MinaWalletMina Token Distribution and Supply
This post intends to help the Mina community understand how the MINA token will be distributed at the launch of Mina’s mainnet and throughout its lifecycle. Last Updated November 4, 2021 Mina is the world’s lightest blockchain. It is a public and decentralized blockchain that is open for anyone in the world to participate in actively or passively. Individuals or companies can help increase the security of the network by becoming nodes or block producers, or they can help lower the cost of tra...
MinaWalletGenerating a Keypair
In order to create a keypair for Mainnet or to fully participate in a Mina test network, the first step is to generate a Keypair, which consists of a Public Key and a Private Key. Currently there are two supported tools for generating keypairs mina-generate-keypair and ledger-app-mina. We also have a tool for validating that your private key is created properly. Note that you may want to generate more than one keypair. For example, if you'd like to run a block producer most securely, you...
MinaWalletMina-Ethereum State Proof Verification Applications.
IntroductionThis is the second post within the series of Mina-Ethereum bridge-dedicated blog posts of ours. The first one is in here. This time a description of how a Mina-Ethereum bridging application based on the in-EVM state proof verification of ours would work.Didn’t you post such a description already?Not really. What we do is not the bridge itself, but a core mechanism, a crucial component to achieving such a bridging. Mina state verification on Ethereum. This will not bring the bridge...
MinaWalletMina Token Distribution and Supply
This post intends to help the Mina community understand how the MINA token will be distributed at the launch of Mina’s mainnet and throughout its lifecycle. Last Updated November 4, 2021 Mina is the world’s lightest blockchain. It is a public and decentralized blockchain that is open for anyone in the world to participate in actively or passively. Individuals or companies can help increase the security of the network by becoming nodes or block producers, or they can help lower the cost of tra...
MinaWalletGenerating a Keypair
In order to create a keypair for Mainnet or to fully participate in a Mina test network, the first step is to generate a Keypair, which consists of a Public Key and a Private Key. Currently there are two supported tools for generating keypairs mina-generate-keypair and ledger-app-mina. We also have a tool for validating that your private key is created properly. Note that you may want to generate more than one keypair. For example, if you'd like to run a block producer most securely, you...
MinaWalletMina-Ethereum State Proof Verification Applications.
IntroductionThis is the second post within the series of Mina-Ethereum bridge-dedicated blog posts of ours. The first one is in here. This time a description of how a Mina-Ethereum bridging application based on the in-EVM state proof verification of ours would work.Didn’t you post such a description already?Not really. What we do is not the bridge itself, but a core mechanism, a crucial component to achieving such a bridging. Mina state verification on Ethereum. This will not bring the bridge...
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Snapps (“snark apps”) are Mina’s zk-SNARK-powered smart contracts.
Snapps use an off-chain execution and mostly off-chain state model. This allows for private computation and state that can be either private or public.
Using zk-SNARKs, snapps can perform arbitrarily complex computations off chain while incurring only a flat fee to send the resulting zero-knowledge proof to the chain, as opposed to other blockchains which use a gas-fee based model.
You can learn more on the how snapps work page.
Snapps are written in TypeScript.
TypeScript provides an easy, familiar language (JavaScript), but with added type safety, making it easy to get started writing Snapps.
You can learn more on the how to write a snapp page.
Snapps (“snark apps”) are Mina’s zk-SNARK-powered smart contracts.
Snapps use an off-chain execution and mostly off-chain state model. This allows for private computation and state that can be either private or public.
Using zk-SNARKs, snapps can perform arbitrarily complex computations off chain while incurring only a flat fee to send the resulting zero-knowledge proof to the chain, as opposed to other blockchains which use a gas-fee based model.
You can learn more on the how snapps work page.
Snapps are written in TypeScript.
TypeScript provides an easy, familiar language (JavaScript), but with added type safety, making it easy to get started writing Snapps.
You can learn more on the how to write a snapp page.
Play around with a few example snapps to see what’s possible:
Join the #snapps-general channel on Discord.
On the upcoming pages, you can read about how snapps work, how to write a snapp, and see our Snapps for Ethereum devs (coming soon) page.
Play around with a few example snapps to see what’s possible:
Join the #snapps-general channel on Discord.
On the upcoming pages, you can read about how snapps work, how to write a snapp, and see our Snapps for Ethereum devs (coming soon) page.
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