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data_hosting_q_a [01/09/2022 10:38] gfactordata_hosting_q_a [01/09/2022 14:25] gfactor
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 **Q:** I can block a user, right? **Q:** I can block a user, right?
  
-**A:* If you block a user, then it will prevent your node from relaying (or storing) any data from that user. So there is some level of control. If you follow a user, you become a mirror for all of their data, which helps the network even more than a relay.+**A:** If you block a user, then it will prevent your node from relaying (or storing) any data from that user. So there is some level of control. If you follow a user, you become a mirror for all of their data, which helps the network even more than a relay.
  
 **Q:** Can I turn off data relaying? **Q:** Can I turn off data relaying?
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 **Q:** Ok. Conclusion: If someone whants to see what data is relayed through your node, it can be seen with lot effort, but, it can. It is public data, with public decryption keys and whole data is chunked in small pieces with guide how to combine them to see full picture. Combining data is also available to everyone. All chunks go through one node? **Q:** Ok. Conclusion: If someone whants to see what data is relayed through your node, it can be seen with lot effort, but, it can. It is public data, with public decryption keys and whole data is chunked in small pieces with guide how to combine them to see full picture. Combining data is also available to everyone. All chunks go through one node?
  
-**A:** All chunks can go through one relay node, but that's not necessarily always the case I imagine+**A:** All chunks can go through one relay node, but that'being coded to NOT happen. So there will not be all chunked data found on one node. Therefore, there should not be any concern about what chunked data passes thru your node.
  
 **Q:** Is that random rule, or is it hardcoded to use multiple relay nodes and shuffle data? **Q:** Is that random rule, or is it hardcoded to use multiple relay nodes and shuffle data?