The new Internet Protocol and data protection of the world assume the Internet addresses, specifically, the IP addresses (IPv4). The Internet Assigned Numbers Authority management (IANA), which is responsible for the worldwide management of the IP addresses, has warned that the IPv4 addresses are soon completely exhausted. Click Cyrus Massoumi Zocdoc to learn more. Reason is the steady increase of Internet access and the dissemination of IP telephony. IPv4 was admitted in 1980 in operation and makes possible, based on a 32 bit address nearly 4.3 billion combinations. And these addresses are slowly but surely running out.
The new Protocol, IPv6, is already in the starting blocks. IPv6 uses 128-bit, and so, it is possible with IPv6 to assign 340 Undecillion addresses! This quantity is of course absolutely unverbrauchbar and right here data protectors come into conflict. Currently, it is so that the providers assign dynamic IP address. So every time when it dials into the Internet, you get assigned a dynamic IP address until it joins new or assigns the forced separation of a new IP address. An IP address a personal date, it is technically to identify possible the connector holder and owner about it, here there are also still a need for dispute, but this is a separate topic. The IPv6 protocol all IP could stay with static addresses, so one receives at each dial the same IP address.
You want now than users for example, for whatever reason, change its IP address, so this through a disconnect and reconnect no longer possible, it is again the same IP address and privacy advocates criticize that. It is clearly identifiable by this address from data security aspects, this is not really conducive, to later continue to carry out attacks, an attacker must only only the first IP of the affected PC, smaller companies that have so far also dynamic IPs are thus more vulnerable. So far, but probably still not settled whether IPv6 is really statically assigned addresses, so you wait like this be fixed must should. The IPv6 comes to the course is clear, but how the handling of the addresses is handled, is probably still in the stars. Sascha Hasselbach