Testing out Multisig setup in Testnet. Please send tbtc tb1qwragsam80j95temme87ktyd7v3f77jeex3pkfd0rfg2pjv0l8vqqav2u89
https://geyser.fund/project/bitcoinlightningkeychainatm the best Geyser project right now
GM #miamibeach 
Transport Tycoon https://cryptotycoon.onelink.me/XGiP/v0kwr5la
This is a pretty fun game by @zebedee
lnbc4200n1pjd2nzdpp5x3pzpytlgwag8pdea243pxsxg9k88f230h2atw77f7q8xzqylv6sdqqcqzzgxqyz5vqrzjqwnvuc0u4txn35cafc7w94gxvq5p3cu9dd95f7hlrh0fvs46wpvhdaygfh8snd266qqqqqryqqqqthqqpyrzjqw8c7yfutqqy3kz8662fxutjvef7q2ujsxtt45csu0k688lkzu3ldaygfh8snd266qqqqqryqqqqthqqpysp5e4u5c4gfaczxpq40esxutnwedkslpf2q7cwe66zc3xy393wsplas9qypqsqmu8lcjxgsq9uum896z7x5l54yg8t0wkh66au8gmpkvfzsnhhyzgjdwuy0xmxpkqsrn8q0e5dm067e98gey05ph9j2ng9ph60w6hmvdsq5yzgxm
Yes. I found it. Thanks for the feedback
lnbc4200n1pjd2r6epp5xrqaw2h8drgpf0tekq4w0dmnw8ksmsuqrszpzgg5dqrl8sjjfk6qdqqcqzzgxqyz5vqrzjqwnvuc0u4txn35cafc7w94gxvq5p3cu9dd95f7hlrh0fvs46wpvhdn335wwpr4939vqqqqryqqqqthqqpyrzjqw8c7yfutqqy3kz8662fxutjvef7q2ujsxtt45csu0k688lkzu3ldn335wwpr4939vqqqqryqqqqthqqpysp5d6d4rkyugczuugjrjyjcckzdqyjcr69rxd5p9jtyrw9795x4r3ws9qypqsq22mpg39jh6q93gqsdmty23qnjmj0tfazqgd5pxfpmt247hk7834838dk32whvp8z3xm5wkv7kmgcelgetn97whj0hdugddva8cfk7sspr8fasa
The U.S. Constitution is like a rulebook for the country, but it's not perfect. It's been improved over time with added parts called amendments. The latest change was more than 30 years ago, and it's not something most people know about. The one before that was over 50 years ago, and it's also not well-known. The Constitution, the Bill of Rights, and a few key changes made later on have been the building blocks of how the country works, especially fixing issues related to race and gender voting.
Changing the U.S. Constitution is really hard. You need lots of agreement from important people in Congress and from the different states. This is actually a good thing, because it keeps the Constitution strong and reliable. Even if it could be written better and include things I like, if it was easier to change, it might not be as good of a foundation as it is now. The fact that it's hard to change is what makes it so important.
Now, let's talk about Bitcoin. The most valuable thing about it, in my opinion, is that it's hard to change, just like the Constitution. Bitcoin is like a worldwide digital money system that's based on open sharing of information. It's designed to stay decentralized, meaning no single person or group controls it. Even though it has limitations to stay decentralized, it can process more transactions each year than a big financial system the U.S. uses. Bitcoin does this on a global scale, and it has its own unique units of value. There are ways to make Bitcoin handle even more transactions (like Lightning, sidechains, and other fancy things), but those could also be risky if not enough people agree and understand the changes.
In simple words, both the U.S. Constitution and Bitcoin are hard to change on purpose, which helps them be strong and important for their respective purposes.
rewrite inspired by nostr:npub1a2cww4kn9wqte4ry70vyfwqyqvpswksna27rtxd8vty6c74era8sdcw83a #bitcoinconstitution
GM #miamibeach ⚡️☕️
you don't sound well. you should seek professional help
proof of eggs cheese and spinach
Difficulty adjustment in 2 blocks
Bitcoin is infinitely divisible because it is a digital currency. Digital currencies are not limited by the physical constraints of physical currencies, such as coins and bills. In a digital currency, the value of a unit can be divided down to any arbitrary level.
In the case of Bitcoin, the smallest unit is called a satoshi. One bitcoin is equal to 100 million satoshis. This means that Bitcoin can be divided down to 8 decimal places. In the future, if it becomes necessary, the divisibility of Bitcoin could be increased to even more decimal places.
The infinite divisibility of Bitcoin is important for a number of reasons. First, it makes Bitcoin more versatile as a currency. Bitcoin can be used to purchase goods and services of any value, no matter how small. Second, it helps to prevent inflation. If Bitcoin were not infinitely divisible, it would be possible for the supply of Bitcoin to become too large, which would lead to inflation.
Third, the infinite divisibility of Bitcoin helps to ensure that Bitcoin is accessible to everyone. Even people with very small amounts of money can own Bitcoin. This makes Bitcoin a more egalitarian currency than traditional fiat currencies.
Overall, the infinite divisibility of Bitcoin is a key feature that makes it a unique and valuable currency. It is one of the things that makes Bitcoin so versatile, inflation-proof, and accessible.
A miner-activated soft fork (MASF) is a soft fork in the Bitcoin network that is activated by miners. In a soft fork, new rules are added to the protocol, but old nodes that do not implement the new rules will still be able to communicate with the network and process transactions. However, if a miner wants to continue to mine blocks that are accepted by the network, they will need to upgrade their software. If a miner continues to mine blocks that do not follow the new rules, their blocks will be rejected by the network and they will not receive any block rewards.
MASFs are activated when a majority of miners signal their support for the new rules. This is done by setting a flag in their mining software that indicates that they will only mine blocks that follow the new rules. Once a majority of miners have signaled their support, the soft fork is activated and all miners on the network must follow the new rules.
Users and nodes are not required to follow the rules of a MASF, but if they want to continue to use the network, they will need to upgrade their software. If a user or node continues to use software that does not follow the new rules, they may be unable to transact on the network or they may lose their funds.
The main advantage of a MASF is that it is relatively easy to activate. This is because miners have a strong incentive to activate soft forks, as they want to ensure that their blocks are accepted by the network. Miners can also coordinate their efforts to activate a soft fork more easily than users and nodes.
The main disadvantage of a MASF is that it gives too much power to miners. Miners can potentially delay or prevent the activation of soft forks that they do not support. This can be a problem if miners have their own agenda, such as increasing their profits or promoting a particular project.
MASFs have been used to activate a number of soft forks in the Bitcoin network, including Segregated Witness (SegWit) and Taproot. SegWit is a change to the Bitcoin protocol that improves the scalability of the network. Taproot is a change to the Bitcoin protocol that improves the privacy of transactions.
MASFs are a powerful tool that can be used to change the Bitcoin protocol. However, it is important to be aware of the potential risks associated with MASFs, such as miner collusion and centralization.
A user-activated soft fork (UASF) is a type of soft fork in the Bitcoin network that is activated by users and nodes, rather than miners. In a soft fork, new rules are added to the protocol, but old nodes that do not implement the new rules will still be able to communicate with the network and process transactions. However, if a user or node wants to take advantage of the new features introduced by the soft fork, they will need to upgrade their software.
A UASF is activated when a majority of users and nodes signal their support for the new rules. This is done by setting a flag in their software that indicates that they will only accept blocks that follow the new rules. Once a majority of users and nodes have signaled their support, the soft fork is activated and all nodes on the network must follow the new rules.
Miners are not required to follow the rules of a UASF, but if they want to continue to mine blocks that are accepted by the network, they will need to upgrade their software. If a miner continues to mine blocks that do not follow the new rules, their blocks will be rejected by the network and they will not receive any block rewards.
The main advantage of a UASF is that it allows users and nodes to take control of the activation of soft forks. This is in contrast to miner-activated soft forks, which are activated by miners. Miner-activated soft forks can be controversial, as miners have a financial incentive to delay or prevent the activation of soft forks that they do not support.
The main disadvantage of a UASF is that it can be more difficult to activate than a miner-activated soft fork. This is because users and nodes need to coordinate their efforts in order to signal their support for the new rules. However, if a UASF is successful, it can be a more secure and democratic way to activate soft forks in the Bitcoin network.
The first UASF was activated on August 1, 2017, to activate the Segregated Witness (SegWit) soft fork. SegWit is a change to the Bitcoin protocol that improves the scalability of the network. The UASF was successful in activating SegWit, and it is now a permanent part of the Bitcoin protocol.
UASFs have the potential to be a powerful tool for users and nodes to control the evolution of the Bitcoin network. By giving users and nodes a say in the activation of soft forks, UASFs can help to ensure that the network remains decentralized and democratic.
Bitcoin miniscript is a high-level language for expressing Bitcoin scripts. It is designed to make it easier for wallet developers to create complex spending conditions and to reason about their correctness and soundness. Miniscript is also designed to be more efficient than Bitcoin Script, and it can be used to create more compact and secure transactions.
Miniscript is used for a variety of purposes, including:
* Creating complex multisig wallets
* Implementing timelocks and other conditional spending
* Creating more efficient and secure transactions
* Simplifying the development of Bitcoin wallets and tools
Miniscript is a relatively new technology, but it has the potential to revolutionize the way Bitcoin scripts are used. It can make Bitcoin wallets more secure, efficient, and user-friendly.
Here are some of the benefits of using miniscript:
* **Security:** Miniscript can help to protect Bitcoin wallets from theft and loss. By making it easier to create complex multisig wallets, miniscript can make it more difficult for an attacker to steal the funds.
* **Efficiency:** Miniscript can help to make Bitcoin transactions more efficient. By making it easier to implement timelocks and other conditional spending, miniscript can reduce the size of transactions and the fees required to send them.
* **Usability:** Miniscript can help to make Bitcoin wallets more user-friendly. By simplifying the development of Bitcoin wallets and tools, miniscript can make it easier for people to use Bitcoin.
Overall, miniscript is a promising technology that has the potential to improve the security, efficiency, and usability of Bitcoin. It is still a relatively new technology, but it is gaining in popularity and is likely to become more widely used in the future.
Multi-party computation (MPC) is a cryptographic technique that allows multiple parties to jointly compute a function without revealing their individual inputs to each other. This can be used to improve the security and privacy of Bitcoin wallets, by distributing the private key among multiple parties.
In a traditional Bitcoin wallet, the private key is stored on a single device, such as a computer or a hardware wallet. This makes it a single point of failure, as if the device is lost or compromised, the funds in the wallet can be stolen.
With MPC, the private key is split into multiple shares, and each share is stored on a different device. To sign a transaction, the parties must cooperate to combine their shares and compute the signature. This makes it much more difficult for an attacker to steal the funds, as they would need to compromise all of the devices that store the shares.
MPC is still a relatively new technology, but it has the potential to revolutionize the way Bitcoin wallets are secured. It can make wallets more secure, private, and accessible to a wider range of users.
Here are some of the benefits of using MPC in Bitcoin:
* Improved security: MPC can help to protect Bitcoin wallets from theft and loss. By distributing the private key among multiple parties, it makes it much more difficult for an attacker to gain access to the funds.
* Increased privacy: MPC can help to protect the privacy of Bitcoin transactions. By keeping the private key secret, it can prevent third parties from tracking the flow of funds.
* Improved accessibility: MPC can make Bitcoin wallets more accessible to a wider range of users. By eliminating the need for a hardware wallet or other specialized device, MPC can make it easier for people to store and use Bitcoin.
However, there are also some challenges associated with using MPC in Bitcoin:
* Complexity: MPC is a complex technology, and it can be difficult to implement correctly.
* Cost: MPC can be more expensive than traditional Bitcoin wallets.
* Scalability: MPC can be difficult to scale to a large number of parties.
Overall, MPC is a promising technology that has the potential to improve the security, privacy, and accessibility of Bitcoin wallets. However, it is still a relatively new technology, and there are some challenges that need to be addressed before it can be widely adopted.