Bitcoin: Multisig transaction failure with a high threshold – “The signature must be zero for the stranded check (Multi) Operation SIG”
In the world of bitcoin, multisig transactions are a crucial mechanism to allow several users to control and authorize a specific amount of funds. However, when these transactions reach their goal, things can quickly turn bad. Recently, we have seen a model emerging in newspapers where scripts 5 of 8 p2sh (private key has been kept) failed in the check operation (multi), with an essential requirement being that the signature is “zero” for the ‘failure check to happen.
In this article, we will immerse ourselves in the details of the problem and explore the possible solutions to solve it. By understanding what is happening behind the scenes and how to approach troubleshooting, you can effectively improve your Bitcoin infrastructure and ensure successful multisig transactions.
What is a check (Multi) GIS Operation?
The (multi) GIS verification operation is a critical function of the Bitcoin protocol which checks the signature on a P2SH transaction. It is essential to ensure that only authorized users (signatories) can control funds, preventing unauthorized transactions. The operation verifies the integrity of the script and the signatures associated with the transaction.
The problem: 5 out of 8 p2sh script Faiche
When you try to run a P2SH 5 of 8 script, the check (Multi) SIG (Multi) Operation SIGs, which gives a “signature must be zero for the failure of the check operation (MULI) GIS”. This suggests that there is a problem with the signature generated or verified on the transaction.
Causes of failure
There are several possible causes of this problem:
- Unlikely script : The script itself may contain errors, preventing the (MULI) GIS verification operation from successfully finishing.
- Signatures not zero : inadequate or non -existent signatures can make the operation fail.
- The length of the script exceeds the threshold : Bitcoin uses a limit of 64 bytes for scripts; Overcoming this limit can cause failures.
Failure of the multisig transaction with a high threshold – “the signature must be zero” requirement
To summarize, the problem lies in the “signature must be zero for the operating requirements (Multi) GIS”. It is an essential security function designed to prevent the execution of unauthorized transactions. If a high threshold (for example, 5 of the P2SH scripts) fails the verification operation (MULI) GIS, it will result in an error message indicating that the signature must be zero.
How to approach troubleshooting
To solve this problem, follow these steps:
- Check the integrity of the script : Make sure that the script is valid and correctly formatted.
- Check the signatures
: Check that all signatures are present and properly generated.
- Adjust the length of the script : If going beyond the limit of 64 bytes is a problem, consider shortening the script to comply with this requirement.
- Consider the multisig configuration: review your multisig configuration to make sure that it is configured correctly.
Conclusion
In conclusion, Bitcoin: a failure of multisig transactions with a high threshold – “the signature must be zero for the failure of checking check (multi)” is a legitimate problem which requires attention. By understanding the cause of the problem and implementing troubleshooting steps, you can improve your multisig infrastructure and ensure successful transaction treatment.