Understanding HTTP

HTTP stands for HyperText Transfer Protocol. It is the foundation of any data exchange on the Web and is a protocol used for transmitting hypertext. HTTP allows for the fetching of resources, such as HTML documents, and it is the protocol that makes the web work.

When you enter a URL in your browser, it starts with “http://”, which tells the browser to use HTTP to communicate with the web server hosting the website. However, HTTP has a significant drawback: it transmits data in plain text. This means that any data exchanged between the browser and the server can be intercepted and read by anyone who has access to the data stream.

Additionally, HTTP uses a system of status codes to indicate the status of requests made by the client to the server. These HTTP status codes are essential for understanding how web interactions are processed. For example, a “200 OK” status means the request was successful, a “404 Not Found” indicates a missing resource, and a “500 Internal Server Error” points to a problem on the server side.

What is HTTPS?

HTTPS stands for HyperText Transfer Protocol Secure. It is an extension of HTTP and uses a secure connection to encrypt the data being transferred between the browser and the server. The secure connection is established using an SSL (Secure Sockets Layer) or TLS (Transport Layer Security) protocol.

When a URL starts with “https://“, it indicates that the website is using HTTPS, and any data exchanged is encrypted. This encryption ensures that even if the data is intercepted, it cannot be read without the decryption key, providing a higher level of security.

HTTP vs HTTPS: Key Differences

Data Encryption

• HTTP: Transmits data in plain text, making it vulnerable to interception and eavesdropping. Anyone with access to the data stream can read the information being exchanged, which poses a significant security risk.
• HTTPS: Encrypts data, ensuring that it remains confidential and secure during transmission. Even if the data is intercepted, it cannot be read without the decryption key. This encryption is vital for protecting sensitive information such as login credentials, payment details, and personal data.

Security

• HTTP: Does not provide any security features. Data can be easily intercepted and manipulated, leading to potential security breaches. This lack of security makes HTTP unsuitable for websites that handle sensitive information.
• HTTPS: Provides data integrity and authenticity. It ensures that the data sent and received has not been tampered with and that the website is legitimate. This level of security is crucial for maintaining user trust and protecting against various cyber threats, including HTTP flood attacks.

SEO Benefits

• HTTP: Websites using HTTP do not receive any special ranking benefits from search engines. In fact, search engines may penalize HTTP sites by ranking them lower in search results.
• HTTPS: Preferred by search engines, improving rankings and visibility. Google and other search engines prioritize HTTPS websites, which can lead to better search engine rankings and increased traffic.

Trust and Credibility

• HTTP: Users may see warnings in their browsers indicating that the connection is not secure. These warnings can deter users from visiting the site or entering personal information.
• HTTPS: Websites using HTTPS display a padlock icon in the browser’s address bar, instilling trust and confidence in users. This visual cue reassures users that their data is secure, encouraging them to interact with the website.

Performance

• HTTP: Generally faster because it does not need to establish a secure connection. However, this speed comes at the cost of security.
• HTTPS: Slightly slower due to the encryption/decryption process, but advancements in technology have minimized this difference. Modern implementations of HTTPS are highly optimized, resulting in negligible performance impacts.

Comparative table of HTTP vs HTTPS

Why to Choose HTTPS Over HTTP?

Protecting Sensitive Information

HTTPS is essential for safeguarding sensitive data such as login credentials, payment details, and personal information. Without encryption, this data is vulnerable to theft. HTTPS ensures that any data exchanged between the user and the website is encrypted and secure from eavesdroppers. This is particularly important for e-commerce sites, online banking, and any platform requiring user authentication. Similarly, for transferring files, secure versions of FTP, like FTPS or SFTP, provide encryption to protect data during transit.

Suggest article: FTP vs HTTP: Understanding the Key Differences

Enhancing User Trust

Users are more likely to trust websites that display a secure connection icon (padlock). This trust is crucial for e-commerce sites and any platform requiring user interaction. When users see the padlock icon, they know that their data is being protected, which increases their confidence in the website. This trust can lead to higher engagement, lower bounce rates, and increased conversions.

Complying with Regulations

Many data protection laws, like GDPR, mandate the use of HTTPS to protect user data. Non-compliance can result in hefty fines and damage to the organization’s reputation. By implementing HTTPS, businesses can ensure they are meeting regulatory requirements and protecting user data from potential breaches.

Additional Benefits

Using HTTPS can also enable the use of newer web technologies that require secure connections, such as HTTP/2 and Progressive Web Apps (PWAs). These technologies can further enhance website performance and user experience. For instance, HTTP/2 can significantly improve loading times by allowing multiple requests to be sent simultaneously over a single connection.

The role of SSL Certificates

SSL certificates are digital certificates that authenticate a website’s identity and enable an encrypted connection. They are critical for implementing HTTPS. SSL certificates are issued by trusted Certificate Authorities (CAs) and come in various types, including Domain Validation (DV), Organization Validation (OV), and Extended Validation (EV).

Using ClouDNS SSL certificates, website owners can easily secure their sites, ensuring data privacy and boosting user confidence. ClouDNS offers a variety of SSL certificates, including Positive SSL, Positive SSL Wildcard, and EV SSL, to meet different needs. These certificates not only provide robust encryption but also display visual security indicators like the padlock icon and, for EV SSL, the organization’s name in the address bar, enhancing trust and credibility.

Additionally, services like HTTP/HTTPS monitoring help maintain the site’s security and performance by alerting owners to potential issues. Monitoring tools can detect anomalies in traffic patterns, identify potential threats, and ensure that SSL certificates are properly configured and up-to-date. By regularly monitoring HTTP and HTTPS traffic, website owners can proactively address security issues and maintain optimal performance.

SSL/TLS Monitoring Explained

Conclusion

In conclusion, the distinction between HTTP and HTTPS is crucial for ensuring the security of online data. While HTTP transmits data in plain text, making it vulnerable to interception, HTTPS encrypts data, ensuring its confidentiality and integrity. This encryption is vital for protecting sensitive information, maintaining user trust, and complying with regulatory requirements. By implementing HTTPS, website owners can significantly enhance their site’s security, boost user confidence, and improve their overall web performance. Understanding the difference between HTTP vs HTTPS and making the switch to HTTPS is a necessary step for any website looking to thrive in today’s digital landscape.

The post HTTP vs HTTPS: Why every website needs HTTPS today appeared first on ClouDNS Blog.

What is a Phishing attack?

A phishing attack is a malicious attempt by cybercriminals to deceive individuals into providing sensitive information through fraudulent emails, messages, or websites. The attackers disguise themselves as trustworthy entities, such as banks, social media platforms, or government agencies, to gain victims’ trust and exploit their vulnerability for personal gain.

How does it work? Step by step

Here’s how a typical phishing attack unfolds:

1. Bait Creation: The first step in a phishing attack involves creating an enticing bait, such as an urgent request to update account information, a tempting offer, or a warning about a compromised account.
2. Delivery: The bait is then delivered through various means, such as email, SMS, social media messages, or even malicious ads.
3. Deception: The message typically contains a sense of urgency or fear, compelling the recipient to take immediate action without questioning its legitimacy.
4. Linking to fake websites: Phishing emails often include links to fake websites that closely resemble legitimate ones. These fake sites are designed to collect the victim’s login credentials and personal information when entered.
5. Data collection: Once the victim enters their information, the cybercriminals capture it and can use it for identity theft, financial fraud, or other malicious purposes.

Types of phishing attacks

There are several variations of phishing attacks, including:

• Email phishing: The most common type, where fraudulent emails are sent to deceive recipients into revealing sensitive information.
• Spear phishing: Highly targeted attacks aimed at specific individuals or organizations, often using personalized information to appear more convincing.
• Whaling attacks: Similar to spear phishing but focused on high-profile individuals or executives within an organization.
• Clone phishing: Attackers create a replica of a legitimate email and modify it to include malicious content or links.
• Pharming: Redirects victims to fraudulent websites even if they enter the correct web address.

How do spear phishing attacks differ from standard phishing attacks?

Standard phishing attacks cast a wide net, sending mass emails or messages impersonating well-known entities to deceive as many victims as possible. These attacks use generic content and fake websites to trick recipients into revealing personal information.

In contrast, spear phishing attacks are highly targeted and personalized. Cybercriminals gather specific details about their victims, crafting convincing messages that appear to come from trusted sources like colleagues or business partners. This tailored approach increases the likelihood of success, as victims are more likely to fall for the authenticity of the communication, leading to the disclosure of sensitive data or malware installation.

2023 Phishing attack Statistics

According to a staggering statistic from IT Governance, an estimated 3.4 billion malevolent emails, mainly in the form of phishing, hit our inboxes every single day, marking it as the predominant form of cybercrime (IT Governance, 2023). The objective? To ensnare unsuspecting individuals into revealing their login credentials. IBM’s Cost of a Data Breach Report further sheds light on this issue by revealing that stolen credentials, indeed, represent the primary cause of data breaches, accounting for 19% of all cyber attacks (IT Governance, 2023).

The threat intensifies when we shift our gaze towards corporate security. A report by Digital Guardian has identified that a staggering 90% of corporate security breaches can be traced back to phishing attacks (IT Governance, 2023). The toll on organizations is heavy. Each piece of personal information pilfered via a phishing attack, according to Venari Security, translates to an approximate loss of $181. (IT Governance, 2023).

Source: 51 Must Know Phishing Statistics for 2023, IT Governance

Source: Most Affected Industries by Phishing, Statista

In the ever-evolving landscape of phishing attacks, certain industries tend to be more targeted than others. Statista, a leading provider of market and consumer data, provides an illuminating infographic that delineates the sectors most affected by phishing.

Leading the pack, unsurprisingly, is the financial industry with 23% of phishing attempts directed towards it. This is due to the sensitive and valuable information that this sector holds, making it an attractive target for cybercriminals.

Next up, the Software-as-a-Service (SaaS) and webmail industries face their fair share of threats with 17% of the phishing attacks aimed at them. This might be attributed to the fact that many SaaS companies hold vast amounts of data on behalf of their clients, making them a rich source for phishing attempts.

What is IaaS, PaaS, and SaaS?

Social media platforms are the third most targeted, suffering from 11% of these malicious attempts. The extensive personal and business data that users tend to share on these platforms make them a fertile ground for cybercriminals.

Logistics and shipping sectors, along with e-commerce and retail, each receive 6% and 4% of the phishing attempts respectively. The payment sector is also targeted by 4% of phishing attacks. These industries, dealing with sensitive transactional data, are enticing for hackers who want to exploit the financial and personal information.

The telecom sector, with a share of 3%, and the burgeoning cryptocurrency industry, receiving 2% of phishing attempts, round out the list. It is worth noting that as the popularity of cryptocurrencies continues to grow, they may become an even more lucrative target for phishing in the future.

Impacts of Phishing Attacks

The consequences of falling victim to a phishing attack can be severe and extensive. For individuals, the theft of personal information can lead to identity theft, financial loss, and damage to personal reputation. In the context of organizations, phishing attacks can result in data breaches, financial fraud, disruption of operations, and loss of customer trust.

Beyond immediate financial and reputational harm, phishing attacks can also be used to launch more advanced cyber threats, such as ransomware, malware infections, and business email compromise (BEC) scams. By compromising the credentials of unsuspecting users, attackers gain access to organizations, enabling them to launch more sophisticated and targeted attacks.

Moreover, the indirect costs associated with phishing attacks, including incident response, remediation efforts, and regulatory fines, can be significant burdens on organizations of all sizes. The reputational damage from a successful phishing attack can ruin an organization’s brand and lose customer trust, potentially leading to long-term business consequences.

How to protect against Phishing Attack?

There are several proactive steps you can take to protect yourself against phishing attacks:

• Anti-phishing software: This type of software can identify phishing content and alert users about potential threats.
• Two-Factor Authentication (2FA): This adds an extra layer of security by requiring two types of identification before granting access.
• Monitoring service: With Monitoring service you can keep an eye on your personal data online and alert you if they detect unusual activity.
• DNS records: You can implement SPF, DMARC, DKIM, and PTR records. These email authentication methods help protect against email spoofing and increase email security.
• rDNS: Reverse DNS lookup can verify whether the server is associated with the domain it claims to represent.
• HTTPS and SSL certificates: Look for ‘https‘ in the URL and the padlock symbol in the browser for an SSL certificate that can help to identify secure websites. Phishing websites often lack these security measures, providing users with visual cues of a potential threat. 
• Education and awareness: Regular training on phishing attack recognition and safe online habits can be crucial for both businesses and individuals.
• Regular software updates: Keeping your software and systems updated ensures you have the latest security patches, making it harder for attackers to exploit vulnerabilities.

Famous Phishing Attacks

Here are some of the most popular examples of Phishing attacks:

• Target Corporation (2013)

In late 2013, Target, one of the largest retail chains in the United States, fell victim to a sophisticated phishing attack that led to massive consequences. The attack began with a phishing email sent to an HVAC vendor that had access to Target’s network. The attackers then used the compromised vendor credentials to gain entry into Target’s systems. Ultimately, the breach resulted in the theft of over 40 million credit card numbers and personal information of 70 million customers. The incident highlighted the potential cascading impact of phishing attacks on large organizations.

• Sony Pictures (2014)

In 2014, Sony Pictures Entertainment became the target of a highly publicized cyber attack. While the attack included elements beyond phishing, it was initiated through a carefully prepared email. The attackers sent phishing emails to Sony employees, tricking them into revealing login credentials. Afterwards, the attackers unleashed malware that disabled Sony’s computer systems, leading to the exposure of sensitive internal documents, emails, and unreleased films. The incident highlighted the potential for phishing to be a precursor to more extensive and damaging cyber intrusions.

• Facebook and Google (2017)

In 2017, a Lithuanian hacker produced a phishing attack targeting tech giants Facebook and Google. The attacker posed as a legitimate vendor and successfully convinced employees at both companies to wire over $100 million in payments for supposed goods and services. The scam involved fake invoices and email correspondence that appeared to be from reputable suppliers. The incident highlighted the vulnerabilities in the supply chain and payment processes of large corporations, emphasizing the need for strict verification procedures.

Conclusion

The landscape of cybercrime, particularly phishing, is ever-evolving. Therefore, staying informed and proactive in adopting protective measures is crucial. With the knowledge of how phishing works, what the current trends are, and how to defend against these attacks, individuals and organizations can greatly enhance their cybersecurity stance.

The post Understanding Phishing Attack and How to Stay Protected appeared first on ClouDNS Blog.

Understanding SSL Certificates

SSL, or Secure Socket Layer, is a cryptographic protocol that provides secure communication over a computer network. SSL certificates are digital certificates that authenticate the identity of a website and encrypt the data transmitted between the user’s browser and the website’s server. They prevent unauthorized access and safeguard sensitive information such as login credentials, personal details, and financial transactions.

SSL certificates employ public key infrastructure (PKI) to authenticate the identity of the server and establish a secure channel for data exchange. When a website is secured with SSL, users can trust that their data is protected from theft and manipulation.

SSL certificates serve multiple purposes, including authentication, data integrity, and encryption. Authentication ensures that users are connecting to the intended website, while data integrity prevents information from being modified during transmission. Encryption, the primary function of SSL certificates, secures the data by converting it into a code that can only be decrypted with the corresponding decryption key.

What is SSL Certificate Monitoring?

SSL certificate monitoring is the proactive process of examining the status, validity and reliability of SSL certificates. As certificates have expiration dates, monitoring ensures that these certificates remain valid and do not expire, thereby preventing potential security vulnerabilities. Monitoring SSL certificates is essential to avoid security breaches, maintain trust with users, and comply with industry regulations.

The process involves regular checks that are necessary to verify that a server’s SSL certificate is properly installed and operational for a specific hostname. There are customization options available that allow the user to set the hostname, port, and timeout for the check.

How does SSL certificate monitoring work?

SSL certificate monitoring involves regularly checking and verifying the status of SSL/TLS certificates installed on a server. The process typically includes the following steps:

1. Hostname Verification: The monitoring system sends a request to the server, specifying a hostname. This is usually the domain name for which the SSL certificate is issued.
2. SSL Handshake: The server responds by presenting its SSL certificate during the SSL handshake process. This certificate contains information about the certificate issuer, the domain(s) it is valid for, and its expiration date.
3. Certificate Information Extraction: The monitoring system extracts information from the SSL certificate, such as the hostname for which the certificate is valid, the certificate issuer, and the expiration date.
4. Comparison: The extracted information is compared against the expected values. If the hostname specified in the monitoring check matches one of the hostnames listed in the SSL certificate and the certificate is still valid, the check is marked as UP. If the hostname is not found or the certificate is expired, the check is marked as DOWN.
5. Alerting: If the SSL certificate check determines that there is an issue, such as an expired certificate or mismatched hostname, an alert is triggered. This alert notifies administrators, allowing them to take corrective actions, such as renewing the certificate or fixing configuration issues.

Benefits of SSL certificate monitoring

SSL certificate monitoring offers several benefits to ensure the security and proper functioning of a website or online service. Here are some key advantages:

• Security Assurance: SSL (Secure Sockets Layer) certificates are crucial for encrypting data transmitted between a user’s browser and the website’s server. Monitoring ensures that the encryption remains untouched and that sensitive information is protected.
• Early Detection of Expired Certificates: SSL monitoring helps promptly identify and address expired certificates. Expired certificates can expose a website to security vulnerabilities and may result in browsers displaying security warnings to users.
• Avoidance of Downtime: Monitoring ensures that administrators are alerted before the expiration of the certificate. It allows them to renew or replace certificates before they expire, preventing potential downtime and disruptions to website services.
• Maintaining User Trust: Regular checks help ensure that SSL certificates are compatible with the latest browser updates and industry standards. This compatibility is crucial for maintaining user trust, as browsers may block access to websites with outdated or insecure certificates.
• Regulatory Compliance: Many industries and regions have specific regulatory requirements regarding the use of SSL certificates for securing online transactions and protecting user data. Monitoring helps ensure compliance with these regulations.
• Optimal Configuration: Monitoring SSL certificates can help identify and address configuration issues, ensuring that the certificates are properly set up for optimal performance and security.
• Notification and Alerts: Monitoring tools can provide real-time alerts when issues are detected. That way, they allow administrators to take quick action to address any security concerns.
• Cost Savings: Proactive monitoring can help avoid emergency situations that may require costly and immediate solutions. By addressing issues before they escalate, organizations can save both time and resources.
• Brand Reputation: A website that consistently maintains secure SSL certificates contributes to a positive brand image. Monitoring helps ensure that users can trust the security of the website, boosting trust in online interactions.
• Ease of Management: Monitoring tools often provide centralized management, making it easier for administrators to oversee and manage SSL certificates across multiple domains and servers.

Consequences of Neglecting SSL Certificate Monitoring

Neglecting SSL certificate monitoring can have several negative consequences for both the security and performance of a website or online service. Here are some of them:

• Security Breaches and Data Compromise: Not monitoring SSL certificates can leave organizations vulnerable to security breaches. Attackers can exploit expired or compromised certificates to intercept sensitive data transmitted between users and servers. This could lead to the compromise of login credentials, financial information, and other sensitive data, resulting in severe consequences for both businesses and their users.
• Loss of Customer Trust and Reputation Damage: In the digital age, trust is paramount for online businesses. Users expect their data to be handled securely, and any safety gaps can destroy trust quickly. A security incident resulting from the neglect of SSL certificate monitoring can lead to a loss of customer trust and damage a company’s reputation. Rebuilding trust once it is lost can be a challenging and time-consuming process.
• Regulatory Compliance Issues: Many industries and regions have specific regulations and compliance requirements regarding the protection of sensitive information. Neglecting SSL certificate monitoring can lead to non-compliance with these regulations, exposing organizations to legal consequences, fines, and other penalties. Regular monitoring and following industry standards ensure that organizations stay in compliance with data protection regulations.

Best Practices for SSL Certificate Monitoring

Implementing effective SSL certificate monitoring involves following the best practices that enhance the overall security posture of an organization. Here are some key recommendations:

• Automated Monitoring: Utilize automated monitoring tools to scan and examine SSL certificates regularly. Automation ensures that organizations receive real-time alerts for potential issues, reducing the likelihood of oversights or manual errors.
• Regular Audits and Assessments: Conduct regular audits and assessments of SSL certificates to identify vulnerabilities, misconfigurations, or any other security concerns. This proactive approach enables organizations to address issues before malicious actors exploit them.
• Centralized Management: Implement a centralized management system for SSL certificates to streamline tracking and management. This is particularly important for large enterprises with many certificates across different departments and services.
• Documentation and Inventory: Maintain a comprehensive inventory of all SSL certificates within the organization, including details such as issuance date, expiration date, owner, and purpose. Accurate documentation helps efficient management and reduces the risk of missing important certificates.
• Continuous Education and Training: Keep IT and security personnel updated on the latest developments in SSL/TLS technology, vulnerabilities, and best practices. Continuous education ensures the team is well-equipped to handle threats and challenges regarding cybersecurity.

Conclusion

SSL certificate monitoring is essential for cybersecurity, ensuring the authentication and encryption of online data. It prevents security breaches, maintains user trust, and ensures compliance. Neglecting monitoring can lead to severe consequences such as breaches, loss of trust, and compliance issues. To enhance security, organizations should follow best practices, including automated monitoring and regular audits. Monitoring is a non-negotiable strategy for strengthening online presence and maintaining user trust.

The post The Crucial Role of SSL Certificate Monitoring in Ensuring Cybersecurity appeared first on ClouDNS Blog.

What is domain transfer?

Domain transfer refers to the process of moving a registered domain name from one domain registrar to another. It is a common practice when individuals or businesses are dissatisfied with their current domain registrar’s services, pricing, or overall experience. The transfer allows them to switch to a new registrar that better meets their needs. During a domain transfer, the ownership and management of the domain name are transferred from the current registrar to the new registrar. It typically involves steps such as unlocking the domain, obtaining an authorization code, initiating the transfer process, and verifying the transfer with both the old and new registrars.

Why should you move your domain name to ClouDNS

One year FREE – We offer you a one-year extension for free! You can enjoy the extra period at no additional cost. Whether you decide to transfer months in advance or just before your domain’s expiration, rest assured that not a single moment will be lost. For instance, if your domain is set to expire on Jul 13, 2023, and you initiate the transfer on Jun 13, 2023, behold the magic—the new expiry date becomes Jul 13, 2024!

Seamless transfer – We value your online presence and know that every second counts. With ClouDNS, the transfer process is as smooth as silk. We take special care to ensure that your domain name’s name servers remain unchanged throughout the transfer journey. This means you can wave goodbye to downtime worries – your domain will retain its seamless online presence throughout the entire process.

Risk-free transfer – We understand that glitches can happen, plans can change, or unexpected hurdles may arise during the transfer process. But fear not! We’ve got you covered with our risk-free transfers. If, by any chance, your domain transfer encounters any roadblocks or is canceled, we’ll promptly credit the full amount you paid for the transfer back to your customer account. 

Premium DNS account – You can use all features of our Premium DNS for 30 days for free. After this period, your account will automatically become a Free account. However, if you wish to continue enjoying the benefits of our Premium DNS, you can easily upgrade to the Premium plan at any time.

How to transfer your domain name to ClouDNS?

We will explain the necessary steps that you need to take to transfer your domain name to us:

1. Review your contact information with your current domain register. If you are using an e-mail from the domain you want to move, you better change to another mailbox like Gmail or Yahoo Mail. Like this, you won’t have problems with the next steps.

2. Request to unlock your domain. You should do it in the control panel of your current domain registrar.

3. Request the Authorization Code (transfer code; domain secret; EPP code) from your current domain registrar.

4. Be sure you haven’t moved your domain in the last 60 days, or you didn’t register it during that period. The international regulator ICANN doesn’t allow it.

5. Now go to our website and register or sign in to your account.  When you are done, select Transfer from the Dashboard. Add the domain name you want to transfer and check the Transfer Fee. There, you can see the future price for renewal. You will need to use the Authorization Code from step 3.

6. After confirming, you will get redirected to the cart. You will need to add your information. The fields with * are a must

7. Then you will need to choose a payment method (see the options).

8. Once the payment is completed and the transfer is started, your old registrar will contact you to verify the process.

9. You are done!

Welcome to ClouDNS! Now that you already successfully transferred your domain name, you can see other additional services that can come in handy like SSL certificates and Managed DNS services.

FAQ’s 

Question: How long does a domain transfer take?
Answer: The duration of a domain transfer can vary, but it typically takes around 5 to 7 days. The actual time can depend on factors such as the domain extension and the responsiveness of the current registrar. While some transfers may be completed sooner, it’s advisable to allow for this timeframe when planning your domain transfer. 

Question: Can I transfer an expired domain?
Answer: Yes, you can still transfer an expired domain. However, there are some considerations. If you have renewed the domain with your previous registrar after it expired, it’s recommended to wait for at least 60 days from the previous expiry date before initiating the transfer. Transferring within this period may result in the loss of the renewal fees paid to the previous registrar and may not add an additional year to your domain registration.

Question: Will my website experience any downtime during the domain transfer?
Answer: No, your website will not experience any downtime during the domain transfer process. At ClouDNS, we prioritize a seamless transition. Your domain’s name servers remain unchanged throughout the transfer, ensuring uninterrupted access to your website, emails, and other associated services.

The post How to transfer your domain name? appeared first on ClouDNS Blog.

What is an SSL certificate? 

The letters SSL significate Secure Socket Layer. It is a specific cryptographic protocol that is used to secure communication. All the passing data gets encrypted. That encryption can be up to 256-bit for excellent protection. 

The idea is not to have sensitive data exposed in public. The SSL uses two keys, public and private, to verify the information. 

The OV and DV certificates

A domain-validated certificate is a popular choice, and it outnumbers the rest. It is the cheapest, and it validated only the domain name. The certification authority (CA) that issues it checks your e-mail and the one listed on the WHOIS record. After the verification, the CA provides a verification file that the owner can put on their site. 

The organization validated one has extra steps for verification. It requires business data such as the name, address, telephone number, and that gives additional trust for the consumers. It is often used by government organizations. 

The EV certificate

The extended validation is the best way to show your visitors or users of your products that you and your site or application can be trusted. To get an EV SSL, there are more steps to be passed, but this will guarantee authenticity better. The goal of it is to give extra credentials to business organizations and to help end-users evade phishing attacks by clearly showing which site or application can be trusted. 

Who uses it?

Many big brands use this certificate to provide the maximum level of security for their users. 

https://Apple.com/ A well-known brand for consumer electronics. As a premium brand, they have decided to go with it give that extra value to their customers. 

https://medium.com/ Medium is a premium news site for interesting news from around the world. It works with a subscription model, so the privacy of sensitive data like bank numbers is very important. 

https://www.mazda.com/ Mazda is a big car producer with many years of history. Just like in their cars, the safety experience for their clients is essential on their page. 

https://www.northwestern.edu/ Northwestern University. Many well-established universities choose this certification. 

https://www.nike.com/ Nike is a famous worldwide brand of shoes. It has chosen this SSL for their website. 

Benefits

• Better insurance for your visitors
• It can improve the reputation of your company, and it can reduce the number of phishing attacks
• Avoid data breaches. Many of the breaches happen because of a phishing attack on your employees. Stop those breaches. 
• Cover the government requirements. Many countries, including some US states, require an EV SSL for proceeding delicate data. 
• It is used for signing applications too. If you have it, your application won’t trigger the pop-up sign from Windows 10 when the user is trying to install it. Windows will know it is safe. 

Who should buy it?

It is for those of you that need the highest possible level of confidence for your visitors and users of your application. You can benefit from purchasing an EV SSL certificate . It is suitable for financial institutions, big e-commerce platforms, and application development, in any case where sensitive data is involved.

The post EV SSL, the Extended Validation Certificate that beats the rest appeared first on ClouDNS Blog.

What is an SSL Certificate?

SSL means secure socket layer, and it is a cryptographic protocol that provides secure communication between the web browser and the servers of the website. All data that passes is encrypted and private.

When you are getting an SSL certificate, you will need to add some information about your company. This information is then used to create two keys – a public key and private key. Be careful not to lose the private key, because your certificate can’t work without it.

SSL Handshake

When a client tries to connect to your secured site, your server sends your SSL certificate. The browser checks if it is valid, and if everything is okay it makes a symmetric key for the session, using the public key. The server then decrypts the symmetric key with its private key. In the end, the SSL Handshake process is completed, and both the client and the server can encrypt and decrypt data using the session key.

Why is it so important?

Better security means clients who are not afraid of buying. This will increase your sales and improve the confidence in your website. The clients can be sure that their private data such as bank account and what they bought won’t go into “bad hands.”

You will improve your SEO and your rank in Google search results. Since 2014 Google is giving better ranking in their search result to websites, who has an SSL certificate. Google is trying to push website owners to embrace this security measure to build a safer internet for all of us.

How to protect your website with an SSL Certificate?

The process of getting an SSL certificate is not hard. To do so, you will need to buy such a certificate and validate your domain with it. ClouDNS offers two choices:

Positive SSL– has a more attractive price and validates one domain.

Positive SSL Wildcard – validates one domain and unlimited sub-domains. It is a better choice for a more massive site with a lot of sub-domains.

Get the protection that your clients deserve, guarantee they have a safe experience on your site, and the result will come. You will get better positioning in the search results, your clients will have more confidence in you, and you will increase your sales.

The post What is an SSL certificate and do we need it? appeared first on ClouDNS Blog.