What is URL Rewriting?

URL rewriting refers to the practice of modifying the URLs of web pages, typically for improving their readability, SEO-friendliness, and user experience. This technique involves altering the structure of URLs to make them more descriptive, easier to read, and more meaningful to both users and search engines. In URL rewriting, URLs are typically manipulated at the server level through configuration files or server-side scripting.

The goal of URL rewriting is to make URLs clean and readable, eliminating long, complex URLs that may contain query strings or random characters. For instance, a URL like:

http://example.com/product?id=123&category=45

Can be rewritten to:

http://example.com/product/123/category/45

This rewritten URL is much more user-friendly, SEO-friendly, and easier to interpret both by users and search engine crawlers.

Why Use URL Rewriting?

1. Improved SEO: Search engines prefer clean, descriptive URLs, and well-structured URLs can help improve search engine rankings.
2. Enhanced User Experience: URLs that clearly describe the page’s content make it easier for users to understand what to expect.
3. Easier Navigation: With URL rewriting, users can easily understand the hierarchy and structure of the site by just looking at the URL.
4. Simplified URLs: Rewritten URLs are shorter, cleaner, and easier to share, which can help with social sharing and marketing.

What Are the Major Use Cases of URL Rewriting?

URL rewriting can be applied in various situations to enhance website functionality, improve SEO, and simplify user navigation. Below are some of the primary use cases:

1. SEO Optimization:

• Use Case: Clean, human-readable, and keyword-rich URLs are essential for good SEO practices. Search engines like Google reward websites with URLs that include relevant keywords instead of long query strings or parameters.
• Example: For an e-commerce website selling shoes, URL rewriting might change: http://example.com/products?id=567 to: http://example.com/shoes/running-shoes/567
• Why URL Rewriting? SEO-friendly URLs help search engines index your pages more effectively, which can lead to better ranking on search engine results pages (SERPs).

2. URL Simplification for Readability:

• Use Case: Long, complex URLs with parameters can be difficult for users to read and remember. URL rewriting makes URLs more user-friendly by simplifying and structuring them.
• Example: Changing a complex URL: http://example.com/articles?id=1234567890&title=best-tips to: http://example.com/articles/best-tips
• Why URL Rewriting? This simplification makes the URLs much easier to read, share, and remember, improving user experience and engagement.

3. Dynamic Content Mapping:

• Use Case: When the website structure is dynamic, such as in a CMS (Content Management System), URL rewriting allows content to be mapped in a more organized manner, improving content discoverability.
• Example: A blog might have URLs such as: http://example.com/blog?post=123 which could be rewritten to: http://example.com/blog/my-first-post
• Why URL Rewriting? URL rewriting ensures that the website’s dynamic content is better organized and more accessible to both users and search engines.

4. Redirecting or Mapping Legacy URLs:

• Use Case: When redesigning a website or changing the domain structure, URL rewriting can help with redirecting old URLs to new ones, ensuring that search engine rankings and link equity are preserved.
• Example: After a site redesign, old URLs like: http://example.com/product?id=101 can be rewritten to: http://example.com/product/101
• Why URL Rewriting? This ensures that users and search engines can still access content after changes have been made to the website structure without encountering 404 errors.

5. Geographically Targeted URLs:

• Use Case: For international websites, URL rewriting can help structure URLs for different regions or languages to target specific audiences.
• Example: A global brand may use URL rewriting to serve different content based on geography: http://example.com/us/shoes for the United States market and http://example.com/uk/shoes for the United Kingdom market.
• Why URL Rewriting? It improves the organization of multi-country or multi-language websites and ensures that users are directed to the right content.

How URL Rewriting Works Along with Architecture?

URL rewriting is typically handled by the web server or web application framework. When a user enters a URL in their browser, the web server receives the request and checks if the URL needs to be rewritten to another format or mapped to a specific resource. This process involves two main components: the server configuration and server-side scripting.

1. Server-Side Configuration:

URL rewriting is often implemented through the configuration files of the web server. For example:

• Apache: Uses the mod_rewrite module, which allows for flexible URL rewriting rules.
• Nginx: Uses the rewrite directive to handle URL rewriting.
• IIS (Internet Information Services): Uses URL Rewrite Module.

These web server modules or directives allow you to define rules for how URLs should be rewritten. For example, in Apache, the mod_rewrite module might be configured like this in the .htaccess file:

RewriteEngine On
RewriteRule ^product/([0-9]+)/([a-zA-Z0-9_-]+)$ /product?id=$1&name=$2 [L]

In this example, the server rewrites URLs that match the pattern /product/12345/shoe-name to a query URL format like /product?id=12345&name=shoe-name.

2. Server-Side Scripting:

In addition to web server-level configuration, URL rewriting can also be handled in the application code using server-side scripting languages like PHP, JavaScript (Node.js), Python, or Ruby. This is commonly done using URL routing mechanisms, which can match specific URL patterns and direct them to appropriate views or controllers.

For instance, in Node.js with Express, you might write a routing rule like this:

app.get('/product/:id/:name', function(req, res) {
  const productId = req.params.id;
  const productName = req.params.name;
  res.send(`Product ID: ${productId}, Product Name: ${productName}`);
});

This will rewrite URLs like /product/12345/shoe-name and dynamically generate the appropriate response using the provided parameters.

3. Use of Redirects:

• Redirects play an important role in URL rewriting. When a URL is changed permanently (like during a site restructure), you need to inform the user and search engines that the old URL has moved. This is done using 301 redirects.
• In Apache, a 301 redirect could be set up in the .htaccess file like this: RewriteRule ^old-product-page$ /new-product-page [R=301,L]

What Are the Basic Workflow of URL Rewriting?

Here is an overview of the typical workflow for URL rewriting:

1. User Requests a URL:
   • A user enters a URL into their browser, triggering a request to the web server.
2. Server Checks Rewriting Rules:
   • The server checks its URL rewriting configuration (in Apache’s .htaccess or Nginx’s nginx.conf, etc.) for rules that match the requested URL.
3. URL is Rewritten:
   • If a match is found, the server rewrites the URL according to the predefined rules, either redirecting the user to a new page or internally mapping the request to the correct resource.
4. Server Processes the Request:
   • Once the URL is rewritten, the server processes the request and returns the appropriate content to the user.
5. Redirects if Necessary:
   • If a permanent URL change is made, a 301 redirect is issued to inform search engines and users about the new URL.

Step-by-Step Getting Started Guide for URL Rewriting

Here’s a simple step-by-step guide for implementing URL rewriting:

1. Configure the Server:

• Apache: Ensure the mod_rewrite module is enabled and edit the .htaccess file to add rewrite rules.

RewriteEngine On
RewriteRule ^product/([0-9]+)/([a-zA-Z0-9_-]+)$ /product?id=$1&name=$2 [L]

2. Nginx: Edit the nginx.conf file to define the URL pattern and rules.

rewrite ^/product/([0-9]+)/([a-zA-Z0-9_-]+)$ /product?id=$1&name=$2;

3. Create Rules for Clean URLs:

• Write custom rules to turn complex, parameter-heavy URLs into more readable, clean URLs.

4. Test the Rewritten URLs:

• After implementing the rules, test the rewritten URLs in the browser to ensure they work as expected. Ensure that SEO-friendly URLs are being generated.

5. Handle Redirects for Legacy URLs:

• If your URL structure has changed, set up 301 redirects to ensure existing links do not break and that search engine rankings are preserved.

The post URL Rewriting: A Comprehensive Guide to Web Optimization and SEO appeared first on scmGalaxy.

What is Google Analytics?

Google Analytics is a web analytics service provided by Google that tracks and reports website traffic, user behavior, and engagement. First launched in 2005, Google Analytics has become an essential tool for digital marketers, website owners, and business analysts to understand and optimize their websites and marketing campaigns.

By integrating tracking code into a website, Google Analytics provides real-time data and comprehensive reports on user interactions, helping businesses make informed decisions based on actual performance. The platform allows users to monitor traffic sources, audience demographics, user flow, conversions, and more, offering a clear picture of website performance across various devices.

Google Analytics is not only useful for tracking website traffic but also for monitoring mobile app analytics, e-commerce activity, and conversion rates. With its rich set of features, it is one of the most widely used tools for digital marketing, SEO, and user experience (UX) analysis.

Key Features of Google Analytics:

1. Real-Time Tracking: See live data on users currently visiting your website, including their geographic location, page views, and actions.
2. Audience Insights: Understand who your visitors are, including their demographics (age, gender), interests, and behaviors.
3. Traffic Acquisition: Track how users are arriving at your site, whether through organic search, paid ads, social media, or direct traffic.
4. Behavior Analysis: Monitor how users interact with your site, what pages they visit, how long they stay, and the actions they take.
5. Conversion Tracking: Set up goals and track specific actions on your site, such as purchases, sign-ups, or other key actions.
6. E-commerce Tracking: For online stores, Google Analytics can track transactions, revenue, product performance, and shopping behavior.
7. Customizable Dashboards and Reports: Tailor your reports to focus on the key metrics most important for your business.

Google Analytics uses a simple yet powerful tracking script embedded in web pages to collect data about user behavior, which is then sent to Google servers, processed, and made available via a dashboard for analysis.

Major Use Cases of Google Analytics

Google Analytics is widely used across various industries for tracking and improving website performance. Here are the major use cases:

1. Website Traffic Monitoring and Insights

One of the primary use cases for Google Analytics is to track website traffic and analyze the sources of that traffic. This includes understanding how visitors are finding your website, whether via search engines, direct links, referrals, or social media platforms.

• Example: A news website uses Google Analytics to determine how much traffic is coming from Google search versus social media. This helps the website’s marketing team understand which channels are most effective in driving traffic and adjust their strategies accordingly.

Benefits:

• Identifies the most valuable traffic sources, guiding marketing efforts.
• Allows website owners to focus on high-performing channels and improve underperforming ones.

2. Conversion Rate Optimization (CRO)

Google Analytics is also used to track conversion rates and optimize websites for better performance. Marketers can set up goals (e.g., form submissions, product purchases) and track user actions to understand where users drop off and which areas of the website need improvement.

• Example: An e-commerce store tracks the percentage of visitors who complete a purchase. By analyzing the conversion funnel, they can identify steps where users abandon the process, such as during checkout, and optimize the user experience.

Benefits:

• Enables marketers to identify and fix friction points in the conversion process.
• Measures the effectiveness of calls to action and landing pages.

3. E-commerce and Transaction Tracking

For online businesses, Google Analytics provides powerful e-commerce tracking features. It allows websites to monitor product sales, revenue, transaction counts, and other key performance indicators (KPIs) critical to running a successful online store.

• Example: An online retailer uses Google Analytics to track sales performance, monitor which products are performing best, and identify the most profitable customer segments.

Benefits:

• Tracks revenue, transactions, and other key e-commerce metrics.
• Provides insights into customer behavior, allowing businesses to fine-tune their marketing and product offerings.

4. Audience Segmentation and Demographics

Google Analytics provides valuable insights into your audience’s demographics, interests, and behaviors. By understanding your audience, you can tailor your content and marketing strategies to better meet their needs.

• Example: A travel website uses Google Analytics to analyze the demographics of users who are most likely to book vacations, such as age groups or geographic locations, allowing them to create targeted advertising campaigns.

Benefits:

• Better understanding of audience characteristics helps in creating personalized marketing campaigns.
• Allows for segmentation by device type, location, age, gender, etc.

5. Mobile App Analytics

Google Analytics can also track data for mobile apps, providing insights into user engagement, behavior, and in-app activities. This is typically done through Firebase Analytics, which integrates with Google Analytics to provide insights into how users interact with mobile applications.

• Example: A gaming app uses Google Analytics to track in-game purchases, user retention rates, and which levels of the game are most engaging to players.

Benefits:

• Provides insights into in-app behavior and user engagement.
• Helps optimize user retention and maximize in-app purchases.

How Google Analytics Works (Architecture)

Google Analytics operates through a structured system that collects data from websites or mobile apps, processes it on Google’s servers, and then provides insights via its reporting interface. Below is a breakdown of how the system works:

1. Data Collection

At its core, Google Analytics relies on JavaScript tracking code (also known as the analytics.js or gtag.js code) to collect data from website visitors. This code is placed on every page of the website that needs to be tracked.

• Data Collected:
  • Page Views: Tracks every page a user visits.
  • User Interactions: Tracks clicks, form submissions, scroll depth, and other events.
  • Session Data: Measures the time users spend on the site and whether they are returning users.
  • Demographic Data: Provides insights into users’ location, age, gender, device type, and interests.

The tracking code collects this information and sends it to Google Analytics servers for processing.

2. Data Processing

Once the data is collected, Google Analytics processes it in real-time on Google’s servers. The data is categorized based on the dimensions (e.g., location, browser type) and metrics (e.g., page views, bounce rate) defined in the system.

• Data Processing Example:
  • A user who visits your site from the United States will be tagged with “USA” as the country dimension.
  • Data from different devices (mobile, desktop, tablet) is processed separately and stored for future analysis.

3. Data Reporting

After processing the data, Google Analytics presents the information in an easily digestible format. Reports are made available in various categories, such as Audience, Acquisition, Behavior, and Conversions.

• Audience Reports: Provides insights into the demographics of website users.
• Acquisition Reports: Shows how users arrived at the site (e.g., organic search, paid search, direct traffic).
• Behavior Reports: Analyzes how users interact with the website (e.g., page views, events).
• Conversions: Tracks how users perform on specific goals, such as completing a purchase or form submission.

4. Integration with Other Google Services

Google Analytics integrates seamlessly with other Google services, such as Google Ads, Google Search Console, and Google Tag Manager. These integrations allow businesses to link website data with advertising campaigns, track the effectiveness of keywords, and automate tag management.

Basic Workflow of Google Analytics

Here’s the basic workflow of using Google Analytics to track, analyze, and optimize your website’s performance:

1. Set Up Google Analytics Account:
   • Sign up for a Google Analytics account using your Google account.
   • Set up a property within the account for the website or app you wish to track.
2. Install Tracking Code:
   • Copy the provided tracking code from Google Analytics.
   • Paste this code into the header of each webpage you want to track.
3. Configure Goals and Conversions:
   • Set up goals in Google Analytics to track specific actions on your site (e.g., product purchases, form submissions).
   • Define conversion funnels to monitor the path users take before completing a goal.
4. Monitor Reports:
   • Once data starts flowing into Google Analytics, monitor the Audience, Acquisition, and Behavior reports to understand user activity.
   • Use real-time data to track active users on the site.
5. Optimize Based on Insights:
   • Use insights from Google Analytics reports to optimize your website and marketing efforts.
   • A/B test pages, improve conversion rates, and refine advertising campaigns based on data-driven insights.

Step-by-Step Getting Started Guide for Google Analytics

Step 1: Set Up a Google Analytics Account

1. Go to the Google Analytics website (https://analytics.google.com).
2. Click on Start for Free to sign up with your Google account.
3. After logging in, click Admin > Create Property and follow the prompts to set up your website or app.
4. You’ll receive a Tracking ID and tracking code to implement on your website.

Step 2: Install the Tracking Code

1. Copy the tracking code provided by Google Analytics.
2. Paste the tracking code just before the closing </head> tag on each page you wish to track.
3. For single-page applications (SPA) or web apps, use the gtag.js or Google Tag Manager for proper implementation.

Step 3: Set Up Goals and Conversions

1. In the Admin panel, click on Goals under the View column.
2. Define the actions you want to track (e.g., form submissions, product purchases) and create a goal.
3. Set up goal funnels to track the user journey leading to the goal.

Step 4: Monitor Reports

1. Access your Google Analytics account to view the real-time and historical data reports.
2. Explore the Audience, Acquisition, and Behavior reports to analyze user activity, traffic sources, and behavior on your site.

Step 5: Implement Improvements Based on Insights

1. Use the insights from your Google Analytics reports to make data-driven decisions.
2. Optimize your website’s conversion rate, refine your SEO strategy, and adjust your marketing campaigns for better performance.

The post Mastering Google Analytics: Features, Use Cases, Architecture, and Getting Started Guide appeared first on scmGalaxy.

What is HTTP Redirect?

HTTP Redirect is a fundamental mechanism of the web that instructs a client—typically a browser or search engine crawler—to retrieve a resource from a different URL than the one originally requested. It is an HTTP response from the server that includes a status code indicating that the resource has moved or should be accessed elsewhere, along with a new URL location.

Redirects are implemented using specific HTTP status codes, primarily within the 3xx class. These status codes tell the client how to handle the redirection:

• 301 Moved Permanently: Indicates that the resource has been permanently moved to a new URL. Search engines update their indexes to reflect this change.
• 302 Found (Temporary Redirect): Indicates a temporary move; clients should continue to use the original URL in the future.
• 303 See Other: Used mainly after POST requests, signaling clients to retrieve a different URL using a GET method.
• 307 Temporary Redirect: Similar to 302 but preserves the HTTP method.
• 308 Permanent Redirect: Similar to 301 but ensures that the HTTP method remains unchanged.

The redirect mechanism plays a crucial role in web navigation, allowing website owners to maintain seamless user experiences while managing URLs, content structure, and security protocols.

Major Use Cases of HTTP Redirect

1. Website Migration and URL Restructuring

When a website undergoes structural changes—such as a domain change, moving from HTTP to HTTPS, or reorganizing URL paths—redirects ensure visitors and search engines can still access content without disruption. A common scenario is moving a blog from example.com/blog to blog.example.com. Using 301 redirects here preserves SEO value and avoids broken links.

2. Enforcing Secure Connections (HTTP to HTTPS)

With growing security awareness, sites increasingly enforce HTTPS. Redirecting all HTTP requests to HTTPS via a 301 or 302 redirect ensures users automatically use encrypted connections, protecting data integrity and privacy.

3. Managing Traffic and Load Balancing

Redirects are used by load balancers or reverse proxies to send user requests to different servers or geographic data centers. This optimizes performance and improves availability by distributing traffic efficiently.

4. Serving Localized or Personalized Content

Redirects can direct users based on location or language preferences. For example, users from the UK can be redirected from example.com to uk.example.com to serve region-specific content or pricing.

5. URL Shortening and Vanity URLs

Services like bit.ly or branded short URLs use redirects to take users from a concise, memorable URL to a longer, often complex target URL. This simplifies sharing and marketing.

6. Handling Removed or Deprecated Content

If content is deleted or replaced, redirects ensure users and search engines are guided to relevant updated content, minimizing 404 errors and preserving traffic.

How HTTP Redirect Works Along with Architecture

The HTTP redirect process involves several key components working together:

Client

• Usually a web browser or automated bot.
• Initiates an HTTP request for a URL.

Web Server

• Receives the request.
• Determines if the resource should be served directly or if a redirect is necessary.
• Responds with an HTTP status code in the 3xx range and the new URL in the Location header.

Intermediate Proxies or Load Balancers (Optional)

• May inspect requests and perform redirects to distribute load or enforce policies.

DNS (Domain Name System)

• While DNS itself does not perform HTTP redirects, DNS-level forwarding can be used for domain redirection (less flexible and more limited than HTTP-level redirects).

Step-by-Step Redirect Process

1. Client sends HTTP request: The client requests http://example.com/oldpage.
2. Server processes request: The server checks if the requested resource has moved.
3. Server sends redirect response: The server replies with a 301 status code and a Location header containing http://example.com/newpage.
4. Client receives redirect: The client reads the redirect status and new URL.
5. Client requests new URL: The client sends a new HTTP request to http://example.com/newpage.
6. Server returns resource: The server serves the requested content from the new URL.

HTTP Redirect Architecture Diagram (Conceptual)

[Client]  -- HTTP Request -->  [Web Server]
    <-- HTTP 3xx Redirect (Location Header) --
[Client]  -- New HTTP Request --> [Web Server/New Server]
    <-- Requested Resource --

Basic Workflow of HTTP Redirect

1. Request Initiation: User enters or clicks a URL.
2. Redirect Decision: Server evaluates if redirect is needed (based on rules, config, or application logic).
3. Response with Redirect Status: Server returns a redirect response (e.g., 301 or 302).
4. Client Redirect Handling: Client processes redirect and sends new request.
5. Resource Access: Client receives content from the new location.
6. Caching (Optional): Redirects may be cached by browsers or proxies depending on the status code.

Step-by-Step Getting Started Guide for HTTP Redirect

Step 1: Determine Redirect Type

• Permanent (301): Use when the URL change is permanent to preserve SEO equity.
• Temporary (302/307): Use when the change is short-term or experimental.

Step 2: Implement Redirects on Your Server

Apache HTTP Server

Add the following to .htaccess or your server config:

Redirect 301 /old-page.html http://example.com/new-page.html

Or using mod_rewrite for complex rules:

RewriteEngine On
RewriteRule ^old-page.html$ http://example.com/new-page.html [R=301,L]

Nginx Server

Add in your server block:

location /old-page {
    return 301 http://example.com/new-page;
}

Using Programming Languages or Frameworks

In frameworks like Express.js (Node.js), Django (Python), or ASP.NET, redirects can be done programmatically.

Express.js example:

app.get('/old-page', (req, res) => {
  res.redirect(301, '/new-page');
});

Step 3: Test Your Redirects

• Use browser developer tools (Network tab) to check status codes and headers.
• Use online tools like httpstatus.io to verify multiple redirects and chains.
• Ensure no redirect loops occur.

Step 4: Update Internal and External Links

• Wherever possible, update links to point directly to the new URL to minimize redirect chains.
• Inform partners and update backlinks if feasible.

Step 5: Monitor Redirects and Performance

• Analyze web server logs for redirect hits.
• Use SEO tools to monitor crawl errors and indexing issues.
• Regularly audit redirects to remove obsolete ones.

Best Practices and Considerations

• Avoid Redirect Chains: Multiple sequential redirects slow down user experience and dilute SEO value.
• Use Permanent Redirects for SEO: Search engines treat 301 redirects as signals to transfer link equity.
• HTTPS Redirection: Always redirect HTTP traffic to HTTPS to enhance security.
• Be Careful with POST Requests: Use 303 or 307 redirects to avoid changing HTTP methods unexpectedly.
• Limit Redirects: Too many redirects can cause browsers to refuse further redirects (redirect loop detection).

The post HTTP Redirect Explained: Concepts, Use Cases, Architecture and Implementation Guide appeared first on scmGalaxy.

Social Media links in Newsletter:- For starters, starting today any newsletter you send out, needs to have at least two of your favorite social media networks included in them. (I would recommend Facebook and Twitter).

Social Media Links in Website:- Your website needs to have visible links to all your social media platforms. The header and footer are usually is a good place for those.

Coupon Redeem through Social platforms:- If you have a plan on creating any coupons, give them options to redeem them on your Facebook page.

Social Media links to your contents:- If you do any kind of Content marketing, include relevant social platforms links at the end of it. Also, put your Twitter handles in your business cards.

Mention Social Networks in outdoor events:- Put all major social handles into any outdoor promotions, events, and campaigns.

Try to create as many follow-up opportunities as possible, to reach your audience in the future. At the end of the day, that’s what Social Media is all about, creating authentic connections.

According to the science:

The mere-exposure effect, and the familiarity effect:- Its psychological phenomenon by which people tend to develop a preference for things merely because they are familiar with them.

Studies on this have been done since the 1960s. And more recent 2001 proved that this is not even done at a conscious level. This means your brain doesn’t even think when liking something which it considers familiar.

Do you think your choice of a brand is random or on purpose?

Well, guess again. And this knowledge has been used by advertising agencies for ages, that’s why you see the same ADs over and over again. So remember this the next time you have any doubts about mentioning your social media accounts anywhere else within your marketing channels. Because it can make the difference if people picks your products from the line-up, or goes for your biggest competitor.

Jumps on trends early

As a business owner it’s your responsibility to innovate and bring something new for the customer before your competitiors – so always JUMPS on trends early.

Peter Drucker (Marketing Expert) once said “Business is nothing more than marketing and innovation”.

The reason why you should be an early adopter, it’s obvious – get more traction. Because there is less competition. It’s like having more channels on TV. The more of them available, the smaller the percentage of people that will look at a particular channel. Even if the content your produce is of impeccable quality, due to the sheer number of alternatives, few people will ever get to discover you. But if you are an early adopter, the chances of users stumbling onto your brand are much higher.

Thus’ the chance for your business to grow on that particular platform will be higher. Even, this effect is more powerful for non-mega brands like Coke or Ford or GM. And let’s say the network you join doesn’t grow and is all hype, the loss in time spent there for your business is always outweighed by the alternative of that particular network exploding in attention, and getting the spotlight on your brand as well.

Being an early adopter is more than a social media choice. It should be a life choice if your goals are to deliver groundbreaking work. In the past, the risks involved were higher. Think of all the lives lost and accidents when designing and creating the first airplanes, submarines or cars. It took lots of iterations to get things safe for the masses. And it will take you as well, a lot of effort to create and offer great products and services. But unlike the past, then the risk was literally life-threatening, your risk is the only time, and sometimes money, and even these two are not in huge amounts.

So the next time you hear about a new social media network on the rise, give it a look. See if it makes sense for your business, and jump on it early on, and become a power player on that platform.

The post Social Media Marketing – TIPS – Interconnect Everything & Jumps on trends early appeared first on scmGalaxy.

http://www.joomlaaa.com/Joomla-Articles/optimization/How-can-I-make-my-Joomla-site-load-faster.html

http://www.joomlaperformance.com

http://www.websiteoptimization.com

http://www.pathos-seo.com/joomla-technical-optimization/making-a-faster-joomla-website.html

http://www.pathos-seo.com/joomla-technical-optimization/making-a-faster-joomla-website.html

http://www.wzcreativetechnology.com/joomla-tips-and-tricks/74-how-to-make-joomla-site-load-fast.html

http://extensions.joomla.org/extensions/site-management/cache/7350

http://www.open-source-depot.com/archives/13-MySQL-Performance-Tip-on-CentOS4-on-GoDaddy.html

http://www.open-source-depot.com/archives/13-MySQL-Performance-Tip-on-CentOS4-on-GoDaddy.html

http://www.cyberciti.biz/tips/enable-the-query-cache-in-mysql-to-improve-performance.html

http://forum.joomla.org/viewtopic.php?f=433&t=344013l

http://kb.siteground.com/article/How_to_optimize_a_MySQL_database_using_phpMyAdmin.html

http://www.electrictoolbox.com/mysql-optimize-table-cli/

http://forum.joomla.org/viewtopic.php?p=1250059

http://kb.siteground.com/article/How_to_optimize_a_MySQL_database.html

http://developer.yahoo.com/performance/rules.html

http://www.mightyjoomla.com/Joomla-Tips-Tricks/enable-and-use-gzip-compression-in-joomla-cms-to-enhance-website-performance.html

http://forum.joomla.org/viewtopic.php?t=50278

www.websiteoptimization.com/services/analyze/

http://forum.joomla.org/viewtopic.php?t=50278

http://www.phpmagicbook.com/htaccess-essential-tricks-for-blog-website-performance-a-guide/

http://www.dquinn.net/htaccess-adding-etags-gzip-expires-headers/

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