Is .bit a domain name or an account?
.bit is not a domain, its an account system. .bit provides a symbolic naming system ending in
.bit , which any type of data can be associated with. We always need a suffix to recognize some kind of things, such as file type, email address, domain name etc. So, even if .bit account has a suffix(.bit) makes .bit likes TLD, but it is not.
Is .bit decentralized?
Yes! .bit is Decentralized Account System that runs on the Nervos CKB, a PoW permissionless chain with a highly open architecture.
The source code for all core components of .bit is open sourced and can be found on Github.
What public chain addresses can I use to register for a .bit account?
Currently, .bit accounts can be registered using ETH / TRX / BSC / Polygon addresses. To register, visit https://did.id and login with your MetaMask/TronLink or any wallets that support ETH / TRX / BSC / Polygon .
.bit can be registered using any public chain address (how?) The .bit team is in the process of deploying more public chain signature algorithms to the Nervos CKB to support more public chain addresses for .bit registration.
Why are .bit accounts being charged annually, not one-time purchase for permanent use?
We don't think a one-time purchase for permanent use as a reasonable economic model, which include the following problems:
- .bit as an infrastructure needs continuous improvement by the developers. There are .bit accounts that more desired than others, and when those desired .bit accounts are purchased out, the .bit system will no longer generate revenue and the existing development team will have no incentive to continuously improve the system or attract new developers to maintain the system. It may sound attractive to buy once and use forever, but the user is actually buying an account that will not be maintained in the future.
- Loss of private key, etc. will cause permanent lock of an .bit accounts. This is a waste of a limited public resource like .bit.
What is the storage deposit?
The data for each .bit account is stored on the Nervos CKB blockchain, and storing the data requires storage space, which requires pledged tokens (CKB) to be used. When an .bit account is reclaimed on expiry date, the corresponding storage space is released and the pledged tokens are returned to the account owner.
A one-time storage deposit is charged at the time of registration, and no additional deposit is required no matter how many parsing records will be added during the usage.
The .bit smart contract runs on the Nervos CKB, the storage deposit will be refunded in the form of CKB.
Why is there an "invalid character combination" when I register?
In order to prevent fraud, .bit has some restrictions that certain character sets cannot appear in the account name at the same time. For detailed rules, please refer to: charsets
Why is it possible to register .bit accounts with different public chain addresses? Is it a centralized solution?
This is what makes .bit unique beyond other decentralized domain/account systems. You can register a .bit account with all public chain addresses, or even register/hold/manage a .bit account using an email address. And, technically, it is completely decentralized, without the need to trust any centralized organization.
This is made possible by the Nervos CKB public chain on which .bit relies, for technical details see Why assets on CKB can be managed by BTC address?
Can I register a sub-account?
Not at this time, but the sub-account feature is on the roadmap for .bit.
Why do I only need a signature to manage my account but no need to pay network fees? Is .bit management centralized?
The management of .bit is decentralized. For each operation when managing your .bit account, it will require signature and cost network fees. The network fees are included in the storge fees you paid when register your account, and these fees are sufficient to perform tens of thousands of administrative operations on the .bit account.
What is Anti-Squatting? What is the principle of anti-squatting?
On the blockchain, all operations of a user are public and transparent. Therefore, when a user wants to register a certain .bit account and the corresponding transaction is still in the memory pool and not packed into the block, other people are able to see what account that user wants to register. Others can immediately issue a transaction with a higher network fee in an attempt to get miners to package the transaction first to grab the account. Then sell the account at a higher price to someone who really wants to sign up for it. Preventing robocalls is about preventing this behavior as much as possible.
The .bit contract requires a two-step process for registering a new account, corresponding to two transactions, in order to prevent any squatting behavior.
- Apply for registration in private: Hash the account to be registered with the registrant's public key, send the first transaction, and place this hash on the blockchain
- Reveal the account name on the chain: Initiate a registration request, exposing the account name to be registered and carrying the hash from the previous step, while the contract requires the hash to reach a mature state, i.e. the last transaction has been packed into the block and reached a certain number of confirmations.
The two transactions need to be spaced, and the second transaction needs to include the Cell created by the first transaction. In addition, the user only discloses the plaintext of the account they want to register in the second step. By the time a malicious Keeper or miner sees the plaintext, it's too late. He has to start with the first transaction, and by the time he's ready, other Keepers have already registered the account for the user.
Why does the interface show that I have finished the anti-squatting step but the .bit account I want to register is taken by someone else?
It could happen when you and someone else is trying to register a same .bit account at the same time. Anti-squatting can only prevent malicious squatting after someone gets the account you want to register by watching the blockchain, it can't prevent all parties from spontaneously registering an account at the same time.
Will the fees paid for failed registrations be refunded?
Yes, fees will be refunded. How and when it will be refunded depends on the registrar you are using.
How can I get access to a reserved account?
Each reserved account has its own reason for being reserved, and they are often determined to be owned by an organization or an individual. You can see why each account is reserved on Github. Reserved accounts can only be claimed by the organization or individual of which they belong to. How to claim the reserved .bit
Is the registrar a part of the .bit team, and what is the difference between different registrars?
Registrars are not part of the .bit team. Anyone can be a registrar as anyone can interact directly with the .bit smart contracts.
Different registrars offer different user interfaces and payment methods.
What happens after my account expires?
After the .bit account expires, it will enter a 30-day grace period. If you renew your .bit account during the grace period, you will still have the account. If the .bit account is not renewed within the grace period, the .bit account will enter a 7-day reduced price auction period and the first bidder will get the account. After the auction period ends and no bids are placed, the account will become publicly available for registration at a price determined by the number of characters in the account.
What are owners and managers? What is the difference between them?
Owner, each account has one owner that owns the .bit account and can modify the owner and manager.
manager, each account has one manager, who can modify the account's parsed records.
The design of owner and aministrator is practicing the idea of separation of ownership and management. Modifying parsed records is a high frequency operation, while modifying ownership is a low frequency operation. The high-frequency operation will then use the private key frequently, increasing the risk of losing the private key. This separation design allows users to still have ownership of the account when the manager's private key is lost. The owner and manager can be the same address or different addresses. However, we highly recommend using different addresses for the owner and manager.
Can .bit accounts be transferred (sold) to other people?
Yes. You can transfer an account to another address by changing the owner of the account.
⚠️ Transferring an account is a high-risk operation, and completing the transfer means you lose control of the account completely.
What is a parsed record?
Each piece of data associated with a .bit account, like a BTC address, a Twitter account, is a parsed record. Each parsed record is a combination of a key and a value.
Can a .bit account add more than one BTC address as a parse record?
Yes. You can even set different labels for different BTC addresses. In fact, multiple records of the same type can be added to a .bit account, distinguished by different custom labels.
How many parsed records can a .bit account have?
This depends on the size of the Witness data that a single CKB transaction can hold, which is large enough to be understood as unlimited.
Can parsed records be modified?
Yes, they can be modified at any time. However, in order to avoid abuse, different operations will have different frequency limits, depending on the prompt at the time of operation.
What are custom keys?
.bit account has some built-in parsed record types, such as blockchain address, personal information, etc. It also supports users and developers to customize parse record types to support rich application scenarios. For details, please refer to record namespace.
What is an inviter/registrar/channel?
Inviter, any .bit account can be used as an inviter. You can get a certain discount when you fill in an existing .bit account as an inviter when you register your account; others can also get a certain reward when they fill in your .bit account as an inviter when they register their account. Learn about inviters.
Channel, any product that integrates with the .bit registration service (such as a wallet) can be called a channel. If a user completes registration through a channel, the channel gets a percentage of the registration fee. Learn about channel.
Registrar, an organization that provides a registration interface and payment method for users. Learn about registrars.
Is the settlement of inviter/channel rewards centralized and why are they paid out only after a certain amount is reached?
Inviters' rewards are decentralized and settled to the invitee as soon as the invitee completes registration. The reason why they are only paid out after a certain amount is reached is due to the underlying principle of Nervos CKB. In order to achieve decentralized settlement, it has to be paid after a certain amount.
Why are inviter/channel rewards settled in CKB?
.bit contract is a smart contract running on Nervos CKB, which internally only recognizes assets on CKB blockchain. In fact, .bit internally uses CKB as the basis for fees for registration/renewal/administration/reward settlement actions. The reason why registration fees can be paid in other currencies is that the registrar provides the appropriate service.
Why do you use the
.bit suffix, is
.bit an Internet Top Level Domain?
.bit is not an Internet top-level domain and therefore does not conflict with the ICANN-accredited Internet domain namespace. The
.bit suffix is used because.
.bitis the basic unit of information, the world of the future is the world of information, and bit is the basic building block of the information world, which is in line with the vision of .bit trying to be the infrastructure for Web 3.0
.bitis neutral and not associated with any chain, which is in line with the cross-chain characteristic of .bit
.bitis a prefix of bitcoin and is a tribute
Will .bit have any other suffixes?
We don't think .bit should have other suffixes for the following reasons.
- more suffixes don't necessarily benefit the user, we like to keep things simple
- more suffixes are a form of namespace pollution, both for the blockchain DNS and the Internet DNS. the .bit, as a Web 3.0 infrastructure, deserves restraint.
Can I access the
.bit domain name on my browser?
.bit is not an Internet top-level domain and therefore cannot be accessed directly. However, each .bit account corresponds to a
.bit.cc subdomain, which can be accessed directly through a browser. If alice owns the .bit account
alice.bit, then he automatically owns the Internet domain
alice.bit.cc. alice can set up resolution records to determine what users see when they access