The Blur Network (BLUR) is a privacy-focused peer-to-peer network, built upon the premise that privacy is not compatible with centralization. Blur makes use of a private, standalone blockchain in which transaction participants and amounts are hidden, to enable a degree of privacy that is impossible on a transparent ledger, such as Bitcoin. Dec 19, · Blur has a total market capitalization of $91, and approximately $67, worth of Blur was traded on exchanges in the last 24 hours. One Blur coin can now be purchased for about $ or BTC on cryptocurrency exchanges. In the last seven days, Blur has traded % higher against the dollar. Blur Price (BLUR). Price chart, trade volume, market cap, and more. Discover new cryptocurrencies to add to your portfolio.
Blur btcBlur Network: The Private Cryptocurrency
Please retain proper licensing if you reuse any files, and be aware that this repo is under heavy development So files will not yet be in their proper homes. Changing this value will change the required amount of signatures, before a notarization process is deemed complete.
Once this number of signatures is reached on a given notarization tx, the validation structs are converted to those of a standard BLUR tx, and will be sent to the network. Any value between 2 and 21 is valid for this constant but above 21 will require further modifications to database due to size constraints. Libhydrogen requires CMake 3. If your distribution does not include this in the package manager, you can download the latest release's source from here: CMake 3.
Once Downloaded, run. Both libbtc and the native blur files require GCC 8. Once that is extracted from the archive, building and installing is as simple as. One may instead use the pre-generated wallets located here , to use the testnet as a playground for notarizations. These wallets are pre-funded with BLUR.
To create a wallet on BLUR's network, for notary nodes already owning a secpk1 private key:. Step 1: Compile binaries from source, then create a json-formatted wallet configuration file as follows: named btc. Note: Change the name of the json file if you named yours something other than btc. Your wallet should now be running. Skip the Starting the Notary Server Wallet heading if you don't plan to shut down your notary node between this point and testing.
After your wallet is generated, you can reopen this existing file with the following startup flags:. The RPC interface will prompt you for the wallet password.
Enter the password you entered into btc. What is shown below, excluding steps , is for informational purposes. If your public spendkey is not located in this table, the wallet will not permit you to create a notarization tx.
Step 2: Compile source again, and start up the daemon with. Each notary wallet is sent 0. TL;DR: The above is performed automatically, upon launching a wallet with pubkeys matching one of the 64 hardcoded keypairs. These two calls cache the tx blob and data, and the cache serves to speed up the addition of new signatures to pending ntz's, when found in the ntzpool.
Each call takes about 15 seconds to complete. Note: This should be performed automatically, if the cache is full contains two transactions , and a notarization sequence has already begun Pending notarization is in pool already. This function will automatically pull in all necessary tx data, as well as cleaning all transactions from the ntzpool, except two pending txs. The transaction which has just been signed 2. The transaction itself, prior to signing. This transaction will be cleaned after the next notary node appends its signatures.
Selective transparency allows BLUR to be much more fungible, and censorship-resistant than transparent blockchains. Amounts and participants are obfuscated when sending or receiving BLUR. This means users can decide precisely who may view their transactional information. This is impossible on Bitcoin's network, where anyone can look up addresses and associated balances. The algorithm changes dynamically every second five seconds, on average. The calculations required for the algorithm use values directly dependent on: the previous block's hash, the current block's height, and a UNIX timestamp.
The resulting algorithm varies dynamically, and unpredictably, between and within each block that is mined. Our goal is facilitating CPU-centric mining, devoid of illogical mining pools. Click the icon above, for a technical paper detailing the need for a solution in response to miner centralization.
Users can generate a keypair, from which addresses are derived, without ever connecting to the internet. This means we cannot and do not control who chooses to use the Blur Network. The Cryptonote Protocol whitepaper can be found by following the hyperlink above and is annotated with commentary from researchers at Monero Research Labs.
Fixed Tail Emission: 2. Block Emission Profile: See the spreadsheet located here for a lifetime emission profile. Signature Checksums. Snap Package Signature Checksums. Skip to content. BLUR is a cryptocurrency built with privacy in mind. Take a first-hand role in protecting yours. Official Releases. Source Code. About the Blur Network. The Blur Network has been designed to address the direct threats to privacy and security resulting from specialized mining hardware and centralized mining pools.
Miners have turned to these to reduce variance in block reward payouts from mining. Our network views these current solutions as detrimental to decentralization. Centralized pools and limited access to specialized mining hardware place the security of existing networks into the hands of few.
Out of a desire to keep mining hardware accessible to hobbyists, the approach of hardware-specific resistance has arisen. However, this approach limits access to compatible hardware even further. To compound this, resistance to hardware is something of a perpetual cat-and-mouse situation. Instead of subscribing to this philosophy, Blur seeks to build an ecosystem that is inclusive for all mining hardware.
This manifests itself as an experiment we are calling The Fractal Multichain , which is planned to feature discretionary and hardware-specific Proofs-of-Work. Each chain will be weighted inversely in value, to a single devices relative hashpower compared to a CPU.
The current chain will become the base-value chain modular chain values will be denominated by BLUR units, proportionally. As such, BLUR's current blockchain will remain central to our attempt at favoring multi-purpose hardware, while we bring the other chains, designed for specialized hardware, online as well.
In CryptoNote blockchains, emission is biased to favor early adopters. Subsequent, in-tandem chain launches will seek to leverage this aspect of emission curves, to incentivize away specialized hardware, theoretically resulting in less competition for CPU miners, on the base chain.