As transparent as Bitcoin’s underlying block chain process is for Bitcoin users, there is still a need for protecting the privacy of the user when moving Bitcoin from seller to purchaser. Current net neutrality rules on transparency may negatively impact the need for privacy.
Experts at Bitcoin.org warn the crypto-currency’s use to protect the IP addresses used during Bitcoin transactions. Including an IP address on a website or social network site may not be a good idea if maintaining anonymity is crucial. Once a Bitcoin address is used to receive a payment, the address becomes traceable along with all other transactions associated with the address.
Further, according to Bitcoin.org, since the currency’s users usually reveal their identity’s in order to receive goods or services (like a Klingon or Romulan starship decloaks before firing), Bitcoin addresses won’t remain fully anonymous.
Question is, as investment in Bitcoin and transactions using Bitcoin increase, why would the Federal Communications Commission pursue a net neutrality regime that includes an intrusive transparency requirement?
Current net neutrality rules require that broadband providers disclose certain details about network management including disclosures about congestion management practices and the types of traffic subject to those practices. Proponents of the transparency component of net neutrality rules argue that these rules protect consumers against misinformation about prices, services offered, and data speeds.
What isn’t discussed by net neutrality advocates is the slippery slope that transparency embarks on when it comes to Bitcoin. For example, as more consumers use broadband, and in particular mobile broadband to conduct Bitcoin transactions, should we put their anonymity at risk by requiring broadband provides disclose information about the data Bitcoin users send?
Bitcoin could become mainstream over the next ten years especially given its use of the blockchain. Should intrusive transparency rules be allowed to slow down this train?