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5 Best Seo Addons for Firefox

5 Comments 23 April 2010

firefox extensions 5 Best Seo Addons for Firefox

There are many different tools out there for SEO’s to use on a website. Each one has different features and benefits depending on how you use them.There are many extensions and toolbars that can be added to Firefox to extend it’s possibilities past basic web browsing.

These addons has so many features. I’ve used some other SEO addons for Firefox, but I’m really impressed by these extensions.

If you don’t already have Firefox installed, go grab it

Search Status

1217347610 5 Best Seo Addons for Firefox

Display the Google PageRank, Alexa rank, Compete ranking and SEOmoz Linkscape mozRank anywhere in your browser, along with fast keyword density analyser, keyword/nofollow highlighting, backward/related links, Alexa info and more.

Alexa Sparky

1184789945 5 Best Seo Addons for Firefox

Sparky is Alexa Internet’s free Firefox plugin. Sparky accompanies you as you surf, providing useful information in your status bar about the sites you visit without interrupting your browsing.  Discover website traffic trends, Get detailed traffic information including Reach and Rank , surf more efficiently with Related Links for each page, Gracefully navigate past dead end error pages.

Domain Details

DomainDetails 5 Best Seo Addons for Firefox

Displays Server Type, Headers, IP Address, Location Flag, and links to Whois Reports. Shows links to check server status and cache when page fails to load. View the current site’s server software and headers, IP address, location flag, and have quick links to Whois and other domain information. When a page fails to load, links are shown to check cache and server status.

yExplore

yExplore 5 Best Seo Addons for Firefox

yExplore adds quick access to search engine & social media information. Just right click, select yExplore and then one of the shortcut links to access information about the site you are viewing. yExplore 2 give quick and easy access to the following information:

Yahoo Site Explorer Backlinks & Inindex, Google Backlinks, Inindex, Cache, Archive.org, Bing Inindex, Delicious saves for a domain, Highlighting of NoFollow links,  Check to see if the page you are on is in StumbleUpon,  View the Robots.txt file,  Spell check the current page,  Edit the current page,  Text only view,  Whois Info.Simple, easy, fast and great for SEOs or web developers.

SEO for FireFox

seo firefox tool1 5 Best Seo Addons for Firefox

SEO for Firefox pulls in many useful marketing data points to make it easy get a holistic view of the competitive landscape of a market directly in the search results.Pulls useful market research data right into Google’s and Yahoo!’s search results, including the following data near each search result.

Google PageRank, Age, Links (Yahoo! Linkdomain), .edu Link (Yahoo! .edu linkdomain), .edu Page Link (Yahoo! .edu link), .gov link (Yahoo! .gov link), Page Links (Yahoo! link), del.icio.us, Technorati, Alexa, Cached, Dmoz, Bloglines, dir.yahoo.com, WhoIs

WEB SECURITY

All, All stuff, Featured, browser

WEB SECURITY

4 Comments 27 January 2010

WEB SECURITY-Web security can be divided into three parts. First how are objects and resources named securely? Second, how can secure, authenticated connections be established? Third, what happens when a web site sends a piece of equitable code? For this we discuss some threats-

THREATS-First, the home page of numerous organizations has been attacked and replace by a new home page of crackers choosing. We prefer to call these people Crackers’. In most cases, the crackers just put up some funny text and the sites were repaired with in a few hours.

Numerous sites have been brought down by denial of service attacks in which the cracker floods the site with traffic, rendering it unable to respond to legitimate queries. Often the attack is mounted from a large number of machines that the cracker has already broken into (DDoS attacks).

SECURE NAMING- Let us start with basic- (take a example).

Alice wants to visit Bob’s web site. You type bob’s URL into your browser after few seconds, a web page appears. But is it Bob’s? May be yes or may be no. Trudy might be up to her old tricks again. For example, she might be intercepting all of Alice’s outgoing packets and examining them. when she captures on HTTP get request headed to Bob’s web site, she could go to Bob’s web site herself to get the page, modify it as wishes, and return the fake page to Alice. Alice would none the wisher. worse yet, Trudy could slash the price at Bob’s e-store to make his good look very attractive, there by tricking Alice into sending her credit card number to Bob to buy some merchandise.

One disadvantage to this classic man-in-middle attack is that Trudy has to be in a position to intercept Alice’s outgoing traffic and forge her incoming traffic. In practice, she has to tap either Alice’s phone line or Bob’s, since tapping the fiber backbone is fairly difficult. While active wire-tapping is certainly possible, it is a certain amount of work, and while Trudy is clever, she is also lazy. Besides, there are easier ways to trick Alice.

DNS SPOOFING- Tricking a DNS server into installing a false IP address is called DNS spoofing. For example, suppose Trudy is able to crack the DNS system, may be just the DNS cache at Alice’s ISP, and replace Bob’s IP address with her (Trudy’s) IP address. When Alice looks up Bob’s IP address, she gets Trudy’s, so all her traffic intended for Bob goes to Trudy. Trudy can now mount a man-in-the-middle attack without having to go to the trouble of tapping any phone lines. Instead she has to break into a DNS server and change one record, a much easier proposition.

How might Trudy fool DNS? It turns out to be relatively easy. Trudy can trick the DNS server at Alice’s ISP into sending out a query to look up Bob’s address .Unfortunately since DNS uses UDP; the DNS server has no real way of checking who supplied the answer. Trudy can exploit this property by forging the expected reply and thus injecting a false IP address into the DNS server’s cache.

Trudy starts the attack by sending a lookup request to Alice’s ISP asking for the IP address of Bob’s. Since there is one entry for this DNS name, the cache server queries the top level server for the com domain to get one. However Trudy beats the com server to the punch and sends back a false reply. If her false reply gets back to Alice’s ISP first, that one will be cached and the real reply will be rejected as an unsolicited reply to a query no longer outstanding. A cache that holds an intentionally false IP address like this is called a poisoned cache.


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