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For instance, tractor companies try to prevent farmers from making repairs via DRM. The industry has expanded the usage of DRM to various hardware products, such as Keurig's coffeemakers, Philips' light bulbs, mobile device power chargers, and John Deere's tractors. ĭRM techniques include licensing agreements and encryption. Such laws are part of the United States' Digital Millennium Copyright Act (DMCA), and the European Union's Information Society Directive (the French DADVSI is an example of a member state of the European Union implementing the directive). Laws in many countries criminalize the circumvention of DRM, communication about such circumvention, and the creation and distribution of tools used for such circumvention.

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DRM technologies govern the use, modification, and distribution of copyrighted works (such as software and multimedia content), as well as systems that enforce these policies within devices. Various tools or technological protection measures (TPM) such as access control technologies can restrict the use of proprietary hardware and copyrighted works. This all works much better/reliable with linux and dig than with nslookup/windows.Technology to control access to copyrighted works and prevent unauthorized copyingĭigital rights management ( DRM) is the management of legal access to digital content. When you have reliable information about the SOA from the TLD authoritative server, you can then query the primary name server itself authoritative (the one thats in the SOA record on the gTLD nameserver!) for any other NS records, and then proceed with checking all those name servers you've got from querying the NS records, to see if there is any inconsistency for any other particular record, on any of those servers. (The information about which server is authoritative for which TLD can be queried from the root name servers). You need to query the server that is authoritative for the top level domain to obtain reliable SOA information for a given child domain. The SOA record on the authoritative server itself is, on the other hand, not strictly needed for resolving that domain, and can contain bogus info (or hidden primary, or otherwise restricted servers) and should not be relied on to determine the authoritative name server for a given domain. SOA records are present on all servers further up the hierarchy, over which the domain owner has NO control, and they all in effect point to the one authoritative name server under control of the domain owner.

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Here, the two authoritative name servers have the same serial number.

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The source code is available in % check_soa To check discrepencies between name servers, my preference goes to the old check_soa tool, described in Liu & Albitz 'DNS & BIND' book (O'Reilly editor). To find out the server listed as primary (the notion of 'primary' is quite fuzzy these days and typically has no good answer): % dig +short SOA | cut -d' ' -f1 To find out the name servers of a domain on Unix: % dig +short NS The secondary name servers are authoritative. Unless you mean 'primary name server' and not 'authoritative name server'. You used the singular in your question but there are typically several authoritative name servers, the RFC 1034 recommends at least two.