What Is HTTPS? Secure Protocol Explained for SEO and Website Trust

Introduction

Every time you open a website, your browser and that website’s server have a conversation. They exchange information back and forth – login credentials, payment details, personal data, and more. But what stops someone from eavesdropping on that conversation? The answer is HTTPS.

If you have ever noticed a small padlock icon next to a web address, you have already seen HTTPS in action. It is a security protocol that encrypts the connection between your browser and a website, making sure that no one in between can read, alter, or steal your data.

In this article, we will explain exactly what HTTPS is, how it works under the hood, why it matters for your website’s search engine ranking and trustworthiness, and how you can implement it. Whether you are a website owner, a blogger, a small business, or just someone curious about internet security, this guide will walk you through everything in plain language.

1. What Is HTTPS?

HTTPS stands for HyperText Transfer Protocol Secure. It is the secure version of HTTP – the foundation of all data communication on the World Wide Web.

Let’s break down that name:

• HyperText Transfer Protocol (HTTP) is the system that governs how web pages are requested and delivered over the internet.
• Secure means the communication is protected through encryption, so third parties cannot intercept or tamper with it.

In simple terms, HTTPS is the language that web browsers and web servers use to talk to each other – but in a private, locked room instead of a public space where anyone can listen in.

Key Insight: Think of HTTP as sending a postcard – anyone who handles it can read it. HTTPS is like sending a sealed, tamper-proof envelope. Only the intended recipient can open it.

1.1 HTTP vs HTTPS: What’s the Difference?

HTTP is the older, unsecured version of the protocol. When a website uses HTTP, all data transferred between the browser and the server is sent as plain text. That means if someone intercepts the traffic – through a public Wi-Fi network, for example – they can read everything.

HTTPS solves this problem by wrapping the HTTP communication in a security layer called TLS (Transport Layer Security), formerly known as SSL (Secure Sockets Layer). This encryption scrambles the data so that even if it is intercepted, it appears as meaningless characters to the attacker.

The practical differences between HTTP and HTTPS include:

• Security: HTTP has none; HTTPS encrypts all data in transit.
• Trust signals: HTTPS shows a padlock icon in the browser address bar; HTTP may show a ‘Not Secure’ warning.
• SEO impact: Google favors HTTPS websites in search rankings.
• Data integrity: HTTPS prevents attackers from modifying the content of web pages during transmission.
• Speed: Modern HTTPS with HTTP/2 and HTTP/3 is often actually faster than plain HTTP.

2. How Does HTTPS Work?

To understand HTTPS, you need to grasp three concepts: encryption, SSL/TLS certificates, and the handshake process. Do not worry – we will keep it simple.

2.1 Encryption: Scrambling the Data

Encryption is the process of converting readable information into a coded format that only authorized parties can decode. HTTPS uses two types of encryption:

Symmetric Encryption

Both the browser and the server use the same secret key to encrypt and decrypt data. It is fast and efficient, but there is a challenge: how do you safely share the key in the first place? You cannot just send it over the internet – someone might intercept it.

Asymmetric Encryption

This uses a pair of keys – a public key and a private key. The public key is shared openly and is used to encrypt data. The private key is kept secret on the server and is used to decrypt it. This is how the browser and server establish a safe channel before switching to faster symmetric encryption for the actual data transfer.

Analogy: Asymmetric encryption is like a padlock you can give to anyone open. They use it to lock a box and send it back. Only you have the key to open it.

2.2 SSL/TLS Certificates: The Identity Card

An SSL/TLS certificate is a digital document that proves a website is who it claims to be. It is issued by a trusted third-party organization called a Certificate Authority (CA). Examples of well-known CAs include DigiCert, GlobalSign, and Let’s Encrypt (which provides free certificates).

When your browser connects to an HTTPS website, it checks the site’s certificate to verify:

• That the certificate was issued by a trusted Certificate Authority.
• That the certificate has not expired.
• That the certificate belongs to the correct domain name.

If all checks pass, the browser proceeds with the secure connection. If something is wrong – the certificate is expired, self-signed, or does not match the domain – your browser will warn you that the website may not be safe.

2.3 The TLS Handshake: Establishing a Secure Connection

Before any data is exchanged, the browser and server perform what is called a TLS handshake. This happens in milliseconds and is completely invisible to the user. Here is what takes place:

• Step 1 – Hello: The browser sends a ‘hello’ message to the server, listing which encryption methods it supports.
• Step 2 – Server responds: The server picks the strongest encryption method they both support and sends its SSL certificate.
• Step 3 – Verification: The browser verifies the certificate with the Certificate Authority.
• Step 4 – Key exchange: The browser and server securely agree on a session key using asymmetric encryption.
• Step 5 – Secure channel opens: Both sides confirm the handshake and switch to symmetric encryption for the rest of the session. The connection is now secure.

This entire handshake takes place in a fraction of a second. From that point on, all data flowing between the browser and the server is encrypted and protected.

3. Types of SSL/TLS Certificates

Not all HTTPS certificates are the same. They differ in how thoroughly the Certificate Authority verifies the identity of the website owner. Understanding these types helps you choose the right certificate for your website.

3.1 Domain Validation (DV) Certificates

Domain Validation certificates are the most basic type. The CA only verifies that the applicant controls the domain name – nothing more. There is no identity check of the business or individual behind the website.

• Best for: Personal blogs, small websites, and websites that do not handle sensitive data.
• Issuance time: Minutes to a few hours.
• Cost: Often free (e.g., Let’s Encrypt) or inexpensive.
• Trust level: Basic – shows the padlock icon.

3.2 Organization Validation (OV) Certificates

Organization Validation certificates require the CA to verify not just domain ownership but also the legal existence and identity of the organization applying for the certificate.

• Best for: Business websites, non-profits, and organizations that want to display more credibility.
• Issuance time: A few days.
• Cost: Moderate.
• Trust level: Higher – organization name is visible in certificate details.

3.3 Extended Validation (EV) Certificates

Extended Validation certificates represent the highest level of identity assurance. The CA performs a rigorous vetting process that includes verifying the legal, physical, and operational existence of the business. In some browsers, the company name used to appear directly in the address bar in green – though this visual display has been scaled back in modern browsers, the certificate data still carries the full company name.

• Best for: Banks, e-commerce sites, healthcare portals, and any website handling highly sensitive information.
• Issuance time: Several days to two weeks.
• Cost: Higher.
• Trust level: Highest – provides maximum assurance to users.

3.4 Wildcard and Multi-Domain Certificates

Beyond the validation levels, certificates also differ in how many domains or subdomains they cover:

• Single-domain certificate: Covers exactly one domain (e.g., example.com).
• Wildcard certificate: Covers a domain and all its subdomains (e.g., *.example.com covers blog.example.com, shop.example.com, etc.).
• Multi-domain (SAN) certificate: Covers multiple distinct domains in a single certificate, useful for businesses running several websites.

4. HTTPS and SEO: Why Google Cares

If you own or manage a website, one of the most compelling reasons to switch to HTTPS is its direct impact on your search engine ranking. Google, which handles the vast majority of global search queries, has made HTTPS a confirmed ranking signal.

4.1 Google’s HTTPS Ranking Signal

Back in 2014, Google officially announced that HTTPS is used as a ranking signal in its search algorithm. While it started as a lightweight signal affecting a small percentage of searches, it has gradually grown in importance as Google has pushed for a more secure web.

What this means practically is that, all else being equal, an HTTPS website will outrank an otherwise identical HTTP website. In a highly competitive niche where rankings are close, this can make a meaningful difference.

4.2 Trust and Click-Through Rates

Beyond the direct ranking signal, HTTPS influences user behavior – and user behavior signals influence SEO. Modern browsers, particularly Google Chrome and Mozilla Firefox, actively warn users when they visit HTTP websites.

When a user sees ‘Not Secure’ in the address bar, they are less likely to trust the website, less likely to click through, and more likely to leave immediately. These behaviors – low click-through rates and high bounce rates – are negative signals that can further harm your search rankings.

In contrast, the padlock icon builds confidence. Studies have consistently shown that users feel safer entering information on HTTPS websites and are more likely to complete purchases or sign up for services.

4.3 HTTPS and Core Web Vitals

Google’s Core Web Vitals are a set of metrics that measure the real-world experience of users on web pages. While Core Web Vitals themselves are about speed, interactivity, and visual stability rather than security, there is an indirect connection.

Many modern web performance technologies – including HTTP/2 and HTTP/3, which significantly improve page load speeds – require HTTPS to function. By migrating to HTTPS, you also open the door to these faster protocols, potentially boosting your Core Web Vitals scores, which are themselves a ranking factor.

4.4 Referral Data in Google Analytics

There is another SEO-adjacent benefit of HTTPS that many website owners overlook: accurate referral data in analytics tools.

When a user on an HTTPS website clicks a link to an HTTP website, the referral data – where the visitor came from – is stripped away. The traffic shows up in your analytics as ‘direct’ traffic rather than as a referral from the original source. This can make it very difficult to understand where your visitors are coming from.

If your website is on HTTPS and links to other HTTPS websites, referral data passes through correctly. This makes your analytics more accurate, which helps you make better marketing and content decisions.

5. HTTPS and Website Trust

Beyond search rankings, HTTPS plays a fundamental role in building and maintaining trust with your website visitors. Trust is the currency of the internet, and security is a huge part of it.

5.1 The Padlock Icon and User Psychology

The padlock icon in the browser address bar has become a widely recognized symbol of online security. While many ordinary users do not fully understand what HTTPS is, they have been trained – by years of browser warnings and media coverage of data breaches – to look for that padlock before entering sensitive information.

For e-commerce websites, the absence of HTTPS is almost certainly costing sales. Shoppers who reach the checkout page of an HTTP site and see ‘Not Secure’ will frequently abandon their cart. The perceived risk simply is not worth the potential reward, no matter how good the product is.

5.2 Protecting User Data

HTTPS protects all data in transit between the user’s browser and your server. This includes:

• Login credentials (usernames and passwords).
• Credit card and payment information.
• Personal details like names, addresses, and phone numbers.
• Private messages or form submissions.
• Search queries within your website.

Without HTTPS, any network intermediary – a malicious actor on a shared Wi-Fi network, a compromised router, or even a rogue internet service provider – could potentially intercept and read this data. This is called a man-in-the-middle attack.

Real-World Risk: Imagine a customer using your website’s login form at a coffee shop. Without HTTPS, someone on the same Wi-Fi network could potentially capture their username and password using freely available tools. With HTTPS, the data is encrypted and unreadable.

5.3 Data Integrity

HTTPS does not just protect data from being read – it also protects it from being tampered with. Without encryption, attackers can modify web page content as it travels between the server and the browser. This is called a content injection attack.

For example, without HTTPS, an attacker could intercept a web page being loaded on an unprotected network and inject their own advertisements, malicious scripts, or even redirect links to phishing websites. The user would have no idea the content had been altered.

HTTPS prevents this by cryptographically verifying that the content received by the browser is exactly what the server sent.

5.4 HTTPS as a Baseline Expectation

In 2026, HTTPS is no longer a differentiator – it is the baseline expectation. Internet users have been educated by browsers, media, and experience to expect websites to be secure by default. A website without HTTPS is now seen not just as insecure, but as outdated, unprofessional, and untrustworthy.

For businesses, this matters enormously. Your website is often the first impression a potential customer has of your brand. Starting that relationship with a ‘Not Secure’ warning is a significant handicap.

6. How to Migrate Your Website to HTTPS

If your website is still on HTTP, migrating to HTTPS is one of the most impactful improvements you can make. Here is a practical, step-by-step overview of the process.

Step 1: Choose and Install an SSL/TLS Certificate

The first step is obtaining an SSL/TLS certificate. Your options include:

• Free certificates via Let’s Encrypt: Let’s Encrypt is a nonprofit Certificate Authority that provides free, automated DV certificates. Most web hosting providers have built-in tools to install a Let’s Encrypt certificate with just a few clicks.
• Hosting provider certificates: Many web hosts (such as Bluehost, SiteGround, Hostinger, and others) include free SSL certificates with their hosting plans.
• Paid certificates: For higher validation levels (OV or EV), you will need to purchase a certificate from a CA and go through their identity verification process.

Once you have your certificate, install it on your web server or through a trusted secure hosting provider that handles SSL configuration automatically. If you are using a managed hosting platform, there is usually a one-click installation option in your control panel. If you manage your own server (VPS or dedicated), your hosting provider or server documentation will guide you through the configuration.

Step 2: Update Internal Links and Resources

After installing the certificate, you need to update all references within your website from HTTP to HTTPS. This includes:

• Internal links between pages on your site.
• Image, video, and file URLs.
• Script and stylesheet references.
• Embedded iframes and third-party content.

If you miss any of these, you will have what is called mixed content – a page that loads over HTTPS but contains some resources loaded over HTTP. Mixed content can cause browsers to display warnings or block certain content, undermining the security benefits of HTTPS.

For WordPress websites, plugins like Better Search Replace can help automate the process of finding and updating HTTP references in your database.

Step 3: Set Up 301 Redirects

Once your site is running on HTTPS, you need to ensure that anyone visiting the old HTTP version of your pages is automatically redirected to the HTTPS version. This is done with 301 redirects, which signal to both users and search engines that the page has permanently moved.

Proper 301 redirects accomplish two things:

• User experience: Visitors going to http://yoursite.com are seamlessly redirected to https://yoursite.com without seeing any error.
• SEO: Search engines consolidate the ranking signals and authority from the old HTTP URLs to the new HTTPS URLs, preserving your SEO value.

Most web servers (Apache, Nginx) allow you to set up these redirects in a configuration file. For Apache, this is commonly done in the .htaccess file. Many website builders and CMS platforms have settings to handle this automatically.

Step 4: Update Your Canonical Tags

If your website uses canonical tags (which tell search engines which version of a page is the ‘official’ one), update all of them to point to the HTTPS versions. Leaving canonical tags pointing to HTTP URLs after a migration can confuse search engines and dilute your rankings.

Step 5: Update Google Search Console and Analytics

Google treats HTTP and HTTPS versions of your website as separate properties. After migrating, you should:

• Add and verify your HTTPS property in Google Search Console.
• Submit a new sitemap that contains the HTTPS URLs.
• Update your website URL in Google Analytics to reflect the new HTTPS address.

Monitor Google Search Console in the weeks following your migration for any crawl errors, security issues, or ranking fluctuations. A properly executed migration typically sees a smooth transition with minimal SEO disruption.

Step 6: Test Your Implementation

Before declaring the migration complete, thoroughly test your HTTPS implementation:

• Use SSL Labs’ SSL Test (ssllabs.com/ssltest) to check the quality and configuration of your certificate.
• Check for mixed content warnings using browser developer tools or tools like Why No Padlock.
• Confirm that all HTTP URLs redirect correctly to HTTPS.
• Verify that the padlock icon appears correctly across all pages.

7. Common HTTPS Mistakes and How to Avoid Them

Even after installing a certificate, website owners sometimes make mistakes that undermine their HTTPS implementation. Here are the most common pitfalls and how to avoid them.

7.1 Mixed Content

Mixed content occurs when a page is loaded securely over HTTPS, but some resources on that page (images, scripts, stylesheets) are still loaded over HTTP. Browsers either block the insecure content or display a warning, which can break your website’s appearance and functionality.

Solution: After migration, use a tool like the browser’s developer console or an online checker to scan all pages for mixed content and update any remaining HTTP resource URLs to HTTPS.

7.2 Forgetting to Renew the Certificate

SSL/TLS certificates expire. Free Let’s Encrypt certificates, for example, expire every 90 days (though they can be set to auto-renew). If your certificate expires, visitors will see a frightening security warning instead of your website, and they will almost certainly leave.

Solution: Set up automatic certificate renewal wherever possible. Most modern hosting platforms and server automation tools (like Certbot for Let’s Encrypt) can handle this automatically. Set calendar reminders as a backup.

7.3 Not Redirecting All Variations

Your website might be accessible through multiple variations of its URL: http://example.com, https://example.com, http://www.example.com, and https://www.example.com. All of these should redirect to a single canonical version – almost always the HTTPS version with or without ‘www’ based on your preference.

Solution: Configure your server to redirect all four variations to your chosen canonical URL. Test each one manually to confirm.

7.4 Using HTTP in Sitemaps

If your XML sitemap still lists HTTP URLs after your HTTPS migration, search engines may become confused about which version of your pages to index.

Solution: After migrating, regenerate or manually update your sitemap to include only HTTPS URLs. Then submit the updated sitemap in Google Search Console.

7.5 Ignoring Subdomains

Many websites have subdomains for their blog, shop, support portal, or other sections. If you secure only the main domain but leave subdomains on HTTP, you create a fragmented security profile and can confuse users and search engines.

Solution: Secure all active subdomains. If you have many, consider using a wildcard certificate to cover them all with a single installation.

8. HTTPS Beyond Websites: APIs and Mobile Apps

HTTPS is not just for websites that you visit in a browser. It is equally critical for any system where data is transmitted over the internet – including APIs and mobile applications.

8.1 HTTPS for APIs

Application Programming Interfaces (APIs) are how software applications communicate with each other over the internet. When a mobile app fetches data from a server, or when two web services exchange information, they often do so through APIs.

If these API calls are made over HTTP instead of HTTPS, the data exchanged – which might include authentication tokens, user data, financial records, or health information – is vulnerable to interception.

Modern best practice requires all APIs to operate exclusively over HTTPS. Many API security standards, including OAuth 2.0, mandate HTTPS as a prerequisite.

8.2 HTTPS for Mobile Apps

Mobile applications communicate with backend servers to fetch content, authenticate users, process payments, and more. All of this communication should happen over HTTPS.

Both Apple (through its App Transport Security requirements) and Google (through its Network Security Configuration for Android) enforce HTTPS as the default and may reject or restrict apps that attempt to make unencrypted HTTP connections. This means for most developers, HTTPS is not optional – it is required by the platforms themselves.

9. The Future of HTTPS: What’s Next?

HTTPS is well-established, but the security landscape continues to evolve. Here is a look at what is happening at the cutting edge of web security.

9.1 TLS 1.3: Faster and More Secure

TLS 1.3 is the latest version of the Transport Layer Security protocol, published in 2018. Compared to TLS 1.2, it offers significant improvements:

• Faster handshake: TLS 1.3 reduces the number of round trips required to establish a connection, making the initial setup faster.
• Improved security: It removes support for older, less secure cryptographic algorithms that were still present in TLS 1.2.
• Zero round-trip resumption: For returning visitors, TLS 1.3 allows connection resumption without any additional delays, improving performance for repeated visits.

Most major browsers and modern web servers already support TLS 1.3, and it is rapidly becoming the standard.

9.2 HTTP/3 and QUIC

HTTP/3 is the latest version of the HTTP protocol, built on a new transport protocol called QUIC (developed by Google). QUIC runs over UDP instead of TCP and was designed with security built in from the ground up – all QUIC connections are always encrypted.

HTTP/3 brings further performance improvements, particularly on mobile networks and in high-latency environments. And because HTTPS is fundamentally baked into QUIC, HTTP/3 represents a world where security and performance are unified rather than traded off against each other.

9.3 Certificate Transparency

Certificate Transparency (CT) is a public logging system where Certificate Authorities are required to record every certificate they issue in publicly auditable logs. This allows security researchers, website owners, and browsers to detect fraudulently issued certificates quickly.

If a hacker somehow convinced a CA to issue a certificate for your domain, Certificate Transparency logs would reveal this, allowing you to take action before real harm is done.

9.4 HSTS: HTTP Strict Transport Security

HTTPS Strict Transport Security (HSTS) is an HTTP response header that tells browsers to always use HTTPS when connecting to your website, even if the user types http:// in the address bar.

Without HSTS, there is a brief window during the very first visit where a user might connect over HTTP before being redirected to HTTPS – a window that could theoretically be exploited. HSTS eliminates this window by instructing the browser to automatically use HTTPS for all future connections, even before the redirect happens.

For maximum security, website owners should enable HSTS and eventually apply for inclusion in the HSTS preload list – a hardcoded list of domains that browsers treat as HTTPS-only before they have ever visited the site.

10. HTTPS Myths Debunked

There are several persistent misconceptions about HTTPS that hold some website owners back from making the switch. Let’s address them directly.

Myth 1: “HTTPS is only necessary for e-commerce sites.”

Reality: Any website that collects any information from users – even just email addresses for a newsletter – should use HTTPS. Moreover, Google now flags ALL HTTP websites as ‘Not Secure,’ regardless of whether they collect data. Even a simple blog benefits from HTTPS through improved trust, better SEO, and accurate referral analytics.

Myth 2: “HTTPS makes my website slower.”

Reality: This may have been a minor concern in the early days of SSL, but it is no longer true in practice. With modern hardware, TLS 1.3, and HTTP/2 (which requires HTTPS), secure websites are often faster than their HTTP equivalents. The performance overhead of encryption is negligible on modern servers and networks.

Myth 3: “HTTPS is expensive and complicated.”

Reality: Thanks to Let’s Encrypt and the widespread adoption of one-click SSL installation by hosting providers, obtaining and installing a basic HTTPS certificate is now completely free and can be done in minutes by a non-technical user through a hosting control panel.

Myth 4: “HTTPS means my website is totally safe from hackers.”

Reality: HTTPS protects data in transit – it does not protect your website from server-side vulnerabilities, weak passwords, SQL injection, cross-site scripting, or other attacks. It is a crucial security layer, but it is not the whole picture. Website security also requires keeping software updated, using strong passwords, running regular backups, and implementing a web application firewall.

Myth 5: “The padlock means the website is legitimate.”

Reality: The padlock only means the connection is encrypted. It does not mean the website is trustworthy, legitimate, or safe to use. Phishing websites and scam sites can and do use HTTPS. Always verify the domain name carefully and use additional cues – such as the website’s reputation, reviews, and contact information – to assess trustworthiness beyond just the padlock icon.

11. Practical Checklist: Is Your Website HTTPS-Ready?

Use this checklist to assess and improve your website’s HTTPS implementation:

• SSL/TLS certificate installed and valid (not expired, correct domain).
• All pages load over HTTPS with no ‘Not Secure’ browser warning.
• No mixed content warnings on any page.
• 301 redirects in place from all HTTP URLs to HTTPS equivalents.
• All four URL variations redirect to a single canonical HTTPS URL.
• All subdomains are secured.
• Internal links, canonical tags, and sitemaps use HTTPS URLs.
• Google Search Console has the HTTPS property verified and sitemap submitted.
• Google Analytics is updated with the HTTPS URL.
• Certificate auto-renewal is configured (especially for Let’s Encrypt).
• HSTS header is implemented for maximum security.
• SSL configuration quality tested and graded A or A+ on SSL Labs.

Conclusion

HTTPS is no longer an optional upgrade reserved for banks and online stores. It is the universal baseline for any website that wants to be trusted, found, and secure. From protecting your users’ data and preventing tampering, to improving your Google search rankings and making a professional first impression, the benefits of HTTPS are clear, measurable, and accessible to everyone.

The good news is that the barriers to adoption have never been lower. Free certificates, automatic renewal, and one-click installation options from virtually every hosting provider mean that there is no technical or financial excuse for running an HTTP website in 2026.

If your website is still on HTTP, the time to migrate is now. Follow the steps outlined in this article, use the checklist to verify your implementation, and watch as your website becomes more trustworthy, more competitive in search results, and more protective of the people who visit it.

The padlock icon is more than just a symbol. It is a promise – to your users, to search engines, and to yourself – that you take the security and privacy of your website seriously.

Glossary of Key Terms

Certificate Authority (CA): A trusted organization that issues SSL/TLS certificates and verifies the identity of website owners.

Domain Validation (DV): The most basic level of SSL certificate, verifying only that the applicant controls the domain.

Encryption: The process of converting data into a coded format that can only be read by someone with the correct decryption key.

Extended Validation (EV): The highest level of SSL certificate, requiring rigorous business identity verification.

HSTS (HTTP Strict Transport Security): A web security policy that forces browsers to use only HTTPS connections.

HTTP (HyperText Transfer Protocol): The unsecured protocol used for transmitting data on the web.

HTTPS (HyperText Transfer Protocol Secure): The secure version of HTTP, using TLS/SSL encryption.

Let’s Encrypt: A free, automated, and open Certificate Authority providing DV certificates at no cost.

Man-in-the-Middle Attack: A cyberattack where an attacker secretly intercepts and potentially alters communication between two parties.

Mixed Content: A security issue where an HTTPS page loads some resources over HTTP.

Organization Validation (OV): An SSL certificate level that verifies both domain ownership and the organization’s identity.

Private Key: In asymmetric encryption, the secret key kept by the server and used to decrypt data.

Public Key: In asymmetric encryption, the openly shared key used to encrypt data.

SSL (Secure Sockets Layer): The predecessor to TLS; the terms are often used interchangeably.

TLS (Transport Layer Security): The modern cryptographic protocol that powers HTTPS.

TLS Handshake: The process by which a browser and server negotiate and establish a secure encrypted connection.

Wildcard Certificate: An SSL certificate that covers a domain and all its subdomains.

301 Redirect: A permanent redirect that sends users and search engines from one URL to another, preserving SEO value.

About the Author

Jay Patel is the Founder of XSquareSEO, a full-service SEO agency with experience in on-page SEO, eCommerce SEO, link building, technical SEO, SaaS SEO, and local SEO. For more information, feel free to contact us. 

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