As you can see, it’s a really simple webpage with a bunch of widgets added in two columns. To start off, you can pick from a couple of templates like sports team, classroom site, wedding, etc. The first thing I would suggest doing is to click on the gear icon and then click on the Manage site link at the bottom. Here you can configure a bunch of options like the site name, site description, the landing page, etc.
Once you have configured the site settings, it’s time to make sure you pick the layout you want for the entire site.
Don't forget to click the 'Save' button at the top of your screen when you're done writing your posts. The internet has become an integral part of many aspects of our lives, but most people have no idea (or desire to know) how it works, when it is secure, and when it is insecure. Or maybe a personal page that you can share with your friends and family for a specific event like a wedding or birthday party? The important section is at the top where you can edit the current page, create a new page and adjust the settings for the page and the site.
You can also setup a site notice, which will pop up a message for all visitors of the website. The last section lets you add a header image and change the font, color and size for the text in various sections of the site like content area, sidebar, navigation, etc. Since Google Sites is owned by Google, it integrates with Google Docs, Spreadsheets, Hangouts and other Google services. You can view the HTML for each page content area, but you can only make very few edits to CSS and HTML. I decided on Google sites because it's practical, compatible with other Google services and up-gradable.
In this series of articles, I seek to address this issue by going over the many ways data can travel through the internet, the security of that data, and how to make sure that data is secure.
The main reason is that Google only markets it to Google Apps for Work users, but it can be used by anyone. Also, if you do know a bit of coding and are tech-savvy, you can make the site look much more professional.
You can change it to something else, but it has to be unique amongst all the Google Sites created in the world. In Google Sites, you can create four types of pages: Web Page, Announcements, File Cabinet and List. To add a table, click on the Table menu item and choose the size of your table in terms of rows and columns. Under Gadgets, you’ll see Recent posts, Recently updated files and Recent list items. When working with text, you can click on the Format tab to pick different heading styles, etc. I graduated from Emory University in Atlanta, GA in 2002 with a degree in Computer Science and Mathematics. Google sites doesn't have very attractive templates yet, but this may change and the intuitive ease of use for website creation is well worth it.
I will try to keep everything as basic as possible, so do not assume that you will not understand this article if you only have a basic understanding of computers.
Here is an example website that I create with Google Sites in just the last 45 minutes to write this article. For Google Apps users, you get 10 GB of space, but for non-app users, you get only 100 MB, so it’s really meant to be a small site. At the bottom, there is an option to make the site responsive by adjusting it for mobile phones.
When you have the sections you want, you can then hover your mouse over the section to edit it. You can change the template for a page anytime by clicking on the gear icon while on the page and choose Change page template. For example, when you click on the header, you’ll get all the header options you can configure.
When combined with the server, the Top Level Domain points to one specific "IP Address" on the internet. This is used to reference different "directories" or "folders" on the specific server, and is useful for visiting specific pages on the site.
The process as we are going to analyze it looks roughly like this (don't worry, we will go over each step in more detail throughout the series if need be): The computer contacts one of your Domain Name Servers (DNS) to determine the IP Address of the server you are trying to connect to Once the IP address has been found, your computer sends its Web Request to the IP address Your request goes through the many switches, routers, and servers sitting between you and the server you are trying to contact The server gets your request, and sends back the page you want This page goes through the many switches, routers, and servers sitting between the server and your computer Your browser displays the web page Obviously this process has been simplified, but the really important parts that we will be focusing on are number 3 and number 5. This is simply because we do not have a direct link (usually) to the sites we are trying to communicate with. Depending on your Internet Service Provider (ISP) and the location of the remote server, the number of devices your data may pass through will vary.
It is quite simple to view the devices your request moves through using the "tracert" tool. Any of these devices have the ability to intercept my data when it travels through them, and if the data is not secured then it is ripe for the picking. Most of these "hops" as they're called are only routers leaving my ISP, and then the switches and routers of the ISP's in between Google and me, but they could also be servers, computers, or pretty much anything else that somehow ends up in the path.
Here's a short list of important but (usually) unencrypted things that these "hops" can see: Facebook Chat and Facebook pages (excluding the login page) AOL Instant Messenger and pretty much every messaging program Google Searches and their results Youtube Searches and results Depending on the provider, your online e-mail Twitter Etc.
In almost every case, the hops in between you and your target couldn't care less about what you are transmitting through them, and most of your web activity is pretty innocuous. The point of this demonstration, however, is to show you how vulnerable we actually are on the internet without some sort of security. Conclusion In this article, I have discussed the anatomy of a web request and discussed the many places your data goes before it reaches the target.
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