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BTC loan: 0.005BTC Repayment date: March 19,2019 Interest: 0.001BTC BTC address: 3Mv68eri4vfUHLcsnGg3Ho3EvrF4nFyqyn
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Unfortunatelly my client has decided not to continue with the project and this is why am selling the server and domain Domain valuations as guidance ( i will accept any offer , and deal with best one) https://www.freevaluator.com/ € 564.34 Goddady : $1,356 (USD) Servers : Two dedicated servers with the following specs CPU 4 Cores x 3.4 GHz RAM 8 GB Hard Drive (4) 500 GB SATA3 1 TB SATA3 2x 1 TB SATA3 Prepaid for one month I ask for 50$ each. I also have customized scripts for a crash game and a new ui, dm or post here for more info
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Hello , im selling a gambling site that i setup some time ago based on bustabit that has attracted some users already
Im selling the site , including the domain and server and im also transfering the ownership of the corp
Site is cashoutbits.com
I will sell by auction , starting at 0.066 btc but i will also accept other offers
Now it also includes basic customization and server admin
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Username : fulluser Loan Amount: 0.015 Bitcoin Address: 1NiGyV1tym6MmSeuGtivyPspaa6WTM2ovw Number of days: 7 days Collateral offered: Domain busta.cash (used to be a bustabit-like /crash game )
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Disclaimer: I was hired by busteth.com to make this seeding event and therefore set up the provably fair system on the game. I will not be part of the team that will manage this site. This will reuse the idea posted by Ryan and used for Bustabit. - A chain of 10 million sha256 hashes was generated, starting with a Server Secret that has been repeatedly fed the output of sha256 hash back into itself 10 million times.
The final hash in the chain is: 75cbd770ca8fb67eca373b80b0fde7decca0e953ba201d895ba64b6029c889fa, by publicizing it here we are preventing any ability to pick an alternate sha256 chain. - SteemCrashwill play through that chain of hashes, in reverse order, and use the hashes to determine the crash point.
- To avoid criticism that the Server Secret used in step 1 was carefully chosen to generate lots of "bad" crash points, each hash in the chain will be salted with a client seed, which we have no control of.
The client seed will be the block hash of a Ethereum block that hasn't yet been mined: block 4,283,000.
The reference code (javascript) is as follows: The method to create the hash chain is simply sha256: function genGameHash(serverSeed) { return crypto.createHash('sha256').update(serverSeed).digest('hex'); } The method to convert a game hash, mix it with the picked client seed to a money pot multiplier: function crashPointFromHash(serverSeed, clientSeed) { function divisible(hash, mod) { // We will read in 4 hex at a time, but the first chunk might be a bit smaller // So ABCDEFGHIJ should be chunked like AB CDEF GHIJ var val = 0; var o = hash.length % 4; for (var i = o > 0 ? o - 4 : 0; i < hash.length; i += 4) { val = ((val << 16) + parseInt(hash.substring(i, i+4), 16)) % mod; }
return val === 0; }
var hash = crypto.createHmac('sha256', serverSeed).update(clientSeed).digest('hex');
/* In 1 of 101 games the game crashes instantly. */ if (divisible(hash, 101)) return 0;
/* Use the most significant 52-bit from the hash to calculate the crash point */ var h = parseInt(hash.slice(0,52/4),16); var e = Math.pow(2,52);
return Math.floor((100 * e - h) / (e - h)); } The chain could be generated with code such as: var serverSecret = 'If you knew this, you could steal all my money'; var clientSeed = '0000examplehash';
var gamesToGenerate = 1e7;
var serverSeed = serverSecret;
for (var game = gamesToGenerate; game > 0; --game) { serverSeed = genGameHash(serverSeed); console.log('Game ' + game + ' has a crash point of ' + (crashPointFromHash(serverSeed, clientSeed) / 100).toFixed(2) +'x', '\t\tHash: ' + serverSeed); }
var terminatingHash = genGameHash(serverSeed);
console.log('The final hash is: ', terminatingHash); Using our chosen starting serverSeed, the hash terminating the chain is 75cbd770ca8fb67eca373b80b0fde7decca0e953ba201d895ba64b6029c889fa. That is to say, the first game's hash played under the new provably fair scheme, when hashed will be 75cbd770ca8fb67eca373b80b0fde7decca0e953ba201d895ba64b6029c889fa
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Disclaimer: I was hired by steemcrash.com to make this seeding event and therefore set up the provably fair on the game. I will not be part of the team that will manage this site. This will reuse the idea posted by Ryan and used for Bustabit. - A chain of 10 million sha256 hashes was generated, starting with a Server Secret that has been repeatedly fed the output of sha256 hash back into itself 10 million times.
The final hash in the chain is: e68e26b9ae2090dde4be1e00af21c6d4ad271e76caa699ab8ff52f34033cb730, by publicizing it here we are preventing any ability to pick an alternate sha256 chain. - SteemCrashwill play through that chain of hashes, in reverse order, and use the hashes to determine the crash point.
- To avoid criticism that the Server Secret used in step 1 was carefully chosen to generate lots of "bad" crash points, each hash in the chain will be salted with a client seed, which we have no control of.
The client seed will be the block hash of a Bitcoin block that hasn't yet been mined: block 484300.
The reference code (javascript) is as follows: The method to create the hash chain is simply sha256: function genGameHash(serverSeed) { return crypto.createHash('sha256').update(serverSeed).digest('hex'); } The method to convert a game hash, mix it with the picked client seed to a money pot multiplier: function crashPointFromHash(serverSeed, clientSeed) { function divisible(hash, mod) { // We will read in 4 hex at a time, but the first chunk might be a bit smaller // So ABCDEFGHIJ should be chunked like AB CDEF GHIJ var val = 0; var o = hash.length % 4; for (var i = o > 0 ? o - 4 : 0; i < hash.length; i += 4) { val = ((val << 16) + parseInt(hash.substring(i, i+4), 16)) % mod; }
return val === 0; }
var hash = crypto.createHmac('sha256', serverSeed).update(clientSeed).digest('hex');
/* In 1 of 101 games the game crashes instantly. */ if (divisible(hash, 101)) return 0;
/* Use the most significant 52-bit from the hash to calculate the crash point */ var h = parseInt(hash.slice(0,52/4),16); var e = Math.pow(2,52);
return Math.floor((100 * e - h) / (e - h)); } The chain could be generated with code such as: var serverSecret = 'If you knew this, you could steal all my money'; var clientSeed = '0000examplehash';
var gamesToGenerate = 1e7;
var serverSeed = serverSecret;
for (var game = gamesToGenerate; game > 0; --game) { serverSeed = genGameHash(serverSeed); console.log('Game ' + game + ' has a crash point of ' + (crashPointFromHash(serverSeed, clientSeed) / 100).toFixed(2) +'x', '\t\tHash: ' + serverSeed); }
var terminatingHash = genGameHash(serverSeed);
console.log('The final hash is: ', terminatingHash); Using our chosen starting serverSeed, the hash terminating the chain is e68e26b9ae2090dde4be1e00af21c6d4ad271e76caa699ab8ff52f34033cb730. That is to say, the first game's hash played under the new provably fair scheme, when hashed will be e68e26b9ae2090dde4be1e00af21c6d4ad271e76caa699ab8ff52f34033cb730
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I can provide any kind of proof that i have i funds or signed message or work-as-payment or any thing it could be used as collateral The problem is i dont hold any altcoins but i need money quick
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Loan Amount 0.3: Collateral :Steam Account worth 150$ : Term 3 Weeks: Interest :15%: Address1Arwen9BFwWkoyVacWpL7UzX6aGNrQjMUD: Amount to repay0.345:
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Hi i need a 0.1 loan to get some margin on forex trades I hold a BTC.Sx bitcoin trading account worth 0.30830634 I plan to repay on 5 days or so , 0.15 BTC , but will take other conditions too I hope this also serves to get some reputation
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