{"p":"can-20","op":"mint","tick":"can","amt":"1000","rows":[{"df":"qa","content":[{"q":"The main risks during the blockchain version upgrade process are:↵↵1. Technical risks: Incorrect implementation of the upgrade may lead to bugs, security vulnerabilities, or even the collapse of the entire network.↵↵2. Operational risks: Inadequate preparation or execution of the upgrade process may result in downtime, loss of data, or inconvenience to users.↵↵3. Security risks: Cyberattacks or malicious actions by competitors or hackers can target the upgrade process, leading to theft of assets, destruction of data, or manipulation of the network.↵↵4. Regulatory risks: Inadequate compliance with regulatory requirements may result in fines, penalties, or bans on operation, affecting the long-term development of the blockchain project.↵↵5. Stakeholder risks: Miscommunication or disagreements among stakeholders may lead to delays in the upgrade process, negatively impacting the project's progress and reputation.↵↵6. Economic risks: Fluct","a":"The risks mainly include code vulnerabilities, cybersecurity, data loss, consensus mechanism failure, performance degradation, and market acceptance uncertainty. During the upgrade process, there may be undiscovered vulnerabilities in the new version of the code, leading to hacker attacks and asset losses. In addition, network security risks and data loss are also issues that need to be concerned about during the upgrade process. Adjustments to the consensus mechanism may affect the stability and security of the blockchain system, while performance degradation may lead to a poor user experience. Finally,  the uncertainty of market acceptance of the new blockchain may affect its development prospects and investment value. To ensure the smooth progress of the blockchain version upgrade, it is necessary to fully test and evaluate potential risks, ensuring that"}]}],"pr":"d0aac62d47ba6c8799167410545154bf4b76bcdf81fbd9d4aa089b53705b9f4b"}