Bitseal | Bitmessage client
Bitseal
Version: 0.5.5
Last update of the program in the header:28.05.2017
Short description:
Septic transfer encrypted messages to another subscriber or many subscribers
Description:
Bitseal - it's easy Bitmessage client for Android, which now sits in beta development.
Bitmessage protocolhttps://bitmessage.org/bitmessage.pdf
Bitmessage - P2P communication protocol used to transmit encrypted messages to another subscriber or multiple subscribers.
Protocol - a decentralized and untrusted. You do not need to trust any organization or root certificates organizations. Use strong authentication, sender of the message can not be tampered with. The Protocol seeks to hide the "meaningless" information such as the sender and receiver of messages from passive eavesdroppers, such as those who work without a request to intercept.
Authentication mechanism is a system where users exchange hashes of public keys, which may also be used as a user address. If the public key may be obtained using the base protocol, it can be easily hashed, to make sure that the key belongs to the intended recipient of the message.
The data transmitted by the user may also include the version number to be redirected, the flow number (the purpose of which will be discussed later), and the checksum. It is encoded using Base58 and are preceded by recognizable characters (for example, BM for bitmessage), for example, the address will be: BM-2NTX1KCHXGNMHVY9NTCN9R7SGKTRAXCZZYE. Although this is definitely a more cumbersome data sequence than the email address, but not too long, for manual input or translation to QR code. Users have already demonstrated that it is acceptable, as well as Bitcoin addresses similar to the format and length. This addresses format exceeds email in that it guarantees, the accuracy of the actual sending of a message from a particular user or organization. The sender of the message cannot be forged.
Message transmission occurs through a mechanism similar to the system Bitcoin transactions and transmission units, but with proof of the correctness of the work for each message. Members form peering (equitable) nodes of the network operating Bitmessage customers and send messages with maximum effort. In order to send a message through the network, the proof of the work should be completed in the form of partial hash collisions.
The difficulty of evidence of the correctness of the work should be proportional to the size of the message and is established in such a way that the average computer should spend on average four minutes of work in order to send a typical message. With the release of new software, the difficulty of evidence can be adjusted. Each message should also include time to prevent the network from flooding a malicious user relaying old messages. If the time in the message is too old, the peers will not relay it. If the sender of the message has not received confirmation and desire to relay his message, it must update the time and recalculate proof of the work.
Just as in Bitcoin transactions and units, all users will receive all messages. They will be responsible for attempting to decode each message each of their private key to see if the message associated with them.
Android required: 2.3.2 and higher
Russian interface: Not
Developer: andrea Lepidio
Homepage: https://github.com/jonathancoe/bitseal
Download: Version: 0.5.5 beta Bitseal (Post treake # 61820882)
Download APK
Post has been editedvadeus - 29.05.17, 14:46
Version: 0.5.5
Last update of the program in the header:28.05.2017
 |
 |
 |
Additional screenshots
 |
 |
 |
 |
 |
Short description:
Septic transfer encrypted messages to another subscriber or many subscribers
Description:
Bitseal - it's easy Bitmessage client for Android, which now sits in beta development.
Bitmessage protocolhttps://bitmessage.org/bitmessage.pdf
Bitmessage - P2P communication protocol used to transmit encrypted messages to another subscriber or multiple subscribers.
Protocol - a decentralized and untrusted. You do not need to trust any organization or root certificates organizations. Use strong authentication, sender of the message can not be tampered with. The Protocol seeks to hide the "meaningless" information such as the sender and receiver of messages from passive eavesdroppers, such as those who work without a request to intercept.
Authentication mechanism is a system where users exchange hashes of public keys, which may also be used as a user address. If the public key may be obtained using the base protocol, it can be easily hashed, to make sure that the key belongs to the intended recipient of the message.
The data transmitted by the user may also include the version number to be redirected, the flow number (the purpose of which will be discussed later), and the checksum. It is encoded using Base58 and are preceded by recognizable characters (for example, BM for bitmessage), for example, the address will be: BM-2NTX1KCHXGNMHVY9NTCN9R7SGKTRAXCZZYE. Although this is definitely a more cumbersome data sequence than the email address, but not too long, for manual input or translation to QR code. Users have already demonstrated that it is acceptable, as well as Bitcoin addresses similar to the format and length. This addresses format exceeds email in that it guarantees, the accuracy of the actual sending of a message from a particular user or organization. The sender of the message cannot be forged.
Message transmission occurs through a mechanism similar to the system Bitcoin transactions and transmission units, but with proof of the correctness of the work for each message. Members form peering (equitable) nodes of the network operating Bitmessage customers and send messages with maximum effort. In order to send a message through the network, the proof of the work should be completed in the form of partial hash collisions.
The difficulty of evidence of the correctness of the work should be proportional to the size of the message and is established in such a way that the average computer should spend on average four minutes of work in order to send a typical message. With the release of new software, the difficulty of evidence can be adjusted. Each message should also include time to prevent the network from flooding a malicious user relaying old messages. If the time in the message is too old, the peers will not relay it. If the sender of the message has not received confirmation and desire to relay his message, it must update the time and recalculate proof of the work.
Just as in Bitcoin transactions and units, all users will receive all messages. They will be responsible for attempting to decode each message each of their private key to see if the message associated with them.
Android required: 2.3.2 and higher
Russian interface: Not
Developer: andrea Lepidio
Homepage: https://github.com/jonathancoe/bitseal
Download: Version: 0.5.5 beta Bitseal (Post treake # 61820882)
Download APK
Past versions
version: 0.5.3-beta (14) 
Bitseal_0.5.3-beta.apk (10.39 MB)
Bitseal_0.5.3-beta.apk (10.39 MB) Post has been editedvadeus - 29.05.17, 14:46
Reason for editing: new beta version
zxc0sdf , 1. Find the paranoids like you.
2. distributes them apk applications.
3. Run your server (optional)
4. ???
5. PROFIT !!!
Great thing is to get really looking forward to visiting Google Play is not a normal version of the test.
I am now one can not understand:
BUTherefrom May 2015 is version 0.5.5. Default, apparently, not in the subject ...
Last update of the program in the header: 24/08/2016
BUTherefrom May 2015 is version 0.5.5. Default, apparently, not in the subject ...
Bitseal 0.5.5
bitseal.apk(10.39 MB)
Changes:
- Fixed a bug which caused new screens to be opened instead of re-using existing ones.
- Modified configuration for communication with server to improve performance.
bitseal.apk(10.39 MB)Changes:
- Fixed a bug which caused new screens to be opened instead of re-using existing ones.
- Modified configuration for communication with server to improve performance.
Hip Pequin
Android version of the BitMessage clientPechkin. https: //www.opennet.ru...ws/art.shtml? num = 47092
https://google.com/ Bitmessage Site: https: //bitcointalk.org
https://bitcointalk.org/index.php?topic=212490.- Holy Grail! I would like to kiss the author bitmessage on his face.
https://google.com/ Bitmessage Site: https: //xmr.ru
https://www.reddit.com/search/?Q=Bitmessage.
https://bitmessage.org/bitmessage.pdf- Whitepaper
+ Vidoshttps: //www.youtube.co...earch_Query=Bitmessage.
https: //www.youtube.co...rch_Query=pyBitmessage.
(Links to Bitcointalk.org - Throw-VPN)
Post has been editedLemus - 23.04.20, 10:55
Android version of the BitMessage clientPechkin. https: //www.opennet.ru...ws/art.shtml? num = 47092
https://google.com/ Bitmessage Site: https: //bitcointalk.org
https://bitcointalk.org/index.php?topic=212490.- Holy Grail! I would like to kiss the author bitmessage on his face.
https: //bitcointalk.or...x.php? Topic = 128230.540
Any comment on this open attempt to steal wallet files?
https://github.com/bit...480f4a3a148a9#comments
Any comment on this open attempt to steal wallet files?
https://github.com/bit...480f4a3a148a9#comments
https: //www.reddit.com...d_client_is_available/
otac_jedini 1 point В· 5 years ago
I just checked, it uses 100% CPU
Jonathan_coe 1 point В· 5 years ago
Yes, for some BITSEAL functions will temporarily use greater power of the processor, especially when the application is first started and when sending a message.
This is due to the fact that the Bitmessage protocol requires that each message sent over the network has "proof of work". Calculating this proof of work requires significant computing resources, so BITSEAL uses many CPU resources for a few minutes when the message sends.
In the future, it may be possible to agree that the mobile device will not need to be necessary to prove their work (for example, unload the prisoner of the server in exchange for a small fee). This is definitely what I want to explore, but at the moment there is no obvious way to do this without complicating the process and introducing new security threats. Thus, at the moment, the best solution is to perform local work inspections at some processor time.
I hope this makes sense.
[Removed] 3 points В· 5 years ago
One question, however, why licensing a changed versionPyBitmessage under the GNU license, while the original is licensed under the MIT license. GNU is a minefield ...
Jonathan_coe 1 point В· 5 years ago
Some time ago I decided that I want to license as much as possible in the GNU GPL, mainly because I agree with its goal of protecting freedom of users. So for me this is the default choice.
Having said this, I have no problems with the creation of exceptions, if it is useful in specific cases. For example, if any changes that I will make will be useful for the veryPyBitmessage, I will be happy to make them available under the MIT license.
otac_jedini 1 point В· 5 years ago
I just checked, it uses 100% CPU
Jonathan_coe 1 point В· 5 years ago
Yes, for some BITSEAL functions will temporarily use greater power of the processor, especially when the application is first started and when sending a message.
This is due to the fact that the Bitmessage protocol requires that each message sent over the network has "proof of work". Calculating this proof of work requires significant computing resources, so BITSEAL uses many CPU resources for a few minutes when the message sends.
In the future, it may be possible to agree that the mobile device will not need to be necessary to prove their work (for example, unload the prisoner of the server in exchange for a small fee). This is definitely what I want to explore, but at the moment there is no obvious way to do this without complicating the process and introducing new security threats. Thus, at the moment, the best solution is to perform local work inspections at some processor time.
I hope this makes sense.
[Removed] 3 points В· 5 years ago
One question, however, why licensing a changed versionPyBitmessage under the GNU license, while the original is licensed under the MIT license. GNU is a minefield ...
Jonathan_coe 1 point В· 5 years ago
Some time ago I decided that I want to license as much as possible in the GNU GPL, mainly because I agree with its goal of protecting freedom of users. So for me this is the default choice.
Having said this, I have no problems with the creation of exceptions, if it is useful in specific cases. For example, if any changes that I will make will be useful for the veryPyBitmessage, I will be happy to make them available under the MIT license.
https://google.com/ Bitmessage Site: https: //xmr.ru
https://www.reddit.com/search/?Q=Bitmessage.
https://bitmessage.org/bitmessage.pdf- Whitepaper
https: //web.getmonero....-messaging-system.html
Currently, PyBitmessage is the only supported message program. MMS will not "speak" with any other system. You cannot use either email, nor any other communication program from the myriad existing. If you do not like PyBitmessage, or for some reason you can not start it, then you will not be able to use the current version of MMS.
The author of MMS hopes that you still try to use this program: PyBitmessage is a fully open software that is constantly developing, and it has enough users to guarantee messages at any time. In addition, its developers are very serious about the questions of anonymity, in the same way as in the case of Monero.
We hope that future versions of MMS will be based on the "native" system of anonymous exchange of data MONERO, KOVRI, but we are still far from the wide implementation and use of KOVRI.
MMS must be safe:The Bitmessage system is considered safe, since the sender and the recipient of the message remain completely invisible, and all traffic is encrypted. In order to improve the security of MMS, also encrypts any content content.: No one except the recipient of the MMS message cannot decipher and use its contents, and the messages are signed, so the recipient can be sure that the message came from the right sender.
Currently, PyBitmessage is the only supported message program. MMS will not "speak" with any other system. You cannot use either email, nor any other communication program from the myriad existing. If you do not like PyBitmessage, or for some reason you can not start it, then you will not be able to use the current version of MMS.
The author of MMS hopes that you still try to use this program: PyBitmessage is a fully open software that is constantly developing, and it has enough users to guarantee messages at any time. In addition, its developers are very serious about the questions of anonymity, in the same way as in the case of Monero.
We hope that future versions of MMS will be based on the "native" system of anonymous exchange of data MONERO, KOVRI, but we are still far from the wide implementation and use of KOVRI.
MMS must be safe:The Bitmessage system is considered safe, since the sender and the recipient of the message remain completely invisible, and all traffic is encrypted. In order to improve the security of MMS, also encrypts any content content.: No one except the recipient of the MMS message cannot decipher and use its contents, and the messages are signed, so the recipient can be sure that the message came from the right sender.
https://wiki.bitmessage.org/main_page.
Need a security audit
Bitmessage needs an independent audit to check its safety. If you are a researcher who is able to view the source code, please write the leading developer. You will help create an excellent privacy option for people all over the world!
Need a security audit
Bitmessage needs an independent audit to check its safety. If you are a researcher who is able to view the source code, please write the leading developer. You will help create an excellent privacy option for people all over the world!
https://xmr.ru/threads/1246/
Installation and configurationPyBitmessage.
Imagine that the ProtocolBitmessage is a chat roomWhere your Monero clients are going to exchange the information necessary for each subsequent step. We configure it as a daemon that can use MoneRo-Wallet-CLI.
Installation and configurationPyBitmessage.
Imagine that the ProtocolBitmessage is a chat roomWhere your Monero clients are going to exchange the information necessary for each subsequent step. We configure it as a daemon that can use MoneRo-Wallet-CLI.
https://xmr.ru/threads/793/
CurrentlyPybitmessage is the only oneSupported by the program to transfer messages. MMS will not "speak" with any other system. You cannot use either email, nor any other communication program from the myriad existing. If you do not like PyBitmessage, or for some reason you can not start it, then you will not be able to use the current version of MMS.
The author MMS hopes that you still try to use this program:PyBitmessage.- This is a fully open software that is constantly developing, and it has enough users to guarantee messaging at any time. In addition, its developers are very serious about the questions of anonymity, in the same way as in the case of Monero.
We hope that future MMS versions will be based on the "native" system of anonymous exchange of data MONERO, KOVRI, but we are still far from the wide implementation and use of KOVRI.
MMS connection must be safe: the systemBitmessage is considered safeSince the sender and recipient of the message remain completely invisible, and all traffic is encrypted. In order to improve the security of MMS, also encrypts any content content: no one except the MMS message recipient cannot decrypt and use its contents, and messages are signed, so the recipient can be confident that the message came from the right sender.
CurrentlyPybitmessage is the only oneSupported by the program to transfer messages. MMS will not "speak" with any other system. You cannot use either email, nor any other communication program from the myriad existing. If you do not like PyBitmessage, or for some reason you can not start it, then you will not be able to use the current version of MMS.
The author MMS hopes that you still try to use this program:PyBitmessage.- This is a fully open software that is constantly developing, and it has enough users to guarantee messaging at any time. In addition, its developers are very serious about the questions of anonymity, in the same way as in the case of Monero.
We hope that future MMS versions will be based on the "native" system of anonymous exchange of data MONERO, KOVRI, but we are still far from the wide implementation and use of KOVRI.
MMS connection must be safe: the systemBitmessage is considered safeSince the sender and recipient of the message remain completely invisible, and all traffic is encrypted. In order to improve the security of MMS, also encrypts any content content: no one except the MMS message recipient cannot decrypt and use its contents, and messages are signed, so the recipient can be confident that the message came from the right sender.
+ Vidoshttps: //www.youtube.co...earch_Query=Bitmessage.
https: //www.youtube.co...rch_Query=pyBitmessage.
(Links to Bitcointalk.org - Throw-VPN)
Post has been editedLemus - 23.04.20, 10:55
©savagemessiahzine.com2005-2021 All rights reserved.
savagemessiahzine.com®- registered trademark.
Terms of Use | Denial of responsibility | Advertising placement
savagemessiahzine.com®- registered trademark.
Terms of Use | Denial of responsibility | Advertising placement