How to Back Up Your iPhone to a Computer

Your files are important, so a periodic backup of your data is highly recommended. This is because storage devices are always at the risk of being corrupted, damaged, lost, or stolen. Performing backups from one storage device to another ensures that you have copies of your files. When relating this to your phone, it is of the same importance to back up your iPhone to a computer so that you can recover files that may get lost due to uncontrollable circumstances. This backup method differs from the iCloud backup because it does not require any internet connection. Learn how to back up your iPhone to a computer here.

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You are done.

User Questions

Where can I find the stored backup file on my computer?

If you are on a Mac, you can find the backup files by entering this address in the search function: ~/Library/Application Support/MobileSync/Backup/.
You can also locate a specific backup file by going to iTunes Preferences > Devices
If you are using Windows, you can find the backup files by going to this address – \Users\(username)\AppData\Roaming\Apple Computer\MobileSync\Backup\.
You can check out our detailed tutorial on how to locate iPhone backups on your computer.

I have connected my iPhone to my computer, but it does not detect my device. What should I do?

Try removing and reinserting the lightning cable to the computer. Most often, this will fix the problems. A quick restart of your computer can also solve this issue.
If the iPhone is still not detected, try to use a different computer or lightning cable.
If none of the previous workarounds solve the problem, have an authorized iPhone technician checked out your iPhone.

You have just learned how to back up your iPhone to a computer. Let us know if you are having difficulties with any of the steps outlined above. We are here to help.

Create an Outlook Data File (.pst) to do Archive Outlook 2010: How to Create a New Outlook Data File (PST)

Outlook 2010: How to Create a New Outlook Data File (PST)

Create an Outlook Data File (.pst)

1. On the Home tab, in the New group, click New Items, point to More Items, and then click Outlook Data File.
2. In the Create or Open Outlook Data File dialog box, in the File name box, type the name as you want it to appear in the Outlook Navigation Pane, and then click OK.
3. By default, data files are not password-protected. To add a password to your data file, under Password, type that password that you want to use in the Password and Verify Password text boxes.
   Important:  Microsoft, your Internet service provider (ISP), or your email administrator don’t have access to your password, nor can they assist you with recovering the contents of the Outlook Data File (.pst) if you forget the password.

1. Open Outlook.
2. Go to the Ribbon and select the Home tab.
3. In the New section, select New Items.
4. When the menu appears, select More Items followed by Outlook data file.

5. When the Create or Open Outlook Data File window appears, browse to the location where the file is to be located. Go to the File name textbox and input the desired name for the file. If you wish to add a password to the file, check the Add Optional Password checkbox.
6. Click the OK button.

About Outlook Data Files (.pst and .ost)

Outlook Data Files (.pst and .ost) created by using Microsoft Outlook 2010 are saved on your computer in the Documents\Outlook Files folder. If you are running Windows XP, these files are created in the My Documents\Outlook Files folder.

Free Keyword Tools To Replace Google’s Keyword Tool

Now if you want access to Google sanctioned keyword data you have to sign up for an Adwords account. Of course there are a ton of theories surrounding why Google would make this decision, some are more obvious than others. But to many of us Google’s motivations seem pointless when we still have work to do! Luckly we exist in a vibrant industry where innovation is at the core of most of what we do. As such we have a slew of different tools available to replace Google’s tool.

1. Ninja Search Combination Tool: With this great tool you can develop a giant list of different search queries. Then each query is linked to a Google query. It is great for developing strategies on the fly.
2. MajesticSEO: Our friends over at Majestic SEO have a great tool for keyword research. They pull from their giant index to provide many metrics that you can’t find anywhere else.
3. SEO Book Keyword Tools: Aaron Wall has offered these tools on his site for quite a long time, and to be honest as time goes on, they continue to deliver!
4. Bing Webmaster Toolbox: Oh yeah, remember that other search engine? Yes that’s right Bing has a whole collection of tools of their own, including keyword tools. The data will be taken from Bing itself, which means that you should be able to make relative assumptions about keyword popularity. because lets face it, Bing users aren’t that different than Google’s.
5. WordTracker: WordTracker is a commercial application that offers a free tool on their front end. I will admit that this free tool looks like it is mostly intended for you to sign up for the not free version, but it still provides a quick and clean interface for fast analysis.
6. Keyword Discovery: This is a cool little tool in that it presents it’s data set in a very large easy to read table. Though their could improve a bit on the UI with better color scheme.
7. WordPot: wordpot is an interesting little tool in that somehow it is able to provide daily search volume. This data point isn’t often provided by tools vendors, so this could be useful when correlating various metrics.
8. Ubersuggest: Ubersuggest has long been a favorite of many SEOs that need keyword suggestion data. I personally love this tool not only for keyword research, but also just to learn more about a topic. Some of my favorite queries to run on this tool is “How do I” or “What does a”.
9. KeywordSpy: This is another commercial option with a free front end. With this tool you can search for not only word variations, but also similar words, and spelling mistakes. It is designed mostly for PPC, but can still be useful for just getting your lists started.
10. SEMRush: I am not sure I can talk enough about SEMRush. I use it often here at IMN. With this amazing tool set you can pretty much do any amount of reasearch that is needed. It is great for competitive research as well as individual keywords.
11. SpyFu: While I mention competitive research, I need to mention Spyfu. With Spyfu you can do some searious damage to your competitors, as well as get a great overview of a keyword’s value.
12. KGen: KGen is a bit unique in that it is a browser plugin that analyzes the keywords found on a page. It may not be a substitute for Google keyword tool, but it is a great place to start when needing to understand which keywords need targeting.

See all is not lost! We still have great tools to do almost all of our keyword research with out Google!  Until next time, happy researching!

What is an IP Address?

Internet Protocol Address (or IP Address) is a unique address that computing devices such as personal computers, tablets, and smartphones use to identify itself and communicate with other devices in the IP network. Any device connected to the IP network must have a unique IP address within the network. An IP address is analogous to a street address or telephone number in that it is used to uniquely identify an entity.

Dotted Decimals

The traditional IP Addresses (known as IPv4) uses a 32-bit number to represent an IP address, and it defines both network and host address. A 32-bit number is capable of providing roughly 4 billion unique numbers, and hence IPv4 addresses running out as more devices are connected to the IP network. A new version of the IP protocol (IPv6) has been invented to offer the virtually limitless number of unique addresses. An IP address is written in "dotted decimal" notation, which is 4 sets of numbers separated by period each set representing 8-bit number ranging from (0-255). An example of IPv4 address is 216.3.128.12, which is the IP address previously assigned to iplocation.net.
An IPv4 address is divided into two parts: network and host address. The network address determines how many of the 32 bits are used for the network address, and remaining bits for the host address. The host address can further be divided into subnetwork and host number.

Class A, B, C and CIDR networks

Traditionally IP network is classified as A, B or C network. The computers identified the class by the first 3 bits (A=000, B=100, C=110), while humans identify the class by first octet(8-bit) number. With the scarcity of IP addresses, the class-based system has been replaced by Classless Inter-Domain Routing (CIDR) to more efficiently allocate IP addresses.

Class	Network Address	Number of Hosts	Netmask
CIDR	/4	240,435,456	240.0.0.0
CIDR	/5	134,217,728	248.0.0.0
CIDR	/6	67,108,864	252.0.0.0
CIDR	/7	33,554,432	254.0.0.0
A	/8 (1-126)	16,777,216	255.0.0.0
CIDR	/9	8,388,608	255.128.0.0
CIDR	/10	4,194,304	255.192.0.0
CIDR	/11	2,097,152	255.224.0.0
CIDR	/12	1,048,576	255.240.0.0
CIDR	/13	524,288	255.248.0.0
CIDR	/14	262,144	255.252.0.0
CIDR	/15	131,072	255.254.0.0
B	/16 (128-191)	65,534	255.255.0.0
CIDR	/17	32,768	255.255.128.0
CIDR	/18	16,384	255.255.192.0
CIDR	/19	8,192	255.255.224.0
CIDR	/20	4,096	255.255.240.0
CIDR	/21	2,048	255.255.248.0
CIDR	/22	1,024	255.255.252.0
CIDR	/23	512	255.255.254.0
C	/24 (192-223)	256	255.255.255.0
CIDR	/25	128	255.255.255.128
CIDR	/26	64	255.255.255.192
CIDR	/27	32	255.255.255.224
CIDR	/28	16	255.255.255.240
CIDR	/29	8	255.255.255.248
CIDR	/30	4	255.255.255.252

Note: (1) 127 Network Address reserved for loopback test. (2) Class D (224-247, Multicast) and Class E (248-255, Experimental) are not intended to be used in public operation.

Public and Private IP Addresses

In order to maintain uniqueness within global namespace, the IP addresses are publicly registered with the Network Information Center (NIC) to avoid address conflicts. Devices that need to be publicly identified such as web or mail servers must have a globally unique IP address, and they are assigned a public IP address. Devices that do not require public access may be assigned a private IP address, and make it uniquely identifiable within one organization. For example, a network printer may be assigned a private IP address to prevent the world from printing from it. To allow organizations to freely assign private IP addresses, the NIC has reserved certain address blocks for private use. A private network is a network that uses RFC 1918 IP address space. The following IP blocks are reserved for private IP addresses.

Class	Starting IP Address	Ending IP Address
A	10.0.0.0	10.255.255.255
B	172.16.0.0	172.31.255.255
C	192.168.0.0	192.168.255.255

In addition to above classful private addresses, 169.254.0.0 through 169.254.255.255 addresses are reserved for Zeroconf (or APIPA, Automatic Private IP Addressing) to automatically create the usable IP network without configuration.

What is loopback IP address?

The loopback IP address is the address used to access itself. The IPv4 designated 127.0.0.1 as the loopback address with the 255.0.0.0 subnet mask. A loopback interface is also known as a virtual IP, which does not associate with the hardware interface. On Linux systems, the loopback interface is commonly called lo or lo0. The corresponding hostname for this interface is called localhost.
The loopback address is used to test network software without physically installing a Network Interface Card (NIC), and without having to physically connect the machine to a TCP/IP network. A good example of this is to access the web server running on itself by using http://127.0.0.1 or http://localhost.

What is DHCP?

 DHCP, Dynamic Host Configuration Protocol, is a communications protocol that dynamically assigns unique IP addresses to network devices. As a network device joins or leaves an IP-based network, DHCP automatically renews or releases an IP address.
DHCP runs in a client/server mode, where server sets up a pool of available IP addresses for a network. A DHCP server also provides network gateway, subnet masks, name server addresses and the amount of time ("lease") that a given IP address will be valid. A DHCP client retrieves those parameters and use them to join the existing network.
DHCP allows network administrators centrally manage and automate the assignment of the IP addresses without having to worry about assigning duplicate addresses, making network administration a lot easier to manage. 

Download Kodi

Download Kodi

Kodi is available as a native application for Android, Linux, Mac OS X, iOS, and Windows operating systems, running on most common processor architectures. A small overview of the features can be found on our about page. For each platform, we offer a stable and development release(s). For normal users we recommend installing the stable releases.

Current release: Kodi v16.1 “Jarvis”

Windows: Installer [help]	Linux: Guide [help]	Mac OS X: Installer [help]	Android: Google Play or APK install: ARM – x86 [help]
	iOS (jailbroken): .deb file [help/guide]	Raspberry Pi: Guide [help]	Other devices: BSD – Freescale IMX6 – more…
Be sure to also try out our official Android and iOS remote controls. You can find out how further down the page.

What is Kodi?

What is Kodi: All you need to know about the app formerly known as XBMC

Simply put, Kodi is open-source software designed specifically with home entertainment in mind – and it's totally free. Although it was originally created for the Microsoft Xbox and called Xbox Media Center (XBMC), the software has continued to evolve - spawning a community of its own.

Unlike services like Chromecast or Plex, Kodi is managed by the non-profit XBMC Foundation, but it's constantly being modified and upgraded by hundreds of coders around the world. Since its creation in 2003, Kodi has been shaped by more than 500 software developers and more than 200 translators.

What does Kodi do?

Designed to run on computers and home servers connected to larger TVs, Kodi pulls content directly to your front room. However, recent community-led products mean it’s now possible to run the software on selected smartphones and tablets.

What can Kodi play?

Kodi essentially turns any computer, smartphone or tablet into a digital set-top box or streamer, giving users the ability to stream files from the internet, a home network and local storage.

What’s more, Kodi’s purpose-built UI makes browsing through your content simple. The software features what its developers call a “10-foot UI”, meaning it can be read from a theoretical distance of up to 10ft away – and thanks to a range of built-in codes, users can browse videos, photos and podcasts quickly and easily.

On smaller devices, Kodi offers a similar experience, but can be hooked up to a larger TV for big-screen viewing.

What’s compatible with Kodi?

Kodi is available on almost every device you can think of. The media centre software is easy to download, and compatible with OS X, Linux, Windows, Android – and even the Raspberry Pi microcomputer. For those using iOS, the process is slightly more complicated: iPhone users will need to make sure their phone is jailbroken before downloading it.

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