coin/NEO/NEO#analysis
https://coinlib.io/coin/LEO3/UNUS+SED+LEO#analysis
https://coinlib.io/coin/HT/Huobi+Token#analysis
https://coinlib.io/coin/XEM/NEM#analysis
https://coinlib.io/coin/ATOM/Cosmos#analysis
https://coinlib.io/coin/SNX/Synthetix#analysis
https://coinlib.io/coin/IOT/IOTA#analysis
https://coinlib.io/coin/LEND/EthLend#analysis
https://coinlib.io/coin/DASH/Dash#analysis
https://coinlib.io/coin/VET/VeChain#analysis
https://coinlib.io/coin/ZEC/ZCash#analysis
https://coinlib.io/coin/ETC/Ethereum+Classic#analysis
https://coinlib.io/coin/ONT/Ontology#analysis
https://coinlib.io/coin/OMG/OmiseGo#analysis
https://coinlib.io/coin/MKMaker#analysis
https://coinlib.io/coin/USDC/USCoin#analysis
https://coinlib.io/coin/THETA/Theta+Token#analysis
https://coinlib.io/coin/HYN/Hyperion#analysis
https://coinlib.io/coin/OKB/OKB+Token#analysis
https://coinlib.io/coin/BAT/Basic+Attention+Token#analysis
https://coinlib.io/coin/DOGE/Dogecoin#analysis
https://coinlib.io/coin/FXC/Flexacoin#analysis
https://coinlib.io/coin/ZRX/0x#analysis
https://coinlib.io/coin/QTUM/QTUM#analysis
https://coinlib.io/coin/WAVES/Waves#analysis
https://coinlib.io/coin/DGB/DigiByte#analysis
https://coinlib.io/coin/ICX/ICON#analysis
https://coinlib.io/coin/EDC/EDCBlockchain#analysis
https://coinlib.io/coin/LRC/Loopring#analysis
https://coinlib.io/coin/ALGO/Algorand#analysis
https://coinlib.io/coin/KNC/KyberNetwork+Crystal#analysis
https://coinlib.io/coin/REN/Republic+Protocol#analysis
https://coinlib.io/coin/REP/Augur#analysis
https://coinlib.io/coin/PAX/Paxos+Standard+Token#analysis
https://coinlib.io/coin/LSK/Lisk#analysis
https://coinlib.io/coin/ANT/Aragon#analysis
https://coinlib.io/coin/ZIL/Zilliqa#analysis
https://coinlib.io/coin/ZB/ZB+Token#analysis
https://coinlib.io/coin/DCDecred#analysis
https://coinlib.io/coin/BTG/Bitcoin+Gold#analysis
https://coinlib.io/coin/DGD/Digix+DAO#analysis
https://coinlib.io/coin/SC/Siacoin#analysis
https://coinlib.io/coin/TUSD/TrueUSD#analysis
https://coinlib.io/coin/ENJ/Enjin+Coin#analysis
https://coinlib.io/coin/ERD/Elrond#analysis
https://coinlib.io/coin/DAI/Dai#analysis
https://coinlib.io/coin/NANO/Nano#analysis
https://coinlib.io/coin/BCD/Bitcoin+Diamond#analysis
https://coinlib.io/coin/GNT/Golem+Network+Token#analysis
https://coinlib.io/coin/DX/DxChain+Token#analysis
https://coinlib.io/coin/ABBC/ABBC#analysis
https://coinlib.io/coin/SNT/Status+Network+Token#analysis
https://coinlib.io/coin/ATOM/Atomic+Coin#analysis
https://coinlib.io/coin/QNT/Quant#analysis
https://coinlib.io/coin/RVN/Ravencoin#analysis
https://coinlib.io/coin/LUNA/Luna#analysis
https://coinlib.io/coin/BTM/Bytom#analysis
https://coinlib.io/coin/RLC/iEx.ec#analysis
https://coinlib.io/coin/HOT/HoloToken#analysis
https://coinlib.io/coin/MONA/MonaCoin#analysis
https://coinlib.io/coin/MANA/Decentraland#analysis
https://coinlib.io/coin/IOST/IOStoken#analysis
https://coinlib.io/coin/BTS/Bitshares#analysis
https://coinlib.io/coin/UTK/Utrust#analysis
https://coinlib.io/coin/XVG/Verge#analysis
https://coinlib.io/coin/BNT/Bancor+Network+Token#analysis
https://coinlib.io/coin/MCO/Monaco#analysis
https://coinlib.io/coin/NEXO/Nexo#analysis
https://coinlib.io/coin/ELF/aelf#analysis
https://coinlib.io/coin/STORJ/Storj#analysis
https://coinlib.io/coin/STEEM/Steem#analysis
https://coinlib.io/coin/KMD/Komodo#analysis
https://coinlib.io/coin/RSReserve+Rights#analysis
https://coinlib.io/coin/ARDArdor#analysis
https://coinlib.io/coin/GNO/Gnosis#analysis
https://coinlib.io/coin/ENG/Enigma#analysis
https://coinlib.io/coin/HSHshare#analysis
https://coinlib.io/coin/MATIC/Matic+Network#analysis
https://coinlib.io/coin/FTM/Fantom+Token#analysis
https://coinlib.io/coin/ETN/Electroneum#analysis
https://coinlib.io/coin/STRAT/Stratis#analysis
https://coinlib.io/coin/GUSD/Gemini+Dollar#analysis
https://coinlib.io/coin/WIC/WaykiChain#analysis
https://coinlib.io/coin/VSYS/V+Systems#analysis
https://coinlib.io/coin/XIN/Mixin#analysis
https://coinlib.io/coin/CVCC/CryptoVerificationCoin#analysis
https://coinlib.io/coin/CENNZ/Centrality#analysis
https://coinlib.io/coin/TOMO/TomoCoin#analysis
https://coinlib.io/coin/HDAC/Hyundai+DAC#analysis
https://coinlib.io/coin/ARK/ARK#analysis
https://coinlib.io/coin/GXC/Gx+Coin#analysis
https://coinlib.io/coin/MAID/MaidSafe+Coin#analysis
https://coinlib.io/coin/AE/Aeternity#analysis
https://coinlib.io/coin/AION/Aion#analysis
https://coinlib.io/coin/ZEN/Horizen#analysis
https://coinlib.io/coin/SYS/Syscoin#analysis
https://coinlib.io/coin/GXS/GXShares#analysis
https://coinlib.io/coin/WAN/Wanchain#analysis
https://coinlib.io/coin/REV/Revain#analysis
https://coinlib.io/coin/THEX/THEX#analysis
https://coinlib.io/coin/POWPower+Ledger#analysis
https://coinlib.io/coin/SOLVE/SOLVE#analysis
https://coinlib.io/coin/TFUEL/Theta+Fuel#analysis
https://coinlib.io/coin/MLN/Melon#analysis
https://coinlib.io/coin/NPXS/Pundi+X#analysis
https://coinlib.io/coin/AGI/SingularityNET#analysis
https://coinlib.io/coin/UBT/Unibright#analysis
https://coinlib.io/coin/ELA/Elastos#analysis
https://coinlib.io/coin/DGTX/Digitex+Futures#analysis
https://coinlib.io/coin/DATA/Streamr+DATAcoin#analysis
https://coinlib.io/coin/QSP/Quantstamp#analysis
https://coinlib.io/coin/XZC/ZCoin#analysis
https://coinlib.io/coin/RDD/ReddCoin#analysis
https://coinlib.io/coin/RCN/Ripio#analysis
https://coinlib.io/coin/ORBS/Orbis#analysis
https://coinlib.io/coin/BCN/ByteCoin#analysis
https://coinlib.io/coin/BLZ/Bluzelle#analysis
https://coinlib.io/coin/VEST/Vestchain#analysis
https://coinlib.io/coin/PIVX/PIVX+Coin#analysis
https://coinlib.io/coin/NULS/NULS#analysis
https://coinlib.io/coin/LOOM/Loom+Network#analysis
https://coinlib.io/coin/XDCE/XinFin+Coin#analysis
https://coinlib.io/coin/CRPT/Crypterium#analysis
https://coinlib.io/coin/FUN/FunFair#analysis
https://coinlib.io/coin/WTC/Waltonchain#analysis
https://coinlib.io/coin/NAS/Nebulas+Token#analysis
https://coinlib.io/coin/REQ/Request+Network#analysis
https://coinlib.io/coin/AST/AirSwap#analysis
https://coinlib.io/coin/LAMB/Lambda#analysis
https://coinlib.io/coin/GAS/Gas#analysis
https://coinlib.io/coin/DAG/Constellation#analysis
https://coinlib.io/coin/XSN/Stakenet#analysis
https://coinlib.io/coin/GNX/Genaro+Network#analysis
https://coinlib.io/coin/CTXC/Cortex#analysis
https://coinlib.io/coin/IGNIS/Ignis#analysis
https://coinlib.io/coin/DENT/Dent#analysis
https://coinlib.io/coin/IOTX/IoTeX#analysis
https://coinlib.io/coin/CELCeler+Network#analysis
https://coinlib.io/coin/XHV/Haven+Protocol#analysis
https://coinlib.io/coin/ETP/Metaverse#analysis
https://coinlib.io/coin/CND/Cindicator#analysis
https://coinlib.io/coin/FSN/Fusion#analysis
https://coinlib.io/coin/PPT/Populous#analysis
https://coinlib.io/coin/FOForce+Network#analysis
https://coinlib.io/coin/QASH/QASH#analysis
https://coinlib.io/coin/NIM/Nimiq#analysis
https://coinlib.io/coin/GRS/Groestlcoin#analysis
https://coinlib.io/coin/ABT/Arcblock#analysis
https://coinlib.io/coin/KBC/KaratGold+Coin#analysis
https://coinlib.io/coin/FCT/Factom#analysis
https://coinlib.io/coin/DRGN/Dragonchain#analysis
https://coinlib.io/coin/NXS/Nexus#analysis
https://coinlib.io/coin/LA/LAToken#analysis
https://coinlib.io/coin/RDN/Raiden+Network#analysis
https://coinlib.io/coin/ZAP/Zap#analysis
https://coinlib.io/coin/VTC/VertCoin#analysis
https://coinlib.io/coin/APL/Apollo+Currency#analysis
https://coinlib.io/coin/STORM/Storm#analysis
https://coinlib.io/coin/ADX/AdEx#analysis
https://coinlib.io/coin/MTL/Metal#analysis
https://coinlib.io/coin/CVC/Civic#analysis
https://coinlib.io/coin/SBD/Steem+Backed+Dollars#analysis
https://coinlib.io/coin/UBQ/Ubiq#analysis
https://coinlib.io/coin/CS/Credits#analysis
https://coinlib.io/coin/VGX/Voyager+Token#analysis
https://coinlib.io/coin/WINGS/Wings+DAO#analysis
https://coinlib.io/coin/ZEON/ZEON+Network#analysis
https://coinlib.io/coin/MFT/Mainframe#analysis
https://coinlib.io/coin/GRIN/Grin#analysis
https://coinlib.io/coin/WGWagerr#analysis
https://coinlib.io/coin/BRD/Bread+token#analysis
https://coinlib.io/coin/KEY/SelfKey#analysis
https://coinlib.io/coin/ACT/Achain#analysis
https://coinlib.io/coin/IQ/Everipedia#analysis
https://coinlib.io/coin/PAY/TenX#analysis
https://coinlib.io/coin/VITE/VITE#analysis
https://coinlib.io/coin/TEL/Telcoin#analysis
https://coinlib.io/coin/NAV/NavCoin#analysis
https://coinlib.io/coin/BIX/Bibox+Token#analysis
https://coinlib.io/coin/WABI/WaBi#analysis
https://coinlib.io/coin/DMT/DMarket#analysis
https://coinlib.io/coin/TTC3/TTC#analysis
https://coinlib.io/coin/KIN/Kin+Coin#analysis
https://coinlib.io/coin/MET2/Metronome#analysis
https://coinlib.io/coin/BURST/Burst#analysis
https://coinlib.io/coin/NEBL/Neblio#analysis
https://coinlib.io/coin/ITC/IoT+Chain#analysis
https://coinlib.io/coin/INT/Internet+Node+Token#analysis
https://coinlib.io/coin/PPC/PeerCoin#analysis
https://coinlib.io/coin/NEW/Newton#analysis
https://coinlib.io/coin/GVT/Genesis+Vision#analysis
https://coinlib.io/coin/TCT/TokenClub#analysis
https://coinlib.io/coin/PRO/Propy#analysis
https://coinlib.io/coin/ODE/Odem#analysis
https://coinlib.io/coin/DNT/district0x#analysis
https://coinlib.io/coin/DERO/DERO#analysis
https://coinlib.io/coin/AMO/Amo+Coin#analysis
https://coinlib.io/coin/GTO/Gifto#analysis
https://coinlib.io/coin/AEON/AeonCoin#analysis
https://coinlib.io/coin/UPP/Sentinel+Protocol#analysis
https://coinlib.io/coin/EVX/Everex#analysis
https://coinlib.io/coin/SKY/Skycoin#analysis
https://coinlib.io/coin/XDN/DigitalNote#analysis
https://coinlib.io/coin/LET/LinkEye#analysis
https://coinlib.io/coin/B2B/B2BX#analysis
https://coinlib.io/coin/SRN/SirinLabs#analysis
https://coinlib.io/coin/TNB/Time+New+Bank#analysis
https://coinlib.io/coin/ONG/onG.social#analysis
https://coinlib.io/coin/MDA/Moeda#analysis
https://coinlib.io/coin/TPAY/TokenPay#analysis
https://coinlib.io/coin/POA/POA+Network#analysis
https://coinlib.io/coin/SMT/SmartMesh#analysis
https://coinlib.io/coin/RUFF/Ruff#analysis
https://coinlib.io/coin/SALT/Salt+Lending#analysis
https://coinlib.io/coin/GARD/Hashgard#analysis
https://coinlib.io/coin/HC/Harvest+Masternode+Coin#analysis
https://coinlib.io/coin/LBC/LBRY+Credits#analysis
https://coinlib.io/coin/SERO/Super+Zero#analysis
https://coinlib.io/coin/FNB/FNB+Protocol#analysis
https://coinlib.io/coin/CDT/CoinDash#analysis
https://coinlib.io/coin/NIX/NIX+Platform#analysis
https://coinlib.io/coin/SOUL/Phantasma#analysis
https://coinlib.io/coin/BLOCK/Blocknet#analysis
https://coinlib.io/coin/QKC/QuarkChain#analysis
https://coinlib.io/coin/BZ/Bit-Z+Token#analysis
https://coinlib.io/coin/POE/Po.et#analysis
https://coinlib.io/coin/PART/Particl#analysis
https://coinlib.io/coin/SWFTC/SwftCoin#analysis
https://coinlib.io/coin/BZNT/Bezant#analysis
https://coinlib.io/coin/QLC/QLC+Chain#analysis
https://coinlib.io/coin/SNM/SONM#analysis
https://coinlib.io/coin/SNGLS/SingularDTV#analysis
https://coinlib.io/coin/VIA/ViaCoin#analysis
https://coinlib.io/coin/NKN/NKN#analysis
https://coinlib.io/coin/MDS/MediShares#analysis
https://coinlib.io/coin/XAS/Asch#analysis
https://coinlib.io/coin/EGT/Egretia#analysis
https://coinlib.io/coin/PMA/PumaPay#analysis
https://coinlib.io/coin/NPXSXEM/Pundi+X+NEM#analysis
https://coinlib.io/coin/ATP/Atlas+Protocol#analysis
https://coinlib.io/coin/VIBE/VIBE+(VIBEHub)#analysis
https://coinlib.io/coin/ILC/ILCoin#analysis
https://coinlib.io/coin/SMART/SmartCash#analysis
https://coinlib.io/coin/ABYSS/Abyss#analysis
https://coinlib.io/coin/TNT/Tierion#analysis
https://coinlib.io/coin/CNN/Content+Neutrality+Network#analysis
https://coinlib.io/coin/APPC/AppCoins#analysis
https://coinlib.io/coin/WPWePower#analysis
https://coinlib.io/coin/DLT/Agrello+Delta#analysis
https://coinlib.io/coin/SEELE/Seele#analysis
https://coinlib.io/coin/BWX/Blue+Whale+Token#analysis
https://coinlib.io/coin/NCASH/Nucleus+Vision#analysis
https://coinlib.io/coin/NOAH/Noahcoin#analysis
https://coinlib.io/coin/NLG/Gulden#analysis
https://coinlib.io/coin/JNT/Jibrel+Network+Token#analysis
https://coinlib.io/coin/MITH/Mithril#analysis
https://coinlib.io/coin/AMB/Ambrosus#analysis
https://coinlib.io/coin/TCH/Tiger+Cash#analysis
https://coinlib.io/coin/PAI/PChain#analysis
https://coinlib.io/coin/YOYOW/Yoyow#analysis
https://coinlib.io/coin/INXT/Internxt#analysis
https://coinlib.io/coin/VIB/Viberate#analysis
https://coinlib.io/coin/SNC/SunContract#analysis
https://coinlib.io/coin/ZEL/Zel#analysis
https://coinlib.io/coin/NOS/NOS+Coin#analysis
https://coinlib.io/coin/ABL/Airbloc#analysis
https://coinlib.io/coin/CPX/APEX#analysis
https://coinlib.io/coin/DTA/Data#analysis
https://coinlib.io/coin/YEE/Yee#analysis
https://coinlib.io/coin/EDR2/Endor+Protocol+Token#analysis
https://coinlib.io/coin/BEAM/Beam#analysis
https://coinlib.io/coin/QUN/QunQun#analysis
https://coinlib.io/coin/SKM/Skrumble+Network#analysis
https://coinlib.io/coin/SEAL/Seal+Network#analysis
https://coinlib.io/coin/CARD/Cardstack#analysis
https://coinlib.io/coin/XAUXaurum#analysis
https://coinlib.io/coin/ACC/AdCoin#analysis
https://coinlib.io/coin/LINA/Lina#analysis
https://coinlib.io/coin/MOBI/Mobius#analysis
https://coinlib.io/coin/OAX/OAX#analysis
https://coinlib.io/coin/VDG/VeriDocGlobal#analysis
https://coinlib.io/coin/IONC/IONChain#analysis
https://coinlib.io/coin/BLK/BlackCoin#analysis
https://coinlib.io/coin/UGAS/UGAS#analysis
https://coinlib.io/coin/OST/SimpleToken#analysis
https://coinlib.io/coin/CZCanonChain#analysis
https://coinlib.io/coin/BCPT/BlockMason+Credit+Protocol#analysis
https://coinlib.io/coin/DCN/Dentacoin#analysis
https://coinlib.io/coin/MVP/Merculet#analysis
https://coinlib.io/coin/OLT/OneLedger#analysis
https://coinlib.io/coin/LCC/LitecoinCash#analysis
https://coinlib.io/coin/EXRN/EXRNchain#analysis
https://coinlib.io/coin/MTH/Monetha#analysis
https://coinlib.io/coin/OCN/Odyssey#analysis
https://coinlib.io/coin/LYM/Lympo#analysis
https://coinlib.io/coin/DDD/Scry.info#analysis
https://coinlib.io/coin/PST/Primas#analysis
https://coinlib.io/coin/UBEX/Ubex#analysis
https://coinlib.io/coin/TOL/Tolar#analysis
https://coinlib.io/coin/SS/Sharder#analysis
https://coinlib.io/coin/EDN/Eden+Coin#analysis
https://coinlib.io/coin/CURE/Curecoin#analysis
https://coinlib.io/coin/DAX/DAEX#analysis
https://coinlib.io/coin/RNT/OneRoot+Network#analysis
https://coinlib.io/coin/VIN/VinChain#analysis
https://coinlib.io/coin/BOX/ContentBox#analysis
https://coinlib.io/coin/REM/REMME#analysis
https://coinlib.io/coin/CHAT/ChatCoin#analysis
https://coinlib.io/coin/ROX/Robotina#analysis
https://coinlib.io/coin/ZUM/ZumCoin#analysis
https://coinlib.io/coin/TBX/Tokenbox#analysis
https://coinlib.io/coin/EOSDAC/eosDAC#analysis
https://coinlib.io/coin/USC/Ultimate+Secure+Cash#analysis
https://coinlib.io/coin/DAT/Datum#analysis
https://coinlib.io/coin/VEX/Vexanium#analysis
https://coinlib.io/coin/SLT/Smartlands#analysis
https://coinlib.io/coin/ZCO/Zebi+Coin#analysis
https://coinlib.io/coin/PPY/Peerplays#analysis
https://coinlib.io/coin/PAYX/Paypex#analysis
https://coinlib.io/coin/HYDRO/Hydro#analysis
https://coinlib.io/coin/DBC/DeepBrain+Chain#analysis
https://coinlib.io/coin/SUB/Substratum+Network#analysis
https://coinlib.io/coin/QCH/QChi#analysis
https://coinlib.io/coin/BTM/BitMark#analysis
https://coinlib.io/coin/BTO/Bottos#analysis
https://coinlib.io/coin/HMQ/Humaniq#analysis
https://coinlib.io/coin/ACAT/Alphacat#analysis
https://coinlib.io/coin/CPC/CPChain#analysis
https://coinlib.io/coin/ISIKC/Isiklar+Coin#analysis
https://coinlib.io/coin/CHX/Chainium#analysis
https://coinlib.io/coin/NSD/Nasdacoin#analysis
https://coinlib.io/coin/SHIFT/Shift#analysis
https://coinlib.io/coin/RFRefereum#analysis
https://coinlib.io/coin/EKO/EchoLink#analysis
https://coinlib.io/coin/ROCK/RocketCoin#analysis
https://coinlib.io/coin/CLOAK/CloakCoin#analysis
https://coinlib.io/coin/AXE/Axe#analysis
https://coinlib.io/coin/EXP/Expanse#analysis
https://coinlib.io/coin/MEMercury#analysis
https://coinlib.io/coin/IHT/IHT+Real+Estate+Protocol#analysis
https://coinlib.io/coin/TUBE/BitTube#analysis
https://coinlib.io/coin/SPHTX/SophiaTX#analysis
https://coinlib.io/coin/SSC/SelfSell#analysis
https://coinlib.io/coin/IMT/MoneyToken#analysis
https://coinlib.io/coin/SCV/Super+CoinView+Token#analysis
https://coinlib.io/coin/EQUAD/QuadrantProtocol#analysis
https://coinlib.io/coin/TOTO/Tourist+Token#analysis
https://coinlib.io/coin/AAC/Acute+Angle+Cloud#analysis
https://coinlib.io/coin/COSM/Cosmo+Coin#analysis
https://coinlib.io/coin/LOBS/LOBSTEX+Coin#analysis
https://coinlib.io/coin/YEED/YEED#analysis
https://coinlib.io/coin/PIPL/PiplCoin#analysis
https://coinlib.io/coin/MAS/MidasProtocol#analysis
https://coinlib.io/coin/SIB/Sibcoin#analysis
https://coinlib.io/coin/LUN/Lunyr#analysis
https://coinlib.io/coin/XSG/SnowGem#analysis
https://coinlib.io/coin/SPHSphere+Coin#analysis
https://coinlib.io/coin/MEME/Pepe+Memetic#analysis
https://coinlib.io/coin/AIT/AICHAIN#analysis
https://coinlib.io/coin/ZXC/0xcert#analysis
https://coinlib.io/coin/0XBTC/0xBitcoin#analysis
https://coinlib.io/coin/BIBirake#analysis
https://coinlib.io/coin/TRTL/TurtleCoin#analysis
https://coinlib.io/coin/QBT/Qbao#analysis
https://coinlib.io/coin/BEET/BeetleCoin#analysis
https://coinlib.io/coin/FUEL/Etherparty#analysis
https://coinlib.io/coin/NOTE/DNotes#analysis
https://coinlib.io/coin/FDZ/Friendz#analysis
https://coinlib.io/coin/RATING/DPRating#analysis
https://coinlib.io/coin/CVCOIN/Crypviser#analysis
https://coinlib.io/coin/RTE/Rate3#analysis
https://coinlib.io/coin/ABX/Arbidex+Token#analysis
https://coinlib.io/coin/HBZ/HBZ+Coin#analysis
https://coinlib.io/coin/GEO/GeoCoin#analysis
https://coinlib.io/coin/ARN/Aeron#analysis
https://coinlib.io/coin/HGT/Hello+Gold#analysis
https://coinlib.io/coin/UT/Ulord#analysis
https://coinlib.io/coin/PCL/Peculium#analysis
https://coinlib.io/coin/METM/MetaMorph+Pro#analysis
https://coinlib.io/coin/DUO/ParallelCoin#analysis
https://coinlib.io/coin/HQX/HOQU#analysis
https://coinlib.io/coin/MEXC/MEXC+Token#analysis
https://coinlib.io/coin/ZLA/Zilla#analysis
https://coinlib.io/coin/TGAME/Truegame#analysis
https://coinlib.io/coin/BBO/Bigbom#analysis
https://coinlib.io/coin/STQ/Storiqa+Token#analysis
https://coinlib.io/coin/ERC20/ERC20#analysis
https://coinlib.io/coin/DAC/DACash#analysis
https://coinlib.io/coin/FOXT/Fox+Trading#analysis
https://coinlib.io/coin/ADI/Aditus#analysis
https://coinlib.io/coin/JET/Jetcoin#analysis
https://coinlib.io/coin/PTT/Proton+Token#analysis
https://coinlib.io/coin/EVN/EvenCoin#analysis
https://coinlib.io/coin/TDP/TrueDeck#analysis
https://coinlib.io/coin/OCEAN/BurstOcean#analysis
https://coinlib.io/coin/ELY/Elysian#analysis
https://coinlib.io/coin/ETHO/Ether-1#analysis
https://coinlib.io/coin/DML/Decentralized+Machine+Learning#analysis
https://coinlib.io/coin/BETHEBethereum#analysis
https://coinlib.io/coin/KLKS/Kalkulus#analysis
https://coinlib.io/coin/TNS/Transcodium#analysis
https://coinlib.io/coin/MORE/More+Coin#analysis
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submitted by Quippykisset to peaceCorpsCoding [link] [comments]

Delegated Proof Of Stake

While there are a number of consensus algorithms that most functional cryptocurrency platforms have adopted over the years, a couple of these algorithms have become more popular than the others.
While the proof of work (PoW) algorithm has been identified to be the very first consensus mechanism integrated into a crypto platform, the proof of stake (PoS) and the delegated proof of stake (DPoS) are two other mechanisms that have been designed as an alternative to PoW. The first move advantage PoW had in the market has not withstood criticism and adjustments to optimize the protocol.
Generally, the PoW system requires users to make use of advanced mining rigs and hardware which will require large computational power. The PoS and the DPoS algorithms unlike PoW requires fewer resources and by design happens to be more eco-friendly and sustainable.
For us to get an idea of how the delegated proof of stake works, it is only right that we have a knowledge of what the PoW and the PoS consensus mechanisms are and how they function.
Proof Of Work
This is the first consensus algorithm to be integrated into a blockchain network. It was used as a way to ensure that the majority of the users on the Bitcoin network did not take total control of the network. It was used on the Bitcoin network to validate transactions and for users to validate these transactions, they have to make use of advanced and expensive hardware mining rigs.
With the high expenses associated with the PoW mining model, many people are restricted from entering the mining pools with any form of efficiency. Thus, power can become concentrated on a PoW network, one of the main concerns for users of the original networks operating with PoW.
This consensus algorithm will require users to solve complex mathematical problems if they are to compete and validate transactions on the network. These mathematical puzzles have been made to be as difficult as possible. This is to ensure that miners do not easily find these blocks.
Proof Of Stake
This consensus algorithm was designed to be an alternative to proof of work and the restrictions the PoW model put on user’s ability to be miners. Proof of Stake was discovered in 2012 after most platform developers sought for alternative consensus algorithms that can be used. Unlike the PoW, the proof of stake algorithm requires that miners on the network stake or have their coins locked.
To explain better, for miners who want to mine on the network, they will have to stake a certain amount of coins if they are to successfully mine. This simply means that if a miner owns about 5% of the total coins on a network, then that user would then have the right to mine 5% of all transactions that are carried out on the network. Thus, creating an incentive for users to hold coins instead of the incentive many miners had in the proof of work model to sell their coins to the market quickly after mining them or in more malicious cases, try to attack a weaker proof of work network with a 51% attack.
Delegated Proof Of Stake
The Delegated Proof of Stake (DPoS) algorithm was launched in 2014 by Daniel Larimer, a more renown developer within the world of cryptocurrency. He helped pioneer this new model of validation for blockchain technologies. Today, there are a number of crypto platforms that make use of this consensus algorithm and they include Steem, Ark, Bitshares, Lisk, and many other networks today.
DPoS based blockchain networks work in a voting manner where stakeholders on the network will have to outsource their duties to third-parties. It can be said that these stakeholders are able to vote for a few people to help them manage the security of the network. On any of the DPoS based crypto networks, these individuals that are voted to maintain the security of the network for others are referred to as delegates, while those voted to validate transactions on these networks are called "witnesses".
A closer look at this consensus algorithm will point to a resemblance to the PoS algorithms. For example, on any of the DPoS based algorithms, the vote count and worth of each of the users will be determined by the number of coins they have in their possession. While the voting system may vary from one blockchain network to another, one thing is certain - each of the delegates or individuals to be voted for will have to present to others on the network a proposal of what they will accomplish when voted in as either delegates or witnesses. Most of the time, the rewards that are gotten from the validation of blocks by these witnesses are shared proportionally with the various electors. This is just like the PoS except that there is no voting system and that each user will have to represent himself.
DPoS based blockchain networks have their voting systems based on the reputation of the delegate in question. Unlike the traditional voting system, on these blockchain networks, if witnesses do not carry out their duty of validating blocks on the network, they will be expelled and immediately replaced by another. This helps to secure the network from malicious actors. Furthermore, these DPoS based networks adapt which makes them more scalable than the PoW and the PoS algorithms. This is because they elect a few people who do the job for the network.
Characteristics Of The Delegated Proof Of Stake Algorithm
While we have discussed what the DPoS consensus algorithm is, it is best that we discuss some of the features or characteristics that set it apart from both the PoS and the PoW. These underlying characteristics apply to the Delegated Proof of Stake algorithm as well. These characteristics include;
  1. A Voting System - Unlike the other two consensus algorithms, the DPoS algorithm has a voting system. On these networks, users will have to vote for delegates or witnesses that will validate transactions on the network. The votes are weighted according to the number of coins that an individual on the network has. While users do not need to have so many coins to become delegates, they need to have voters that have more coins as their votes can help make them become top tier witnesses.
  2. System Witnesses - These are those that are chosen by users on the network to validate transactions on their behalf. Depending on each of these networks, the number of witnesses may vary. While these witnesses can block transactions that are being sent, they cannot in any way alter or change the information on each of these transactions. This is because the blockchain technology is immutable.
  3. NetworkDelegates - This happens to be another set of people on the DPoS based blockchain networks. They are voted by users on the network to help maintain the network. They are elected to oversee the overall performance as well as the entire blockchain protocol. These delegates can propose things on the network. For example, they can propose that the number of witnesses is reduced or increased and users on the network will have to vote either for or against the motion.
As always, the team here at Affil Coin is happy to help where we can. So, if you ever have any questions, stop by the Affil Coin Telegram chat and talk to a member of our team! Furthermore, if you want to learn more about Delegated Proof of Stake, click here and visit the Affil Coin site!
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TokenClub Bi-Weekly Report — Issue 116(6.1–6.14)

TokenClub Bi-Weekly Report — Issue 116(6.1–6.14)

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Hello everyone, thank you for your continued interest and support. In the past two weeks, various tasks of TokenClub have been progressing steadily. The product development and community operation progress this week are as follows:
1. TokenClub Events
1)TokenClub’s 2nd Token Circle Talent Show starts registration
The second 2nd Token Circle Talent Show is coming, providing you with a big stage that you want to show yourself in the coin circle. 500,000 people will watch your performances here. This event takes part in the form of registration, and enters the selection competition after passing the preliminary screening of TokenClub. The trial will be promoted in the form of live PK. Winners will receive key support from TokenClub, self-media matrix, help create personal exclusive boutique columns, get the chance to talk with more heavyweight guests, and there will be TCT awards waiting for you! Friends, sign up now.


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2)June 1 activity ended successfully
On the advent of “June 1”, the TokenClub team opened a new welfare activity for overseas communities. During the event, follow the team’s official Twitter and forward the event poster in real time, or participate in the topic interaction of the Telegram group to receive private red envelope rewards


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3)BTCGrandpa is invited to participate in the live broadcast of Golden Finance
On June 3rd, Grandma Coin was invited to participate in the live broadcast of Golden Finance’s “Mining Double Coins” theme. Review link:
https://m.jinse.com/live/topic?id=14268.

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4)BTCGrandpa was invited to participate in the 499 Block community AMA
On June 11, Grandpa Nina was invited to participate in the 499Block community AMA. The theme is “Coin Circle Big V Coin Grandpa takes you to see the market”, the article review link:
https://mp.weixin.qq.com/s/qCnwuaohiwi4BXcbRSJ1gw


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2.TokenClub Live
1) Summary
Recently, Jianan Technology Senior Vice President Lu Xiaoming, OKEx CEO-Jay Hao, Founder of Litecoin Charlie Lee, Binance Vice President Lu Mai, Bitribe Founder-SKY, Luyin Agreement Founder-Wang Dong, Kubi CEO-Johnny Lyu , Co-Founder of BTW.com-Dylan, MYKEY & Coin Hu founder Guru, suterusu investor & Betterbit founder Richard, CasperLabs CEO-Mrinal Manohar, CasperLabs COO- Cliff Sarkin, DoraHacks partner & business leader-Yue Hanchao, former Silicon Valley Engineer & Early Blockchain User-Wu Weilong, Distributed Capital Partner and General Counsel Sun Ming, Ontology Founder Li Jun, Cardano Project Founder Charles Hoskinson, QuarkChain Founding Partner Anthurine, ARPA Co-Founder & Chief Growth Officials-Nogi, the well-known KOL Ke Haoran of the currency circle, the “Ancient” old leek who loves trading, One.Love, the early investor of Bicc & the founder of CC Capital & the co-founder of the three o’clock blockchain community Wang Xiaobin, Binance Angel Steven, Binance Angel Wu Mi, Binance Angel July, Injective Protocol Co-Founder and CEO-Eric Chen, BN Capital Senior Partner-Wayne Lin, and TokenClub Blockchain and Cryptocurrency Investment Strategy Senior Expert-Zao Shen Chat with everyone Those things of the blockchain~
On June 1, the global blockchain live festival “Stay Live, Stay Young”-Bitribe +499BLOCK hosted by 499Block and Bitribe was childlike and childlike, celebrating June 1st. A total of 18 industry heavyweights, Jay Hao, Charlie Lee, Mai Lu, SKY, etc., and many industry leading exchanges such as Binance, OKEx, Matcha, Kucoin, Bitribe, BTW, etc. were invited to participate in the live broadcast festival Including Luyin agreement, Harmony, Cortex, Beam, Wedifi, etc., the continuous airdrop of up to 6BTC.

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On June 1st, CasperLabs CEO-Mrinal Manohar, CasperLabs COO- Cliff Sarkin, DoraHacks partner & business leader-Yue Hanchao, former Silicon Valley engineer & early blockchain user-Wu Weilong was a guest at the TokenClub live room, sharing the theme: Ethereum 3.0: Casper Labs, a Silicon Valley star project, takes us to interpret Casper Labs together.

On June 1, Binance Luna talked to Lu Xiaoming, senior vice president of Jianan Technology, and talked to us about the mine. Lu Xiaoming believes that blockchain has played a huge role in breaking the “data island” and other aspects, and he has confidence in the future of the industry. Just like the sentence he gave to everyone: “We still believe firmly, still believe, of course ,we still love you!”

On June 2nd, Binance Yingge talked to the founder of MYKEY & Coin Hu. Around: “Is Stablecoin a killer application?” Speaking from the beginning of the coin circle to the first pot of gold to the establishment of MYKEY, Guru and shared with us the secrets of grasping so many value projects, investment experience, etc., and stability The key analysis was carried out.

On June 3, Binance Sis talked with Sun Ming, Partner and General Counsel of Distributed Capital-”Sun Ming, Partner of Distributed Capital: The past of the currency circle of a lawyer.” Sun Ming is more optimistic about Ethereum than Bitcoin. Sun Ming believes that the easiest way to invest is to choose the most important project in the main track.

On June 4, Charles Hoskinson, the founder of Cointelegraph Chinese and the Cardano project, gave a live broadcast and shared an in-depth discussion around the topic of “How to Cardano surpass Ethereum after five years of precipitation.” Charles Hoskinson, who was a close working partner with V God and BM, why did he leave Bitshares and Ethereum to create the Cardano project? There is an answer in the live room.

On June 4, Binance Li Jiayi talked with Ontology founder Li Jun-”Ontology founder’s blockchain entrepreneurial experience”. For the future of the public chain, Li Jun believes that in the past two years of infrastructure construction, the public chain has paid more attention to technology. However, in the process of open source in the blockchain industry, technical homogeneity is gradually emerging. In the next stage, the public chain will pay more attention to the application of landing entities and offline scenarios, and new focus will appear, which is a good thing for the development of the public chain.

On June 5, Binance Seven Seven talked to Binance Captains-Hard Candy, He Rensi, Deer Deer Captain, and three post-90s Binance Captains. Focusing on the topic of “Binan Captain chatting about “Cloud Stall” earning “after-sleep income”, I talked about how the entire currency circle has been following the wind in recent days, to see how the Captain Binance is lying and making money.

On June 6, the post-modernist economist hard-core punkist master, Zao Shen, went online, with the theme of “street stalls in the city management area, and speculation of coins out of heaven.” “Street economy” has become the most popular word recently. In this issue, Zao Shen takes everyone to analyze: behind the promotion of the land stall economy, what are the trends and choices in national policies? And analyzed the recent stock market, currency circle, and international policies.

On June 8th, Binance Luna talked to Anthurine, the founding partner of QuarkChain, focusing on the “challenges and opportunities of blockchain in the “new infrastructure””. Anthurine is interested in the development of China’s new infrastructure and the blockchain industry in the new infrastructure In order to play its role, how to participate, and the new infrastructure you think they need the underlying architecture of the blockchain and other issues have been shared in detail.

On June 9th, Binance Yingge talked with ETC Asia-Pacific community manager Xu Kang Christian, and talked to everyone: the brother story of ETC and ETH. Xu Kang said that after 2016, a hard fork occurred in Ethereum. The newly forked chain is ETH, and the original chain is now ETC. Xu Kang believes that the most suitable native scenario for blockchain implementation is the financial field, followed by the alliance chain that the country has vigorously developed.

On June 10th, ARPA co-founder & chief growth officer-Noki as a guest TokenClub live broadcast room and Gate brand public relations Yue Yue connection centered on “ARPA DeFi ideas and growth strategy” centered on the discussion. Nogi talked to you about some ARPA things, and shared her views on the future of the entire digital currency and blockchain industry.

On June 10, Binance Li Jiayi talked to the well-known KOL Ke Haoran of the currency circle and One.Love, the “old” leek who loves trading. Both guests were Binance’s “bosses” (rebate partners). The two guests shared their respective stories in the currency circle and the stories they saw, and shared their own experience in currency speculation.

On June 11, Wang Xiaobin, an early investor of Bicc, founder of CC Capital, and co-founder of the three o’clock blockchain community made a guest live sharing and shared about the BICC trading platform, recent industry hotspots, and blockchain technology.

On June 11, Binance Qianjiangyue spoke to Binance Angels Steven, Wu Mi and July. Binance Angel is a volunteer team established at the beginning of Binance. This team exists as a real voice of community users. The three Binance Angels also shared their daily work in the live broadcast room.

On June 12, Binance Sis talked with Injective Protocol co-founder and CEO-Eric Chen, BN Capital Senior Partner-Wayne Lin, and shared their experiences of speculating on coins around “Defi makes the market value of crypto assets tenfold” , Investment experience and experience, a hot discussion was held on blockchain technology and Defi ecology.

On June 13th, the currency circle song king Zao Shen went live, and the theme was “Recovery of the Minority, Lost of the Most”. Mainly revolving around this Thursday’s plunge in the currency circle, US stocks have driven the currency market to chat. On the linkage of the US stocks & currency circle, the reasons for the collapse of US stocks, the following market trends and investment strategies were analyzed one by one. For more exciting content, please move to the live room.

3.TokenClub operation data
-Live data: 17 live broadcasts in the past two weeks, with over 500,000 views. TokenClub hosted a total of 889 live broadcasts with a total of 45.78 million views.
-Binary trade data: In the past two weeks, guess the rise and fall to participate in a total of 5274 times, the amount of participation exceeded 3 million TCT. At present, it is guessed that the rise and fall function has participated in a total of 1.12 million times, with a cumulative participation amount of 501 million TCT.
-Chat data: In the past two weeks, a total of 10124 messages have been generated. A total of 4.88 milliom messages have been launched since the function was launched.
-Mini-game data: The mini-game has participated in a total of 5069 times in the past two weeks. A total of 1,67 million self-functions have been online.
-Cut leeks game data together: Since the game was launched, the total number of user participation in the game was 976086 TCT total consumption was 6.28 million gift certificate total consumption was 16.39 million and TCT mining output was 163812.
-TokenClub KOL data: Over the past two weeks, the total reading volume of the BTCGrandpa article has been viewed by more than 300,000 people.
-Social media data: At present, the number of Weibo official accounts is 18053 and the number of Twitter followers is 1822 and we have opened the official Medium account this week, welcome to follow.
-Telegram official group data: In the past 2 weeks, there were 741 chats in the group, and the total number of Telegram official groups is currently 3113.
-Medium data: Medium official account u/TokenClub has published 3 excellent articles, official announcements and updates are published in English, welcome to follow.
4.Communities
1)Overseas community
On June 1, TokenClub organized an award-winning event for overseas users to participate in live broadcast interaction, retweet Twitter, and telegram group chat. At the same time, with the increase of live broadcast content, the telegram group is becoming more and more active, and the questions raised by overseas users who have just entered the telegram group are also answered in the first time. TokenClub has translated the high-quality live content of the past two weeks into English and released it to the Medium platform. Please pay attention.

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TCT has been listed on Binance、Okex、Gate.io、ZB-M、MXC、Biki、Coinex、BigOne、Coinbene、Cybex、SWFT、Loopring、Rootrex etc.
TokenClub website: www.tokenclub.com
Telegram:https://t.me/token_club



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What Is Staking: The Ultimate Beginner’s Guide

What Is Staking: The Ultimate Beginner’s Guide
Staking means you are holding your cryptocurrency funds in a wallet and thus support the functionality of a blockchain system. Stakeholders lock their cryptos in their wallets. In return, they are rewarded by the network.

Proof-of-Stake versus Proof-of-Work.

What Is Proof Of Stake

To clear up the idea of staking, we should explain the Proof-of-Stake (PoS) consensus mechanism. PoS and its versions are widely used in many blockchain networks.
The pioneers of PoS were (most likely) Sunny King and Scott Nadal. They were the first to describe and implement this idea for the crypto project Peercoin (PPC). Originally, its blockchain was using a hybrid of PoW and PoS. It made the network less dependent on the alternative protocol and attracted more participants. They were miners who came to compete for a reward.

Delegated Proof-of-Stake in BitShares versus Proof-of-Work in Bitcoin.

Delegated Proof Of Stake

Two years later, Daniel Larimer, a prominent software developer, and crypto entrepreneur introduced a modified version of PoS. Its name was Delegated Proof of Stake (DPoS). The first network to apply it was Bitshares. Larimer also launched EOS and Steem. Both projects adopted the Delegated Proof of Stake protocol for their blockchains.
What is the key feature of DPoS? This mechanism allows all network users to ‘convert’ their crypto holdings into votes. These votes are used to elect trusted witnesses (‘delegates’). They will manage the blockchain on your behalf. The delegates validate the transactions and make sure the network functions as it should. The weight of your vote depends on how big your stake is. As a stakeholder, you get a regular reward for keeping your crypto in the network.

DPoS Pros

The DPoS model addresses the important problems of PoS and PoW blockchains. First of all, it’s the scalability issue. DPoS improves network capacity by increasing the speed of transaction processing. It is possible because the DPoS model allows reaching consensus much faster, as it needs fewer nodes to validate a transaction. On the dark side, Delegate Proof of Stake usage promotes centralization: a DPoS network relies on a limited group of delegates for its operation.

How Staking Works

As we said earlier, staking means holding cryptocurrency or tokens to support a network operation and getting a reward for it. Naturally, this process is typical for blockchains using the PoS protocol or any of its versions.
Unlike PoW, this protocol does not rely on miners who validate blocks by doing ‘work’. This work consists of solving math puzzles using increasingly powerful mining hardware. Instead, the mining power of any network participant depends on how many coins they commit to stake. It allows a PoS-based blockchain to avoid usage of ASICs and other equipment that consumes a great amount of electricity.

Advantages Of Staking

The bigger is the amount you stake, the better are your chances to become the validator for the next block and grab the reward. The PoS model saves you a lot of money. You don’t have to invest in expensive mining hardware and cooling equipment. Also, you don’t have to pay huge electricity bills every month. You still spend some money, but it’s a direct cryptocurrency investment. Every PoS network features its own ‘staking currency’.
The increased scalability, ensured by staking, is one of the main reasons why the Ethereum plans to move to this model in 2020 when it adopts the Casper protocol.
There are networks that prefer DPoS. In this model, you may use other network participants to signal your support for some event. It means you delegate decision making to the nodes you trust.
In fact, these delegates are responsible for handling the blockchain, as they deal with the issues of major importance. They play a key role in consensus achievement and make management decisions.

Consensus protocols compared: PoW, PoS and DPoS.

Network Inflation

There are blockchains who pay a staking reward in the form of a fixed percentage, the so-called ‘inflation rate’. The purpose is to persuade more people to stake their coins. It’s like a bank encouraging you to keep your money with them and not at home.
Until recently, Stellar was a typical example of such a scheme. Their fixed inflation rate was 1%. Every week, the network used to distribute ‘inflation money’ among the holders, who kept their funds in the staking pool. The main pro of this model is that you get a fixed bonus regularly.
For example, a Stellar user who was holding 10,000 XLM for 1 year, could expect the reward of 100 XLM. This information was open to all the users, helping them to decide in favor of staking. It motivated the people who preferred a moderate but predictable reward to a big but random one.
In the 4th quarter of 2019, Stellar abandoned the inflation scheme.

Staking Pool

An idea behind staking pools is simple. To form a pool, many network stakeholders combine together. It increases their collective odds of validating a new block and getting rewarded for it. Like in a PoW mining pool, the reward is proportionately split among all the participants. The money you put in, the bigger is your share.
Pooling might be the best staking solution if your network has a high entry barrier. In practice, it means that you have to contribute a large amount of money to enter, but you cannot afford it alone. Note, that running a pool is not free, as there are maintenance and development costs. As a result, you often have to pay a ‘membership fee’ to the pool providers. Normally, it’s a fixed percentage of your reward share.
Besides, pools may offer additional benefits related to withdrawal time, minimum balance, etc. It attracts new participants and results in a greater degree of decentralization of the network.

Cold Staking

Cold staking is when you stake your crypto using a cold (hardware) wallet. Such a wallet has no connection to the Internet. There are networks that let you stake the funds kept in cold storage. The biggest benefit of cold staking is that your funds are 100% safe. For large stakeholders, it’s the top priority. If a stakeholder takes the crypto out of the cold wallet, their rewards are discontinued.

Future Of Staking

The number of users seeking to contribute their assets to participate in blockchain management and decision-making grows. It means staking becomes popular. To meet the demand, the entry process is becoming more user-friendly. Accordingly, more people will be taking an active part in the development of their blockchain ecosystems.

Conclusion

In conclusion, staking is an innovative investment tool. It can compete with traditional ones in terms of stability. In terms of assets growth potential, it’s superior to them.
P.S. Hope you found this article interesting and useful. If you want to read more articles on crypto, finance, and blockchain check out our blog.
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Sexy rise!

Hope y'all having a fine time!
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Understanding different Consensus Mechanisms

Understanding different Consensus Mechanisms

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The BlockChain network consists of a series of nodes that form a distributed architecture. These nodes need to be aligned and run synchronously to maintain security in the network. Thus the concept of Consensus is devised to maintain harmony in the blockchain network.
A Consensus mechanism can be defined as a process where all the nodes abide by the same rules or protocols. These consensus mechanisms are very important for a blockchain network to function properly. The network is shared by numerous users who do transactions. These transactions are further validated to add it to the block and then to the chain. Thus the transactions, as well as the network, need to be regularly checked to maintain the safety and security of the network. Thus a good consensus mechanism or protocol is mandatory to protect the network from various attacks.
These protocols should be efficient, secure, reliable, and real-time so that they can check the authenticity of transactions and to which the network participants commonly agreed to the outcome.
Different Consensus Mechanism
There are different kinds of consensus mechanism which are based on different principles.
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1. Proof of Work (PoW)
Proof of Work was the first-ever consensus mechanism and was adopted by Bitcoin. It became very famous after that and was later implemented on Ethereum, Litecoin, etc. The algorithm is based on solving a complex mathematical puzzle which is very hard to crack. The node which solves it then broadcasts the outcome for verification. Once verified, the blocks are added to the network. This algorithm also rewards the miner who solves the puzzle.
Though PoW has provided the desired security which is very much needed to make the network bulletproof against hackers it was criticized over the years due to its high energy and resource requirements which are needed to solve the complex mathematical puzzles. But this is also the reason why the Bitcoin network is so valuable.
2. Proof of Stake (PoS)
This algorithm is based upon the stake of validators. The validators are decided based on a combination of different factors which includes the staking age and the node’s wealth. Any network user who wants to participate in the forging activity stake a certain amount of coin into the network. This is done by sending a special transaction that will lock up their base cryptocurrency (in Ethereum's case, ether). The stake size determines the chances of a node to be selected as the next validator who will forge the next block. The bigger the stake, the higher the chances.
This algorithm was introduced in 2011 with the idea to solve the problems with Proof of Work.
Some of the crypto coins like Nxt (NXT), Blackcoin, ShadowCoin, and Peercoin (PPC) use the PoS method. Ethereum (ETH) is also switching to a PoS system.
Advantages:
· Enhanced Security
· More decentralization
· Less energy
· Higher transparency
3. Proof of Authority (PoA)
In the PoA consensus model, the identity is chosen as the form of stake rather than staking tokens. It is an enhanced version of Proof of Stake. A group of validators is already chosen as the authority. Their task is to check and validate all the newly added identities, validate transactions, and blocks to add to the network. To ensure efficiency and security in the network the validator group is usually kept small (~25 or less).
PoA was proposed by a group of developers in March 2017 (coined by Gavin Wood) as a blockchain-based on the Ethereum protocol. It was developed with the idea to solve the problem of spam attacks on Ethereum’s Ropsten test network. The new network was named Kovan. It is the main test network for all Ethereum users today.
Projects using PoA: Kovan, Rinkeby, TomoChain, Swarm City, Go Chain, etc.
Characteristics of a PoA Network:-
· Less energy consumption as compared to PoW.
· No communication is required to reach the consensus between the nodes.
· Network operation is independent of the number of available genuine nodes.
· The chance of a node to become a forge depends upon both its stake and overall holding.
4. DPOS (Delegated Proof of Stake)
In 2014, Dan Larimer developed the Delegated Proof of Stake (DPoS) consensus algorithm. This algorithm is considered more efficient than the preceding PoS mechanism.
A DPoS algorithm is based on a voting system where stakeholders cast their votes to a third-party to outsource the work. These delegates are referred to as witnesses and are responsible for the generation and validation of new blocks. The voting power is proportional to the number of coins each user holds. Also, it varies from project to project. Each delegate presents an individual proposal when asking for votes. The rewards received by the delegates are proportionally shared with their respective electors.
Since a DPoS system is based on a voting system and is maintained by the voters, hence it is directly dependent on the delegates’ reputation. Due to this, the delegates are motivated to be honest and efficient, or else they will get voted out.
Cryptocurrency projects that make use of DPoS consensus algorithm- Bitshares, Steem, Ark, and Lisk.
The main advantage of DPOS is that it is more scalable i.e it can process more transactions per second (TPS) as compared to POW and PoS.
5. Hybrid PoW/PoS
The idea behind developing a hybrid Proof of Work and Proof of Stake systems is to maximize the advantages and minimize the disadvantage of both approaches (PoW/PoS).
This method allows mining and staking to create a balance between those outside the community (the miners) and those inside the community (the stakeholders).In this model, the PoW miners create new blocks that contain transactions to be added to the blockchain. As these blocks have been created, the PoS miners vote on whether or not to confirm them. PoS miners stake a portion of their tokens; the larger the stake, greater will be the voting power. However, rather than counting the total vote count to check the validity of the newly created block, the hybrid consensus mechanism randomly chooses 5 'votes' to determine the validity; if 3 out of the 5 chosen votes are positive, the block is confirmed and added to the blockchain. As a reward, PoW miners receive 60% of the block reward, PoS miners receive 30%, and the remaining 10% is dedicated to developmental efforts.
By using PoS voting, these systems protect the network from a 51% attack because it provides an additional layer of verification.
6. Delegated Byzantine Fault Tolerance (dBFT)
This consensus algorithm was invented by the developers of NEO, one of the world's largest platforms for building and deploying decentralized applications (dApps). The method is very similar to PoS,i.e vote to choose delegates and speakers.
All NEO token holders (ordinary nodes) have the right to vote for delegates irrespective of the number of tokens that they hold.
Any token holder can become a delegate if he fulfills the following criteria:-
· Reliable internet connection.
· Specific equipment.
· 1,000 GAS.
A speaker is chosen randomly out of these delegates. These speakers are expected to keep track of all the transactions and record them on the network. A new block is formed from the transactions that need to be validated. Once formed, the speaker sends the proposal of verifications to the elected delegates. If more than two-thirds of the delegates reach a consensus and validate it, the block is added to the blockchain.
Let me know in the comments what you feel about this article. Do read my other articles where I dig deeper into various technical aspects of Blockchain.
submitted by RumaDas to u/RumaDas [link] [comments]

What Is Staking: The Ultimate Beginner’s Guide

What Is Staking: The Ultimate Beginner’s Guide
Staking means you are holding your cryptocurrency funds in a wallet and thus support the functionality of a blockchain system. Stakeholders lock their cryptos in their wallets. In return, they are rewarded by the network.

Proof-of-Stake versus Proof-of-Work.

What Is Proof Of Stake

To clear up the idea of staking, we should explain the Proof-of-Stake (PoS) consensus mechanism. PoS and its versions are widely used in many blockchain networks.
The pioneers of PoS were (most likely) Sunny King and Scott Nadal. They were the first to describe and implement this idea for the crypto project Peercoin (PPC). Originally, its blockchain was using a hybrid of PoW and PoS. It made the network less dependent on the alternative protocol and attracted more participants. They were miners who came to compete for a reward.

Delegated Proof-of-Stake in BitShares versus Proof-of-Work in Bitcoin.

Delegated Proof Of Stake

Two years later, Daniel Larimer, a prominent software developer, and crypto entrepreneur introduced a modified version of PoS. Its name was Delegated Proof of Stake (DPoS). The first network to apply it was Bitshares. Larimer also launched EOS and Steem. Both projects adopted the Delegated Proof of Stake protocol for their blockchains.
What is the key feature of DPoS? This mechanism allows all network users to ‘convert’ their crypto holdings into votes. These votes are used to elect trusted witnesses (‘delegates’). They will manage the blockchain on your behalf. The delegates validate the transactions and make sure the network functions as it should. The weight of your vote depends on how big your stake is. As a stakeholder, you get a regular reward for keeping your crypto in the network.

DPoS Pros

The DPoS model addresses the important problems of PoS and PoW blockchains. First of all, it’s the scalability issue. DPoS improves network capacity by increasing the speed of transaction processing. It is possible because the DPoS model allows reaching consensus much faster, as it needs fewer nodes to validate a transaction. On the dark side, Delegate Proof of Stake usage promotes centralization: a DPoS network relies on a limited group of delegates for its operation.

How Staking Works

As we said earlier, staking means holding cryptocurrency or tokens to support a network operation and getting a reward for it. Naturally, this process is typical for blockchains using the PoS protocol or any of its versions.
Unlike PoW, this protocol does not rely on miners who validate blocks by doing ‘work’. This work consists of solving math puzzles using increasingly powerful mining hardware. Instead, the mining power of any network participant depends on how many coins they commit to stake. It allows a PoS-based blockchain to avoid usage of ASICs and other equipment that consumes a great amount of electricity.

Advantages Of Staking

The bigger is the amount you stake, the better are your chances to become the validator for the next block and grab the reward. The PoS model saves you a lot of money. You don’t have to invest in expensive mining hardware and cooling equipment. Also, you don’t have to pay huge electricity bills every month. You still spend some money, but it’s a direct cryptocurrency investment. Every PoS network features its own ‘staking currency’.
The increased scalability, ensured by staking, is one of the main reasons why the Ethereum plans to move to this model in 2020 when it adopts the Casper protocol.
There are networks that prefer DPoS. In this model, you may use other network participants to signal your support for some event. It means you delegate decision making to the nodes you trust.
In fact, these delegates are responsible for handling the blockchain, as they deal with the issues of major importance. They play a key role in consensus achievement and make management decisions.

Consensus protocols compared: PoW, PoS and DPoS.

Network Inflation

There are blockchains who pay a staking reward in the form of a fixed percentage, the so-called ‘inflation rate’. The purpose is to persuade more people to stake their coins. It’s like a bank encouraging you to keep your money with them and not at home.
Until recently, Stellar was a typical example of such a scheme. Their fixed inflation rate was 1%. Every week, the network used to distribute ‘inflation money’ among the holders, who kept their funds in the staking pool. The main pro of this model is that you get a fixed bonus regularly.
For example, a Stellar user who was holding 10,000 XLM for 1 year, could expect the reward of 100 XLM. This information was open to all the users, helping them to decide in favor of staking. It motivated the people who preferred a moderate but predictable reward to a big but random one.
In the 4th quarter of 2019, Stellar abandoned the inflation scheme.

Staking Pool

An idea behind staking pools is simple. To form a pool, many network stakeholders combine together. It increases their collective odds of validating a new block and getting rewarded for it. Like in a PoW mining pool, the reward is proportionately split among all the participants. The money you put in, the bigger is your share.
Pooling might be the best staking solution if your network has a high entry barrier. In practice, it means that you have to contribute a large amount of money to enter, but you cannot afford it alone. Note, that running a pool is not free, as there are maintenance and development costs. As a result, you often have to pay a ‘membership fee’ to the pool providers. Normally, it’s a fixed percentage of your reward share.
Besides, pools may offer additional benefits related to withdrawal time, minimum balance, etc. It attracts new participants and results in a greater degree of decentralization of the network.

Cold Staking

Cold staking is when you stake your crypto using a cold (hardware) wallet. Such a wallet has no connection to the Internet. There are networks that let you stake the funds kept in cold storage. The biggest benefit of cold staking is that your funds are 100% safe. For large stakeholders, it’s the top priority. If a stakeholder takes the crypto out of the cold wallet, their rewards are discontinued.

Future Of Staking

The number of users seeking to contribute their assets to participate in blockchain management and decision-making grows. It means staking becomes popular. To meet the demand, the entry process is becoming more user-friendly. Accordingly, more people will be taking an active part in the development of their blockchain ecosystems.

Conclusion

In conclusion, staking is an innovative investment tool. It can compete with traditional ones in terms of stability. In terms of assets growth potential, it’s superior to them.
P.S. Hope you found this article interesting and useful. If you want to read more articles on crypto, finance, and blockchain check out our blog.
submitted by EX-SCUDO to CryptoCurrencyTrading [link] [comments]

What Is Staking: The Ultimate Beginner’s Guide

What Is Staking: The Ultimate Beginner’s Guide
Staking means you are holding your cryptocurrency funds in a wallet and thus support the functionality of a blockchain system. Stakeholders lock their cryptos in their wallets. In return, they are rewarded by the network.

Proof-of-Stake versus Proof-of-Work.

What Is Proof Of Stake

To clear up the idea of staking, we should explain the Proof-of-Stake (PoS) consensus mechanism. PoS and its versions are widely used in many blockchain networks.
The pioneers of PoS were (most likely) Sunny King and Scott Nadal. They were the first to describe and implement this idea for the crypto project Peercoin (PPC). Originally, its blockchain was using a hybrid of PoW and PoS. It made the network less dependent on the alternative protocol and attracted more participants. They were miners who came to compete for a reward.

Delegated Proof-of-Stake in BitShares versus Proof-of-Work in Bitcoin.

Delegated Proof Of Stake

Two years later, Daniel Larimer, a prominent software developer, and crypto entrepreneur introduced a modified version of PoS. Its name was Delegated Proof of Stake (DPoS). The first network to apply it was Bitshares. Larimer also launched EOS and Steem. Both projects adopted the Delegated Proof of Stake protocol for their blockchains.
What is the key feature of DPoS? This mechanism allows all network users to ‘convert’ their crypto holdings into votes. These votes are used to elect trusted witnesses (‘delegates’). They will manage the blockchain on your behalf. The delegates validate the transactions and make sure the network functions as it should. The weight of your vote depends on how big your stake is. As a stakeholder, you get a regular reward for keeping your crypto in the network.

DPoS Pros

The DPoS model addresses the important problems of PoS and PoW blockchains. First of all, it’s the scalability issue. DPoS improves network capacity by increasing the speed of transaction processing. It is possible because the DPoS model allows reaching consensus much faster, as it needs fewer nodes to validate a transaction. On the dark side, Delegate Proof of Stake usage promotes centralization: a DPoS network relies on a limited group of delegates for its operation.

How Staking Works

As we said earlier, staking means holding cryptocurrency or tokens to support a network operation and getting a reward for it. Naturally, this process is typical for blockchains using the PoS protocol or any of its versions.
Unlike PoW, this protocol does not rely on miners who validate blocks by doing ‘work’. This work consists of solving math puzzles using increasingly powerful mining hardware. Instead, the mining power of any network participant depends on how many coins they commit to stake. It allows a PoS-based blockchain to avoid usage of ASICs and other equipment that consumes a great amount of electricity.

Advantages Of Staking

The bigger is the amount you stake, the better are your chances to become the validator for the next block and grab the reward. The PoS model saves you a lot of money. You don’t have to invest in expensive mining hardware and cooling equipment. Also, you don’t have to pay huge electricity bills every month. You still spend some money, but it’s a direct cryptocurrency investment. Every PoS network features its own ‘staking currency’.
The increased scalability, ensured by staking, is one of the main reasons why the Ethereum plans to move to this model in 2020 when it adopts the Casper protocol.
There are networks that prefer DPoS. In this model, you may use other network participants to signal your support for some event. It means you delegate decision making to the nodes you trust.
In fact, these delegates are responsible for handling the blockchain, as they deal with the issues of major importance. They play a key role in consensus achievement and make management decisions.

Consensus protocols compared: PoW, PoS and DPoS.

Network Inflation

There are blockchains who pay a staking reward in the form of a fixed percentage, the so-called ‘inflation rate’. The purpose is to persuade more people to stake their coins. It’s like a bank encouraging you to keep your money with them and not at home.
Until recently, Stellar was a typical example of such a scheme. Their fixed inflation rate was 1%. Every week, the network used to distribute ‘inflation money’ among the holders, who kept their funds in the staking pool. The main pro of this model is that you get a fixed bonus regularly.
For example, a Stellar user who was holding 10,000 XLM for 1 year, could expect the reward of 100 XLM. This information was open to all the users, helping them to decide in favor of staking. It motivated the people who preferred a moderate but predictable reward to a big but random one.
In the 4th quarter of 2019, Stellar abandoned the inflation scheme.

Staking Pool

An idea behind staking pools is simple. To form a pool, many network stakeholders combine together. It increases their collective odds of validating a new block and getting rewarded for it. Like in a PoW mining pool, the reward is proportionately split among all the participants. The money you put in, the bigger is your share.
Pooling might be the best staking solution if your network has a high entry barrier. In practice, it means that you have to contribute a large amount of money to enter, but you cannot afford it alone. Note, that running a pool is not free, as there are maintenance and development costs. As a result, you often have to pay a ‘membership fee’ to the pool providers. Normally, it’s a fixed percentage of your reward share.
Besides, pools may offer additional benefits related to withdrawal time, minimum balance, etc. It attracts new participants and results in a greater degree of decentralization of the network.

Cold Staking

Cold staking is when you stake your crypto using a cold (hardware) wallet. Such a wallet has no connection to the Internet. There are networks that let you stake the funds kept in cold storage. The biggest benefit of cold staking is that your funds are 100% safe. For large stakeholders, it’s the top priority. If a stakeholder takes the crypto out of the cold wallet, their rewards are discontinued.

Future Of Staking

The number of users seeking to contribute their assets to participate in blockchain management and decision-making grows. It means staking becomes popular. To meet the demand, the entry process is becoming more user-friendly. Accordingly, more people will be taking an active part in the development of their blockchain ecosystems.

Conclusion

In conclusion, staking is an innovative investment tool. It can compete with traditional ones in terms of stability. In terms of assets growth potential, it’s superior to them.

P.S. Hope you found this article interesting and useful. If you want to read more articles on crypto, finance, and blockchain check out our blog.
submitted by EX-SCUDO to CryptoMarkets [link] [comments]

What Is Staking: The Ultimate Beginner’s Guide

What Is Staking: The Ultimate Beginner’s Guide
Staking means you are holding your cryptocurrency funds in a wallet and thus support the functionality of a blockchain system. Stakeholders lock their cryptos in their wallets. In return, they are rewarded by the network.

Proof-of-Stake versus Proof-of-Work.

What Is Proof Of Stake

To clear up the idea of staking, we should explain the Proof-of-Stake (PoS) consensus mechanism. PoS and its versions are widely used in many blockchain networks.
The pioneers of PoS were (most likely) Sunny King and Scott Nadal. They were the first to describe and implement this idea for the crypto project Peercoin (PPC). Originally, its blockchain was using a hybrid of PoW and PoS. It made the network less dependent on the alternative protocol and attracted more participants. They were miners who came to compete for a reward.


Delegated Proof-of-Stake in BitShares versus Proof-of-Work in Bitcoin.

Delegated Proof Of Stake

Two years later, Daniel Larimer, a prominent software developer, and crypto entrepreneur introduced a modified version of PoS. Its name was Delegated Proof of Stake (DPoS). The first network to apply it was Bitshares. Larimer also launched EOS and Steem. Both projects adopted the Delegated Proof of Stake protocol for their blockchains.
What is the key feature of DPoS? This mechanism allows all network users to ‘convert’ their crypto holdings into votes. These votes are used to elect trusted witnesses (‘delegates’). They will manage the blockchain on your behalf. The delegates validate the transactions and make sure the network functions as it should. The weight of your vote depends on how big your stake is. As a stakeholder, you get a regular reward for keeping your crypto in the network.

DPoS Pros

The DPoS model addresses the important problems of PoS and PoW blockchains. First of all, it’s the scalability issue. DPoS improves network capacity by increasing the speed of transaction processing. It is possible because the DPoS model allows reaching consensus much faster, as it needs fewer nodes to validate a transaction. On the dark side, Delegate Proof of Stake usage promotes centralization: a DPoS network relies on a limited group of delegates for its operation.

How Staking Works

As we said earlier, staking means holding cryptocurrency or tokens to support a network operation and getting a reward for it. Naturally, this process is typical for blockchains using the PoS protocol or any of its versions.
Unlike PoW, this protocol does not rely on miners who validate blocks by doing ‘work’. This work consists of solving math puzzles using increasingly powerful mining hardware. Instead, the mining power of any network participant depends on how many coins they commit to stake. It allows a PoS-based blockchain to avoid usage of ASICs and other equipment that consumes a great amount of electricity.

Advantages Of Staking

The bigger is the amount you stake, the better are your chances to become the validator for the next block and grab the reward. The PoS model saves you a lot of money. You don’t have to invest in expensive mining hardware and cooling equipment. Also, you don’t have to pay huge electricity bills every month. You still spend some money, but it’s a direct cryptocurrency investment. Every PoS network features its own ‘staking currency’.
The increased scalability, ensured by staking, is one of the main reasons why the Ethereum plans to move to this model in 2020 when it adopts the Casper protocol.
There are networks that prefer DPoS. In this model, you may use other network participants to signal your support for some event. It means you delegate decision making to the nodes you trust.
In fact, these delegates are responsible for handling the blockchain, as they deal with the issues of major importance. They play a key role in consensus achievement and make management decisions.

Consensus protocols compared: PoW, PoS and DPoS.

Network Inflation

There are blockchains who pay a staking reward in the form of a fixed percentage, the so-called ‘inflation rate’. The purpose is to persuade more people to stake their coins. It’s like a bank encouraging you to keep your money with them and not at home.
Until recently, Stellar was a typical example of such a scheme. Their fixed inflation rate was 1%. Every week, the network used to distribute ‘inflation money’ among the holders, who kept their funds in the staking pool. The main pro of this model is that you get a fixed bonus regularly.
For example, a Stellar user who was holding 10,000 XLM for 1 year, could expect the reward of 100 XLM. This information was open to all the users, helping them to decide in favor of staking. It motivated the people who preferred a moderate but predictable reward to a big but random one.
In the 4th quarter of 2019, Stellar abandoned the inflation scheme.

Staking Pool

An idea behind staking pools is simple. To form a pool, many network stakeholders combine together. It increases their collective odds of validating a new block and getting rewarded for it. Like in a PoW mining pool, the reward is proportionately split among all the participants. The money you put in, the bigger is your share.
Pooling might be the best staking solution if your network has a high entry barrier. In practice, it means that you have to contribute a large amount of money to enter, but you cannot afford it alone. Note, that running a pool is not free, as there are maintenance and development costs. As a result, you often have to pay a ‘membership fee’ to the pool providers. Normally, it’s a fixed percentage of your reward share.
Besides, pools may offer additional benefits related to withdrawal time, minimum balance, etc. It attracts new participants and results in a greater degree of decentralization of the network.

Cold Staking

Cold staking is when you stake your crypto using a cold (hardware) wallet. Such a wallet has no connection to the Internet. There are networks that let you stake the funds kept in cold storage. The biggest benefit of cold staking is that your funds are 100% safe. For large stakeholders, it’s the top priority. If a stakeholder takes the crypto out of the cold wallet, their rewards are discontinued.

Future Of Staking

The number of users seeking to contribute their assets to participate in blockchain management and decision-making grows. It means staking becomes popular. To meet the demand, the entry process is becoming more user-friendly. Accordingly, more people will be taking an active part in the development of their blockchain ecosystems.

Conclusion

In conclusion, staking is an innovative investment tool. It can compete with traditional ones in terms of stability. In terms of assets growth potential, it’s superior to them.
P.S. Hope you found this article interesting and useful. If you want to read more articles on crypto, finance, and blockchain check out our blog.
submitted by EX-SCUDO to ethtrader [link] [comments]

Don't get trapped with a centralized, power hungry company dictacting the future of BCH. Build a decentralized development funding system where 1 BCH = 1 vote.

I'm thinking about the funding model of Bitshares (https://www.bitshares.foundation/worke).
In short: make some sort of DAO with smart contracts. E.g. 1% of the block reward goes into the dev fund. Everyone can create funding proposals which get automatically activated once a certain voting threshold is met, where 1 BCH = 1 vote (or 10 or 100 votes to include smaller holders).
Don't sell your soul/decentralization just to implement a simpler "solution". How often does a centralized, powerful authority self-destruct once it has been established and accepted by the majority? How often does a centralized, powerful authority not become corrupt one way or another? If they start their cartel with force and threats (orphaning), how long will it be until they start a new threat (increase fund to 20%, they take a cut of 2%, prolong it indefinitely etc.).
There's no single reason to add a possibly almighty entity to Bitcoin Cash, which might single-handedly decide BCH's future and might never go away again.
submitted by Nesh_ to btc [link] [comments]

I just published OPEN CHALLANGE TO ALL THE TOP CENTRALIZED & DECENTRALIZED CRYPTOCURRENCY EXCHAGES by BITBALL (BTB).

I just published OPEN CHALLANGE TO ALL THE TOP CENTRALIZED & DECENTRALIZED CRYPTOCURRENCY EXCHAGES by BITBALL (BTB).
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Potential sponsors for this big event- @coindesk @BTCTN @UTodayNL @CCNMarkets @Cointelegraph @todayonchain @ethereum @nulltxnews @newsbtc @bitocinist @BitcoinMagazine @crypto_slate @reddit @Alltop @btc_manager @CoinMarketCap @coingecko @tokenhell @CPOfficialtx @blockonomi @TheDailyHodl @BitocoinAmerica @CryptoBriefing @APompliano @officialmcafee @aantonop @VentureCoinist @rogerkver @PhilakoneCrypto @crypto @cryptomanran @laurashin @Excellion @AriDavidPaul @CoinDeskMarkets More info on Medium: https://link.medium.com/CYsmaEDUc3 Tweet: https://twitter.com/BitBall_Erc20/status/1216596063626285057
submitted by Bitball to u/Bitball [link] [comments]

Continuous Proof of Bitcoin Burn: trust minimized sidechains and bitcoin-pegs w/o oracles/federations today

Original design presented for discussion and criticism
originally posted here: https://bitcointalk.org/index.php?topic=5212814.0
TLDR: Proposing the following that's possible today to use for any existing or new altcoins:
_______________________________________

Disclaimer:

This is not an altcoin thread. I'm not making anything. The design discussed options for existing altcoins and new ways to built on top of Bitcoin inheriting some of its security guarantees. 2 parts: First, the design allows any altcoins to switch to securing themselves via Bitcoin instead of their own PoW or PoS with significant benefits to both altcoins and Bitcoin (and environment lol). Second, I explain how to create Bitcoin-pegged assets to turn altcoins into a Bitcoin sidechain equivalent. Let me know if this is of interest or if it exists, feel free to use or do anything with this, hopefully I can help.

Issue:

Solution to first few points:

PoW altcoin switching to CPoBB would trade:

PoS altcoin switching to CPoBB would trade:

We already have a permissionless, compact, public, high-cost-backed finality base layer to build on top - Bitcoin! It will handle sorting, data availability, finality, and has something of value to use instead of capital or energy that's outside the sidechain - the Bitcoin coins. The sunk costs of PoW can be simulated by burning Bitcoin, similar to concept known as Proof of Burn where Bitcoin are sent to unspendable address. Unlike ICO's, no contributors can take out the Bitcoins and get rewards for free. Unlike PoS, entry into supply lies outside the alt-chain and thus doesn't depend on permission of alt-chain stake-coin holders. It's hard to find a more bandwidth or state size protective blockchain to use other than Bitcoin as well so altcoins can be Bitcoin-aware at little marginal difficulty - 10 years of history fully validates in under a day.

What are typical issues with Proof of Burn?

Solution:

This should be required for any design for it to stay permissionless. Optional is constant fixed emission rate for altcoins not trying to be money if goal is to maximize accessibility. Since it's not depending on brand new PoW for security, they don't have to depend on massive early rewards giving disproportionate fraction of supply at earliest stage either. If 10 coins are created every block, after n blocks, at rate of 10 coins per block, % emission per block is = (100/n)%, an always decreasing number. Sidechain coin doesn't need to be scarce money, and could maximize distribution of control by encouraging further distribution. If no burners exist in a block, altcoin block reward is simply added to next block reward making emission predictable.
Sidechain block content should be committed in burn transaction via a root of the merkle tree of its transactions. Sidechain state will depend on Bitcoin for finality and block time between commitment broadcasts. However, the throughput can be of any size per block, unlimited number of such sidechains can exist with their own rules and validation costs are handled only by nodes that choose to be aware of a specific sidechain by running its consensus compatible software.
Important design decision is how can protocol determine the "true" side-block and how to distribute incentives. Simplest solution is to always :
  1. Agree on the valid sidechain block matching the merkle root commitment for the largest amount of Bitcoin burnt, earliest inclusion in the bitcoin block as the tie breaker
  2. Distribute block reward during the next side-block proportional to current amounts burnt
  3. Bitcoin fee market serves as deterrent for spam submissions of blocks to validate
e.g.
sidechain block reward is set always at 10 altcoins per block Bitcoin block contains the following content embedded and part of its transactions: tx11: burns 0.01 BTC & OP_RETURN tx56: burns 0.05 BTC & OP_RETURN ... <...root of valid sidechain block version 1> ... tx78: burns 1 BTC & OP_RETURN ... <...root of valid sidechain block version 2> ... tx124: burns 0.2 BTC & OP_RETURN ... <...root of INVALID sidechain block version 3> ...
Validity is deterministic by rules in client side node software (e.g. signature validation) so all nodes can independently see version 3 is invalid and thus burner of tx124 gets no reward allocated. The largest valid burn is from tx78 so version 2 is used for the blockchain in sidechain. The total valid burn is 1.06 BTC, so 10 altcoins to be distributed in the next block are 0.094, 0.472, 9.434 to owners of first 3 transactions, respectively.
Censorship attack would require continuous costs in Bitcoin on the attacker and can be waited out. Censorship would also be limited to on-sidechain specific transactions as emission distribution to others CPoB contributors wouldn't be affected as blocks without matching coin distributions on sidechain wouldn't be valid. Additionally, sidechains can allow a limited number of sidechain transactions to happen via embedding transaction data inside Bitcoin transactions (e.g. OP_RETURN) as a way to use Bitcoin for data availability layer in case sidechain transactions are being censored on their network. Since all sidechain nodes are Bitcoin aware, it would be trivial to include.
Sidechain blocks cannot be reverted without reverting Bitcoin blocks or hard forking the protocol used to derive sidechain state. If protocol is forked, the value of sidechain coins on each fork of sidechain state becomes important but Proof of Burn natively guarantees trust minimized and permissionless distribution of the coins, something inferior methods like obscure early distributions, trusted pre-mines, and trusted ICO's cannot do.
More bitcoins being burnt is parallel to more hash rate entering PoW, with each miner or burner getting smaller amount of altcoins on average making it unprofitable to burn or mine and forcing some to exit. At equilibrium costs of equipment and electricity approaches value gained from selling coins just as at equilibrium costs of burnt coins approaches value of altcoins rewarded. In both cases it incentivizes further distribution to markets to cover the costs making burners and miners dependent on users via markets. In both cases it's also possible to mine without permission and mine at a loss temporarily to gain some altcoins without permission if you want to.
Altcoins benefit by inheriting many of bitcoin security guarantees, bitcoin parties have to do nothing if they don't want to, but will see their coins grow more scarce through burning. The contributions to the fee market will contribute to higher Bitcoin miner rewards even after block reward is gone.

Sidechain Bitcoin-pegs:

What is the ideal goal of the sidechains? Ideally to have a token that has the bi-directionally pegged value to Bitcoin and tradeable ~1:1 for Bitcoin that gives Bitcoin users an option of a different rule set without compromising the base chain nor forcing base chain participants to do anything different.
Issues with value pegs:
Let's get rid of the idea of needing Bitcoin collateral to back pegged coins 1:1 as that's never secure, independent, or scalable at same security level. As drive-chain design suggested the peg doesn't have to be fast, can take months, just needs to exist so other methods can be used to speed it up like atomic swaps by volunteers taking on the risk for a fee.
In continuous proof of burn we have another source of Bitcoins, the burnt Bitcoins. Sidechain protocols can require some minor percentage (e.g. 20%) of burner tx value coins via another output to go to reimburse those withdrawing side-Bitcoins to Bitcoin chain until they are filled. If withdrawal queue is empty that % is burnt instead. Selection of who receives reimbursement is deterministic per burner. Percentage must be kept small as it's assumed it's possible to get up to that much discount on altcoin emissions.
Let's use a really simple example case where each burner pays 20% of burner tx amount to cover withdrawal in exact order requested with no attempts at other matching, capped at half amount requested per payout. Example:
withdrawal queue: request1: 0.2 sBTC request2: 1.0 sBTC request3: 0.5 sBTC
same block burners: tx burns 0.8 BTC, 0.1 BTC is sent to request1, 0.1 BTC is sent to request2 tx burns 0.4 BTC, 0.1 BTC is sent to request1 tx burns 0.08 BTC, 0.02 BTC is sent to request 1 tx burns 1.2 BTC, 0.1 BTC is sent to request1, 0.2 BTC is sent to request2
withdrawal queue: request1: filled with 0.32 BTC instead of 0.2 sBTC, removed from queue request2: partially-filled with 0.3 BTC out of 1.0 sBTC, 0.7 BTC remaining for next queue request3: still 0.5 sBTC
Withdrawal requests can either take long time to get to filled due to cap per burn or get overfilled as seen in "request1" example, hard to predict. Overfilling is not a big deal since we're not dealing with a finite source. The risk a user that chooses to use the sidechain pegged coin takes on is based on the rate at which they can expect to get paid based on value of altcoin emission that generally matches Bitcoin burn rate. If sidechain loses interest and nobody is burning enough bitcoin, the funds might be lost so the scale of risk has to be measured. If Bitcoins burnt per day is 0.5 BTC total and you hope to deposit or withdraw 5000 BTC, it might take a long time or never happen to withdraw it. But for amounts comparable or under 0.5 BTC/day average burnt with 5 side-BTC on sidechain outstanding total the risks are more reasonable.
Deposits onto the sidechain are far easier - by burning Bitcoin in a separate known unspendable deposit address for that sidechain and sidechain protocol issuing matching amount of side-Bitcoin. Withdrawn bitcoins are treated as burnt bitcoins for sake of dividing block rewards as long as they followed the deterministic rules for their burn to count as valid and percentage used for withdrawals is kept small to avoid approaching free altcoin emissions by paying for your own withdrawals and ensuring significant unforgeable losses.
Ideally more matching is used so large withdrawals don't completely block everyone else and small withdrawals don't completely block large withdrawals. Better methods should deterministically randomize assigned withdrawals via previous Bitcoin block hash, prioritized by request time (earliest arrivals should get paid earlier), and amount of peg outstanding vs burn amount (smaller burns should prioritize smaller outstanding balances). Fee market on bitcoin discourages doing withdrawals of too small amounts and encourages batching by burners.
The second method is less reliable but already known that uses over-collateralized loans that create a oracle-pegged token that can be pegged to the bitcoin value. It was already used by its inventors in 2014 on bitshares (e.g. bitCNY, bitUSD, bitBTC) and similarly by MakerDAO in 2018. The upside is a trust minimized distribution of CPoB coins can be used to distribute trust over selection of price feed oracles far better than pre-mined single trusted party based distributions used in MakerDAO (100% pre-mined) and to a bit lesser degree on bitshares (~50% mined, ~50% premined before dpos). The downside is 2 fold: first the supply of BTC pegged coin would depend on people opening an equivalent of a leveraged long position on the altcoin/BTC pair, which is hard to convince people to do as seen by very poor liquidity of bitBTC in the past. Second downside is oracles can still collude to mess with price feeds, and while their influence might be limited via capped price changes per unit time and might compromise their continuous revenue stream from fees, the leverage benefits might outweight the losses. The use of continous proof of burn to peg withdrawals is superior method as it is simply a minor byproduct of "mining" for altcoins and doesn't depend on traders positions. At the moment I'm not aware of any market-pegged coins on trust minimized platforms or implemented in trust minimized way (e.g. premined mkr on premined eth = 2 sets of trusted third parties each of which with full control over the design).
_______________________________________

Brief issues with current altchains options:

  1. PoW: New PoW altcoins suffer high risk of attacks. Additional PoW chains require high energy and capital costs to create permissionless entry and trust minimized miners that are forever dependent on markets to hold them accountable. Using same algorithm or equipment as another chain or merge-mining puts you at a disadvantage by allowing some miners to attack and still cover sunk costs on another chain. Using a different algorithm/equipment requires building up the value of sunk costs to protect against attacks with significant energy and capital costs. Drive-chains also require miners to allow it by having to be sidechain aware and thus incur additional costs on them and validating nodes if the sidechain rewards are of value and importance.
  2. PoS: PoS is permissioned (requires permission from internal party to use network or contribute to consensus on permitted scale), allows perpetual control without accountability to others, and incentivizes centralization of control over time. Without continuous source of sunk costs there's no reason to give up control. By having consensus entirely dependent on internal state network, unlike PoW but like private databases, cannot guarantee independent permissionless entry and thus cannot claim trust minimization. Has no built in distribution methods so depends on safe start (snapshot of trust minimized distributions or PoW period) followed by losing that on switch to PoS or starting off dependent on a single trusted party such as case in all significant pre-mines and ICO's.
  3. Proof of Capacity: PoC is just shifting costs further to capital over PoW to achieve same guarantees.
  4. PoW/PoS: Still require additional PoW chain creation. Strong dependence on PoS can render PoW irrelevant and thus inherit the worst properties of both protocols.
  5. Tokens inherit all trust dependencies of parent blockchain and thus depend on the above.
  6. Embedded consensus (counterparty, veriblock?, omni): Lacks mechanism for distribution, requires all tx data to be inside scarce Bitcoin block space so high cost to users instead of compensated miners. If you want to build a very expressive scripting language, might very hard & expensive to fit into Bitcoin tx vs CPoBB external content of unlimited size in a committed hash. Same as CPoBB is Bitcoin-aware so can respond to Bitcoin being sent but without source of Bitcoins like burning no way to do any trust minimized Bitcoin-pegs it can control fully.

Few extra notes from my talks with people:

Main questions to you:

open to working on this further with others
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