Anyways, thank you to everyone who was around to help answer any questions I had and good luck with your site!
Topic: [Moon3D] Seeding Event for our Newest Provably Fair Crash Game (Read 177 times)
Just wanted to chime in and say that I spent some time poking around on Moon3D this past weekend and really enjoyed myself - easy to deposit/withdraw, game worked perfectly on both my phone and computer, and the chatbox is a fantastic touch! Didn't win though lol
Anyways, thank you to everyone who was around to help answer any questions I had and good luck with your site!
Anyways, thank you to everyone who was around to help answer any questions I had and good luck with your site!
According to Etherscan, our desired Block 7589650 has been mined at time = Apr-18-2019 04:39:25 AM +UTC. Just restarted the game! Looking forward 
Hello Captain, Welcome to Moon3D's Seeding Event!
Purpose: The purpose of this post is to demonstrate that our game is indeed provably fair, i.e. our game's hash chain (which generates the randomness used in the game) has been chosen in a provably fair way.
1. Server Seed
We have generated a chain of 10 million sha256 hashes, meaning we started with a server seed and hashed it repeatedly 10 million times, i.e. serverSeed -> sha256(serverSeed) -> sha256(sha256(serverSeed))... The last hash of the hash chain is: c913d01f75b686d401213722c8b3b618157c84e3eb73409e8fd86689f89a79bf. Making this public prevents us from picking a different sha256 chain.
2. Game Progression
Moon3D will progress through the above hash chain in reverse order and use the hashes to determine the crash point in a provably fair manner.
3. Client Seed
To make sure we don't have control over choosing a desired hash chain in one way or another, each hash in the chain will be salted with a client seed, which would be the block hash of a future Ethereum block that has not been mined yet: Block 7589650.
Purpose: The purpose of this post is to demonstrate that our game is indeed provably fair, i.e. our game's hash chain (which generates the randomness used in the game) has been chosen in a provably fair way.
1. Server Seed
We have generated a chain of 10 million sha256 hashes, meaning we started with a server seed and hashed it repeatedly 10 million times, i.e. serverSeed -> sha256(serverSeed) -> sha256(sha256(serverSeed))... The last hash of the hash chain is: c913d01f75b686d401213722c8b3b618157c84e3eb73409e8fd86689f89a79bf. Making this public prevents us from picking a different sha256 chain.
2. Game Progression
Moon3D will progress through the above hash chain in reverse order and use the hashes to determine the crash point in a provably fair manner.
3. Client Seed
To make sure we don't have control over choosing a desired hash chain in one way or another, each hash in the chain will be salted with a client seed, which would be the block hash of a future Ethereum block that has not been mined yet: Block 7589650.
Quoting for reference. At the time of quoting, the current Ethereum block height is 7589674.
Archived for future purposes: http://archive.fo/aRVmS
Please note, now we have Mobile Rendering + Accepting 100+ cryptocurrencies for the game!!
Please note, now we have Mobile Rendering + Accepting 100+ cryptocurrencies for the game!!
Hello Captain, Welcome to Moon3D's Seeding Event!
Purpose: The purpose of this post is to demonstrate that our game is indeed provably fair, i.e. our game's hash chain (which generates the randomness used in the game) has been chosen in a provably fair way.
1. Server Seed
We have generated a chain of 10 million sha256 hashes, meaning we started with a server seed and hashed it repeatedly 10 million times, i.e. serverSeed -> sha256(serverSeed) -> sha256(sha256(serverSeed))... The last hash of the hash chain is: c913d01f75b686d401213722c8b3b618157c84e3eb73409e8fd86689f89a79bf. Making this public prevents us from picking a different sha256 chain.
2. Game Progression
Moon3D will progress through the above hash chain in reverse order and use the hashes to determine the crash point in a provably fair manner.
3. Client Seed
To make sure we don't have control over choosing a desired hash chain in one way or another, each hash in the chain will be salted with a client seed, which would be the block hash of a future Ethereum block that has not been mined yet: Block 7589650.
Purpose: The purpose of this post is to demonstrate that our game is indeed provably fair, i.e. our game's hash chain (which generates the randomness used in the game) has been chosen in a provably fair way.
1. Server Seed
We have generated a chain of 10 million sha256 hashes, meaning we started with a server seed and hashed it repeatedly 10 million times, i.e. serverSeed -> sha256(serverSeed) -> sha256(sha256(serverSeed))... The last hash of the hash chain is: c913d01f75b686d401213722c8b3b618157c84e3eb73409e8fd86689f89a79bf. Making this public prevents us from picking a different sha256 chain.
2. Game Progression
Moon3D will progress through the above hash chain in reverse order and use the hashes to determine the crash point in a provably fair manner.
3. Client Seed
To make sure we don't have control over choosing a desired hash chain in one way or another, each hash in the chain will be salted with a client seed, which would be the block hash of a future Ethereum block that has not been mined yet: Block 7589650.
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