Comment assurer la sécurité et la confidentialité de vos données cryptées sur un réseau blockchain public ?

It's all about risk management, which is not mentioned here. Go to all.net and read about these issues - search for the terms risk management

Effective key management is the backbone of securing encrypted data, especially on a public blockchain network. In one of my recent projects, I helped a financial services firm implement a robust key management system using Hardware Security Modules (HSMs). The HSMs stored and managed cryptographic keys in a tamper-resistant environment, ensuring that the keys were secure from unauthorized access. We also integrated a Key Management Service (KMS) for automated key rotation and revocation, reducing the risk of key exposure over time. By adopting these best practices, we were able to fortify the security of sensitive transaction data on the blockchain while ensuring that key management processes aligned with regulatory requirements.

It's all about risk management, which is not mentioned here. Go to all.net and read about these issues - search for the terms risk management. Also note there is no such thing as best practice in this regard. That is a fallacy that you should run away from. Try reasonable and prudent as a different and better approach.

Controlling who has access to encrypted data on a public blockchain is crucial for maintaining privacy and security. In a project with a healthcare provider, we implemented data access control through smart contracts and zero-knowledge proofs. The smart contracts automated access permissions, ensuring that only authorized parties could access patient records. At the same time, zero-knowledge proofs were used to validate the identity of users without revealing sensitive details, preserving the confidentiality of personal information. This dual approach enabled secure and compliant data sharing between medical professionals while maintaining the integrity of the blockchain network.

This has the zero knowledge BS. It should be ignored. It's all about risk management, which is not mentioned here. Go to all.net and read about these issues - search for the terms risk management

This is irrelevant to the question identified. This sort of irrelevant information is commonly provided by artificial intelligence mechanisms. That's one of the reasons you should go for real expertise whenever you can. It's all about risk management, which is not mentioned here. Go to all.net and read about these issues - search for the terms risk management

In my experience, even the most advanced encryption and access control mechanisms can be compromised by poor user practices. For instance, during a security audit for a supply chain company, we discovered that several employees were storing their private keys in unencrypted text files. This oversight exposed their blockchain transactions to significant risk. To address this, we conducted comprehensive security awareness training, emphasizing the importance of safeguarding private keys and using secure storage methods. This example underscores the need to combine technical solutions with ongoing user education to maintain a strong security posture.

When LinkedIn started to ask experts to opine on what AI results came up with, the folks that own the technology and the content we're trying to take advantage of expertise. However, modern AI is just not up to the task. Rather than trust anything these sorts of recommendations tell you, you should go to real expertise. It's all about risk management, which is not mentioned here. Go to all.net and read about these issues - search for the terms risk management