Network Attached Storage System and Method

• US 20090210461A1
• Filed: 02/14/2008
• Published: 08/20/2009
• Est. Priority Date: 02/14/2008
• Status: Abandoned Application

• Current Assignee: Austin Mcchord
• Original Assignee: Austin Mcchord
• Inventors: McChord, Austin
• Application Number:
  US12/031,034
• Publication Number:
  US 20090210461A1
• Time in Patent Office: Days
• US Class Current: 1/1
• CPC Class Codes: G06F 11/1456 Hardware arrangements for backup
• CPC Class Codes: G06F 11/1464 for networked environments
• CPC Class Codes: H04L 67/1095 Replication or mirroring of data, e.g. scheduling or transport for data synchronisation between network nodes
• CPC Class Codes: H04L 67/1097 for distributed storage of data in networks, e.g. transport arrangements for network file system [NFS], storage area networks [SAN] or network attached storage [NAS]

Abstract

A network attached storage system comprising: a computer; a network in signal communication with the computer; a network attached storage device in signal communication with the network, and not physically connected to the computer; an internet in signal communication with the network; a storage server remotely located from the computer, the network attached storage device, and the network, the storage server in signal communication with the internet; a sync server remotely located from the computer, the network attached storage device, and the network, and the sync server in signal communication with the internet; where the network attached storage device is configured to store data, and where the network attached storage device is further configured to periodically communicate with the storage server and backup the data to the storage server. A method for backing up data to a remote location, the method comprising: setting a counter N to 1; attaching an Nth network attached storage device to an Nth network; storing data on the Nth network attached storage device; backing up data, periodically, from the Nth network attached storage device to a remote storage server; determining whether N is equal to the total number of network attached storage devices to be put in operation; managing all of the network attached storage devices with a remote sync server, if N is equal to the total number of network attached storage devices to be put in operation; determining whether there is a data replacement request from a user; locating the data on the storage server, if there is a data replacement request from the user; sending data replacement to the user; determining whether a new network attached storage device is to be put into operation; and advancing counter by 1, if there is a new network attached storage device to be put into operation.

Claims

1. A network attached storage system comprising:

a computer;

a network in signal communication with the computer;

a network attached storage device in signal communication with the network, and not physically connected to the computer;

an internet in signal communication with the network;

a storage server remotely located from the computer, the network attached storage device, and the network, the storage server in signal communication with the internet;

a sync server remotely located from the computer, the network attached storage device, and the network, and the sync server in signal communication with the internet;

wherein the network attached storage device is configured to store data, and wherein the network attached storage device is further configured to periodically communicate with the storage server and backup the data to the storage server.

2. The network attached storage system of claim 1, wherein the network attached storage device comprises:

an operating system;

a networking protocol in signal communication with the operating system;

a first scripting language module in signal communication with the operating system;

a communications protocol in signal communication with the scripting language module;

a first file transfer utility in signal communication with the operating system;

a first data exchange network protocol in signal communication with the first file transfer utility;

a command language interpreter in signal communication with the operating system; and

a command line tool for transferring files in signal communication with the command language interpreter.

3. The network attached storage system of claim 1, wherein the storage server comprises:

a storage array;

a second file transfer utility in signal communication with the storage array; and

a second data exchange network protocol in signal communication with the file transfer.

4. The network attached storage system of claim 1, wherein the sync server comprises:

a database management system;

a second scripting language module in signal communication with the database management system; and

a URI scheme in signal communication with the scripting language module.

5. The network attached storage system of claim 2, wherein the operating system is selected from the group consisting of Debian;

Windows®

, and MAC OS®

, and UNIX sync server.

6. The network attached storage system of claim 2, wherein the networking protocol is selected from the group consisting of Samba, Samba TNG;

smbfs and cifs;

ONStor Inc. SMB implementation;

Novell NetWare version 6 and newer'"'"'s CIFS server implementation;

FreeBSD'"'"'s smbfs;

NetBSD'"'"'s smbfs;

Mac OS X'"'"'s smbfs;

Solaris'"'"'s CIFS client;

OpenSolaris added in-kernel CIFS server support;

PC-Netlink'"'"'s Advanced Server for Unix;

CIFS/Samba;

VERITAS Software'"'"'s SMB;

SCO'"'"'s port of Advanced Server for Unix;

VisionFS;

Network Appliance'"'"'s SMB server implementation;

Objective Development'"'"'s Sharity;

The Alfresco content-management system'"'"'s Java implementation of SMB;

JCIFS'"'"'s implementation of SMB in Java;

RTSMB'"'"'s CIFS/SMB implementation written in ANSI C; and

Visuality Systems NQ CIFS;

Thursby Software Systems'"'"' SMB/CIFS for Mac OS.

7. The network attached storage system of claim 2, wherein the scripting language module is selected from the group consisting of PHP, ASP, and Ruby on Rails.

8. The network attached storage system of claim 2, wherein the communications protocol is HTTP.

9. The network attached storage system of claim 2, wherein the first file transfer utility is Rsync.

10. The network attached storage system of claim 2, wherein the first data exchange network protocol is SSH.

11. The network attached storage system of claim 2, wherein the command language interpreter is BASH Shell.

12. The network attached storage system of claim 2, wherein the command line tool is cURL.

13. The network attached storage system of claim 3, wherein the storage array is selected from the group consisting of NAS, Modular SAN arrays, Monolithic SAN arrays, Storage Virtualization, and Utility SAN Arrays.

14. The network attached storage system of claim 3, wherein the second file transfer utililty is Rsync.

15. The network attached storage system of claim 3, wherein the second data exchange network is SSH.

16. The network attached storage system of claim 4, wherein the database management system is selected from the group consisting of MySQL, Oracle, DB2, Microsoft Access, Microsoft SQL Server, Firebird, PostgreSQL, SQLite, FileMaker and Sybase Adaptive Server Enterprise.

17. The network attached storage system of claim 4, wherein the second scripting language module is selected from the group consisting of PHP, ASP, and Ruby on Rails.

18. The network attached storage system of claim 4, wherein the URI scheme is HTTPS.

19. A method for backing up data to a remote location, the method comprising:

setting a counter N to 1;

attaching an N^th network attached storage device to an N^th network;

storing data on the N^th network attached storage device;

backing up data, periodically, from the N^th network attached storage device to a remote storage server;

determining whether N is equal to the total number of network attached storage devices to be put in operation;

managing all of the network attached storage devices with a remote sync server, if N is equal to the total number of network attached storage devices to be put in operation;

determining whether there is a data replacement request from a user;

locating the data on the storage server, if there is a data replacement request from the user;

sending data replacement to the user;

determining whether a new network attached storage device is to be put into operation; and

advancing counter by 1, if there is a new network attached storage device to be put into operation.