Vanitygen - Revision history

Midnightmagic: provisionally deleting references to e.g. vanity pool

2024-03-11T20:11:02Z

provisionally deleting references to e.g. vanity pool

← Older revision		Revision as of 20:11, 11 March 2024
Line 21:		Line 21:
	</syntaxhighlight>		</syntaxhighlight>

	Vanitygen includes components to perform address searching on a CPU (vanitygen) and OpenCL-compatible GPU (oclvanitygen). Both can be built from source and are included in the Windows binary package. Also included is oclvanityminer, the vanity address mining client~~. Oclvanityminer can be used to automatically claim bounties on sites such as [[User:ThePiachu\|ThePiachu]]'s [[Vanity Pool]]~~.		Vanitygen includes components to perform address searching on a CPU (vanitygen) and OpenCL-compatible GPU (oclvanitygen). Both can be built from source and are included in the Windows binary package. Also included is oclvanityminer, the vanity address mining client.

	Current version: 0.22.		Current version: 0.22.

Bitlabs: Changing the website's extension from .net to .io and creating a phishing page similar to the original.

2023-08-26T14:13:03Z

Changing the website's extension from .net to .io and creating a phishing page similar to the original.

← Older revision		Revision as of 14:13, 26 August 2023
Line 118:		Line 118:
	You might think that you would be able to find the private key for a given address by running a vanity address generator. In practice, this is considered impossible. Given that the difficulty increases exponentially the longer your vanity is, so does the average time required to find that vanity. The table below shows how an increasingly complex vanity affects the difficulty and average time required to find a match only for that vanity, let alone the full address, for a machine capable of looking through one million keys per second.		You might think that you would be able to find the private key for a given address by running a vanity address generator. In practice, this is considered impossible. Given that the difficulty increases exponentially the longer your vanity is, so does the average time required to find that vanity. The table below shows how an increasingly complex vanity affects the difficulty and average time required to find a match only for that vanity, let alone the full address, for a machine capable of looking through one million keys per second.

	Note that many GPU implementations currently (March 2020) allow up to 1,000 Mkeys/s (or more). For example [https://vanitygen.io/ VanityGen] uses [https://github.com/JeanLucPons/VanitySearch VanitySearch] to search more than 7,000 Mkeys/s.		Note that many GPU implementations currently (March 2020) allow up to 1,000 Mkeys/s (or more). For example [https://vanitygen.net/ VanityGen] uses [https://github.com/JeanLucPons/VanitySearch VanitySearch] to search more than 7,000 Mkeys/s.

	{\| class="wikitable"		{\| class="wikitable"
Line 152:		Line 152:

	== Outsourcing vanity address generation ==		== Outsourcing vanity address generation ==
	The standard way to generate a vanity address is to calculate it yourself by downloading the program and then running it on your system. However, for longer prefixes, you are unlikely to have enough computational resources or time to calculate them. In these cases, you can outsource your vanity address generation to a [[Bitcoin Vanity Generation Website]]. A good idea is to use [https://vanitygen.io/ bitcoin address generation].		The standard way to generate a vanity address is to calculate it yourself by downloading the program and then running it on your system. However, for longer prefixes, you are unlikely to have enough computational resources or time to calculate them. In these cases, you can outsource your vanity address generation to a [[Bitcoin Vanity Generation Website]]. A good idea is to use [https://vanitygen.net/ bitcoin address generation].

	== See also ==		== See also ==

Apichmedmam at 13:31, 25 August 2023

2023-08-25T13:31:55Z

← Older revision		Revision as of 13:31, 25 August 2023
Line 118:		Line 118:
	You might think that you would be able to find the private key for a given address by running a vanity address generator. In practice, this is considered impossible. Given that the difficulty increases exponentially the longer your vanity is, so does the average time required to find that vanity. The table below shows how an increasingly complex vanity affects the difficulty and average time required to find a match only for that vanity, let alone the full address, for a machine capable of looking through one million keys per second.		You might think that you would be able to find the private key for a given address by running a vanity address generator. In practice, this is considered impossible. Given that the difficulty increases exponentially the longer your vanity is, so does the average time required to find that vanity. The table below shows how an increasingly complex vanity affects the difficulty and average time required to find a match only for that vanity, let alone the full address, for a machine capable of looking through one million keys per second.

	Note that many GPU implementations currently (March 2020) allow up to 1,000 Mkeys/s (or more). For example [https://vanitygen.~~net~~/ VanityGen] uses [https://github.com/JeanLucPons/VanitySearch VanitySearch] to search more than 7,000 Mkeys/s.		Note that many GPU implementations currently (March 2020) allow up to 1,000 Mkeys/s (or more). For example [https://vanitygen.io/ VanityGen] uses [https://github.com/JeanLucPons/VanitySearch VanitySearch] to search more than 7,000 Mkeys/s.

	{\| class="wikitable"		{\| class="wikitable"
Line 152:		Line 152:

	== Outsourcing vanity address generation ==		== Outsourcing vanity address generation ==
	The standard way to generate a vanity address is to calculate it yourself by downloading the program and then running it on your system. However, for longer prefixes, you are unlikely to have enough computational resources or time to calculate them. In these cases, you can outsource your vanity address generation to a [[Bitcoin Vanity Generation Website]]. A good idea is to use [https://vanitygen.~~net~~/ bitcoin address generation].		The standard way to generate a vanity address is to calculate it yourself by downloading the program and then running it on your system. However, for longer prefixes, you are unlikely to have enough computational resources or time to calculate them. In these cases, you can outsource your vanity address generation to a [[Bitcoin Vanity Generation Website]]. A good idea is to use [https://vanitygen.io/ bitcoin address generation].

	== See also ==		== See also ==

Bitlabs: /* A new user has altered the extension of an existing domain from .net to .io and is reporting broken links, even though the website appears to be functioning correctly. Please provide an explanation for this issue.*/

2023-08-21T16:29:18Z

A new user has altered the extension of an existing domain from .net to .io and is reporting broken links, even though the website appears to be functioning correctly. Please provide an explanation for this issue.

← Older revision		Revision as of 16:29, 21 August 2023
Line 118:		Line 118:
	You might think that you would be able to find the private key for a given address by running a vanity address generator. In practice, this is considered impossible. Given that the difficulty increases exponentially the longer your vanity is, so does the average time required to find that vanity. The table below shows how an increasingly complex vanity affects the difficulty and average time required to find a match only for that vanity, let alone the full address, for a machine capable of looking through one million keys per second.		You might think that you would be able to find the private key for a given address by running a vanity address generator. In practice, this is considered impossible. Given that the difficulty increases exponentially the longer your vanity is, so does the average time required to find that vanity. The table below shows how an increasingly complex vanity affects the difficulty and average time required to find a match only for that vanity, let alone the full address, for a machine capable of looking through one million keys per second.

	Note that many GPU implementations currently (March 2020) allow up to 1,000 Mkeys/s (or more). For example [https://vanitygen.io/ VanityGen] uses [https://github.com/JeanLucPons/VanitySearch VanitySearch] to search more than 7,000 Mkeys/s.		Note that many GPU implementations currently (March 2020) allow up to 1,000 Mkeys/s (or more). For example [https://vanitygen.net/ VanityGen] uses [https://github.com/JeanLucPons/VanitySearch VanitySearch] to search more than 7,000 Mkeys/s.

	{\| class="wikitable"		{\| class="wikitable"
Line 152:		Line 152:

	== Outsourcing vanity address generation ==		== Outsourcing vanity address generation ==
	The standard way to generate a vanity address is to calculate it yourself by downloading the program and then running it on your system. However, for longer prefixes, you are unlikely to have enough computational resources or time to calculate them. In these cases, you can outsource your vanity address generation to a [[Bitcoin Vanity Generation Website]]. A good idea is to use [https://vanitygen.io/ bitcoin address generation].		The standard way to generate a vanity address is to calculate it yourself by downloading the program and then running it on your system. However, for longer prefixes, you are unlikely to have enough computational resources or time to calculate them. In these cases, you can outsource your vanity address generation to a [[Bitcoin Vanity Generation Website]]. A good idea is to use [https://vanitygen.net/ bitcoin address generation].

	== See also ==		== See also ==

Bitlabs: /Highlighting the critical importance of recognizing the potential risks associated with using Vanitygen on live websites./

2023-08-20T17:40:20Z

Highlighting the critical importance of recognizing the potential risks associated with using Vanitygen on live websites.

← Older revision		Revision as of 17:40, 20 August 2023
Line 1:		Line 1:

			'''Warning''': Refrain from utilizing Vanitygen on live websites. Using Vanitygen on websites is not recommended, as there is a high likelihood that these '''platforms might store the generated address's key''', putting your results and coins at risk of being stolen. For a more secure approach, consider employing Vanitysearch by Jean Luc Pons, an open-source and trusted alternative available on GitHub.


	'''Vanitygen''' was the first command-line vanity Bitcoin address generator. A few other vanity address generators exist including '''Vanitygen-plus''' and '''VanitySearch'''.		'''Vanitygen''' was the first command-line vanity Bitcoin address generator. A few other vanity address generators exist including '''Vanitygen-plus''' and '''VanitySearch'''.

Apichmedmam: fixed broken links

2023-08-20T15:05:14Z

fixed broken links

← Older revision		Revision as of 15:05, 20 August 2023
Line 114:		Line 114:
	You might think that you would be able to find the private key for a given address by running a vanity address generator. In practice, this is considered impossible. Given that the difficulty increases exponentially the longer your vanity is, so does the average time required to find that vanity. The table below shows how an increasingly complex vanity affects the difficulty and average time required to find a match only for that vanity, let alone the full address, for a machine capable of looking through one million keys per second.		You might think that you would be able to find the private key for a given address by running a vanity address generator. In practice, this is considered impossible. Given that the difficulty increases exponentially the longer your vanity is, so does the average time required to find that vanity. The table below shows how an increasingly complex vanity affects the difficulty and average time required to find a match only for that vanity, let alone the full address, for a machine capable of looking through one million keys per second.

	Note that many GPU implementations currently (March 2020) allow up to 1,000 Mkeys/s (or more). For example [https://vanitygen.~~net~~/ VanityGen] uses [https://github.com/JeanLucPons/VanitySearch VanitySearch] to search more than 7,000 Mkeys/s.		Note that many GPU implementations currently (March 2020) allow up to 1,000 Mkeys/s (or more). For example [https://vanitygen.io/ VanityGen] uses [https://github.com/JeanLucPons/VanitySearch VanitySearch] to search more than 7,000 Mkeys/s.

	{\| class="wikitable"		{\| class="wikitable"
Line 148:		Line 148:

	== Outsourcing vanity address generation ==		== Outsourcing vanity address generation ==
	The standard way to generate a vanity address is to calculate it yourself by downloading the program and then running it on your system. However, for longer prefixes, you are unlikely to have enough computational resources or time to calculate them. In these cases, you can outsource your vanity address generation to a [[Bitcoin Vanity Generation Website]]. A good idea is to use [https://vanitygen.~~net~~/ bitcoin address generation].		The standard way to generate a vanity address is to calculate it yourself by downloading the program and then running it on your system. However, for longer prefixes, you are unlikely to have enough computational resources or time to calculate them. In these cases, you can outsource your vanity address generation to a [[Bitcoin Vanity Generation Website]]. A good idea is to use [https://vanitygen.io/ bitcoin address generation].

	== See also ==		== See also ==

Apirone.com: fixed broken links

2023-02-09T14:20:37Z

fixed broken links

← Older revision		Revision as of 14:20, 9 February 2023
Line 114:		Line 114:
	You might think that you would be able to find the private key for a given address by running a vanity address generator. In practice, this is considered impossible. Given that the difficulty increases exponentially the longer your vanity is, so does the average time required to find that vanity. The table below shows how an increasingly complex vanity affects the difficulty and average time required to find a match only for that vanity, let alone the full address, for a machine capable of looking through one million keys per second.		You might think that you would be able to find the private key for a given address by running a vanity address generator. In practice, this is considered impossible. Given that the difficulty increases exponentially the longer your vanity is, so does the average time required to find that vanity. The table below shows how an increasingly complex vanity affects the difficulty and average time required to find a match only for that vanity, let alone the full address, for a machine capable of looking through one million keys per second.

	Note that many GPU implementations currently (March 2020) allow up to 1,000 Mkeys/s (or more). For example [https://~~vanity-address~~.~~bitcoin-uni.de/en~~/ ~~Bitcoin-Uni~~] uses [https://github.com/JeanLucPons/VanitySearch VanitySearch] to search more than 7,000 Mkeys/s.		Note that many GPU implementations currently (March 2020) allow up to 1,000 Mkeys/s (or more). For example [https://vanitygen.net/ VanityGen] uses [https://github.com/JeanLucPons/VanitySearch VanitySearch] to search more than 7,000 Mkeys/s.

	{\| class="wikitable"		{\| class="wikitable"
Line 148:		Line 148:

	== Outsourcing vanity address generation ==		== Outsourcing vanity address generation ==
	The standard way to generate a vanity address is to calculate it yourself by downloading the program and then running it on your system. However, for longer prefixes, you are unlikely to have enough computational resources or time to calculate them. In these cases, you can outsource your vanity address generation to a [[Bitcoin Vanity Generation Website]]. A good idea is to use [https://en.bitcoin~~.it/wiki/Split-key_vanity_address#Address_generation split-key~~ address generation].		The standard way to generate a vanity address is to calculate it yourself by downloading the program and then running it on your system. However, for longer prefixes, you are unlikely to have enough computational resources or time to calculate them. In these cases, you can outsource your vanity address generation to a [[Bitcoin Vanity Generation Website]]. A good idea is to use [https://vanitygen.net/ bitcoin address generation].

	== See also ==		== See also ==

Buni: /* Using a vanity address generator to try to attack addresses */

2020-11-17T12:51:24Z

Using a vanity address generator to try to attack addresses

← Older revision		Revision as of 12:51, 17 November 2020
Line 114:		Line 114:
	You might think that you would be able to find the private key for a given address by running a vanity address generator. In practice, this is considered impossible. Given that the difficulty increases exponentially the longer your vanity is, so does the average time required to find that vanity. The table below shows how an increasingly complex vanity affects the difficulty and average time required to find a match only for that vanity, let alone the full address, for a machine capable of looking through one million keys per second.		You might think that you would be able to find the private key for a given address by running a vanity address generator. In practice, this is considered impossible. Given that the difficulty increases exponentially the longer your vanity is, so does the average time required to find that vanity. The table below shows how an increasingly complex vanity affects the difficulty and average time required to find a match only for that vanity, let alone the full address, for a machine capable of looking through one million keys per second.

	Note that many GPU implementations currently (March 2020) allow up to 1,000 Mkeys/s (or more). For example [https://~~www~~.~~bitcoinvanityaddress~~.~~com~~/ Bitcoin ~~Vanity Address~~] uses [https://github.com/JeanLucPons/VanitySearch VanitySearch] to search more than 1,000 Mkeys/s.		Note that many GPU implementations currently (March 2020) allow up to 1,000 Mkeys/s (or more). For example [https://vanity-address.bitcoin-uni.de/en/ Bitcoin-Uni] uses [https://github.com/JeanLucPons/VanitySearch VanitySearch] to search more than 7,000 Mkeys/s.

	{\| class="wikitable"		{\| class="wikitable"

Alex8887: /* Outsourcing your Vanity Address generation */

2020-03-28T21:55:16Z

Outsourcing your Vanity Address generation

← Older revision		Revision as of 21:55, 28 March 2020
Line 147:		Line 147:
	\|}		\|}

	== Outsourcing ~~your Vanity Address~~ generation ==		== Outsourcing vanity address generation ==
	The standard way to generate a vanity address is to calculate it yourself by downloading the program and then running it on your system. However, for longer prefixes, you are unlikely to have enough computational resources or time to calculate them. In these cases, you can outsource your vanity address generation to a [[Bitcoin Vanity Generation Website]]. A good idea is to use [https://en.bitcoin.it/wiki/Split-key_vanity_address#Address_generation split-key address generation].		The standard way to generate a vanity address is to calculate it yourself by downloading the program and then running it on your system. However, for longer prefixes, you are unlikely to have enough computational resources or time to calculate them. In these cases, you can outsource your vanity address generation to a [[Bitcoin Vanity Generation Website]]. A good idea is to use [https://en.bitcoin.it/wiki/Split-key_vanity_address#Address_generation split-key address generation].

Alex8887: /* Use of a Vanity Address Generator to try to attack addresses */

2020-03-28T21:54:53Z

Use of a Vanity Address Generator to try to attack addresses

← Older revision		Revision as of 21:54, 28 March 2020
Line 111:		Line 111:
	\|}		\|}

	== ~~Use of~~ a ~~Vanity Address Generator~~ to try to attack addresses ==		== Using a vanity address generator to try to attack addresses ==
	You might think that you would be able to find the private key for a given address by running a vanity address generator. In practice, this is considered impossible. Given that the difficulty increases exponentially the longer your vanity is, so does the average time required to find that vanity. The table below shows how an increasingly complex vanity affects the difficulty and average time required to find a match only for that vanity, let alone the full address, for a machine capable of looking through one million keys per second.		You might think that you would be able to find the private key for a given address by running a vanity address generator. In practice, this is considered impossible. Given that the difficulty increases exponentially the longer your vanity is, so does the average time required to find that vanity. The table below shows how an increasingly complex vanity affects the difficulty and average time required to find a match only for that vanity, let alone the full address, for a machine capable of looking through one million keys per second.