Safeguarding Your Digital Identity: The Crucial Role of Domain Privacy and Security

In today’s interconnected world, where information flows freely over the internet, the significance of domain privacy and security cannot be emphasised enough. Whether you’re a business owner, a blogger, or an individual with a website, understanding and implementing domain privacy and security measures is paramount to ensuring the protection of your online presence. In this comprehensive blog post, we’ll explore the intricate realm of domain privacy and security and how Webnic can be your trusted partner in fortifying your valuable online assets.

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1. Unveiling Domain Privacy

Domain privacy, also called WHOIS privacy or domain privacy protection, is an invaluable service that shields your personal contact information from being publicly accessible through the WHOIS database. When registering a domain, you must typically provide your contact details, including your name, address, phone number, and email address. This information is meticulously recorded in the WHOIS database, which is readily accessible to anyone who conducts a WHOIS lookup on your domain.

Domain privacy protection acts as a guardian of your personal information by replacing it in the WHOIS database with the contact information of a domain privacy provider. This discreet manoeuvre keeps your identity cloaked from prying eyes, safeguarding you against spam, unwanted solicitations, and potential identity theft orchestrated by malicious actors.

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2. The Significance of Domain Privacy

Protection Against Spam: By keeping your contact information hidden, you can significantly reduce spam emails, unsolicited phone calls, and marketing materials that often plague domain owners.

Identity Theft Prevention: Cybercriminals frequently exploit publicly available WHOIS information for identity theft and other nefarious activities. Domain privacy serves as a robust countermeasure against such risks.

Preserving Anonymity For individuals and entities desiring online privacy and anonymity, domain privacy emerges as an indispensable tool. It effectively thwarts attempts to trace your digital footprint back to you.

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3. Nurturing Domain Security

While domain privacy is instrumental in safeguarding your personal information, domain security is dedicated to fortifying the overall integrity and accessibility of your domain. Key aspects of domain security include:

DNSSEC (Domain Name System Security Extensions): DNSSEC is a formidable set of security protocols meticulously designed to augment the Domain Name System (DNS) security. It acts as a bulwark against DNS spoofing and assures the authenticity of DNS data.

Registry-Lock: This indispensable feature is a sentinel against unauthorised domain transfers, ensuring your domain remains controlled.

Two-Factor Authentication (2FA): Enabling 2FA for your domain registrar account introduces an additional layer of security by mandating a second form of verification alongside your password. This significantly bolsters the defence of your domain assets.

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4. The Role of WebNIC in Enhancing Domain Privacy and Security

WebNIC stands as a trusted domain registrar and comprehensive solutions provider, offering a wide array of services geared towards enhancing domain privacy and security:

Domain Privacy Protection: WebNIC offers domain privacy protection services, ensuring the confidentiality of your personal information remains inviolable.

DNSSEC Support: WebNIC extends steadfast support for DNSSEC, making it effortlessly accessible to you, thereby assisting in seamlessly implementing this critical security protocol for your domains.

Registry-Lock: WebNIC enables you to swiftly activate registry-lock for your domains, thwarting unauthorised transfers and firmly anchoring your domains under your management.

Two-Factor Authentication (2FA): WebNIC incorporates robust 2FA options into its services, fortifying the security of your account and domain management, thus enhancing the resilience of your online presence.

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Online Threats

In an era marked by the ever-evolving landscape of online threats, domain privacy, and security emerge as non-negotiable pillars of safeguarding your digital identity. Shielding your personal information and ensuring the impregnable security of your domains are pivotal steps in fortifying your online presence. With WebNIC as your trusted ally, you can confidently navigate the digital realm, assured of a secure and private online identity. Always remember, in the digital world, prevention invariably stands as the most effective cure, and investing in domain privacy and security today can circumvent potential complications and headaches in the future. Embrace the power of WebNIC to safeguard your digital legacy.


SaaS 2.0: Next-Generation Features and Innovations for Business Efficiency

Software as a Service (SaaS) has revolutionised how businesses operate by offering cloud-based solutions that provide cost-effective, scalable, and accessible software tools. As technology continues to evolve, so does SaaS. We are now witnessing the emergence of SaaS 2.0, a new era of cloud-based software that pushes the boundaries of innovation to enhance business efficiency. This blog post will delve into the next-generation features and innovations that define SaaS 2.0 and how they reshape the business landscape.

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1. AI-Powered Automation:

When it comes to automating complex tasks, SaaS 2.0 is all about using the power offered by artificial intelligence. From providing support to customers to simplifying data analysis, automation driven by AI makes processes more efficient and requires less human involvement. For instance, chatbots for customer service powered by natural language processing can provide instant approval, freeing up valuable human resources for more strategic tasks.

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2. Hyper-Personalization:

Personalization has reached a new level thanks to SaaS 2.0. Using sophisticated data analytics and machine learning enables businesses to provide customers with highly personalised experiences. This may involve customising product recommendations, content, and user interfaces following the preferences and actions of individual customers.

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3. Real-time Collaboration:

SaaS has always been known for its emphasis on collaboration tools; however, with SaaS 2.0, real-time collaboration is even easier to accomplish because of advancements in technology such as simultaneous editing, video conferencing, and integrated communication platforms, members of different teams can collaborate on projects despite physical separation, just as if they were in the same room.

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4. Edge Computing Integration:

The proliferation of devices connected to the Internet of Things (IoT) has increased the volume of data produced at the periphery of various networks. Edge computing is incorporated into SaaS 2.0, which enables businesses to process and analyse data much closer to where it originated. This not only decreases the amount of time it takes to make decisions based on real-time data, but it also increases the level of security it provides.

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5. Blockchain for Data Security:

Protecting data and maintaining privacy is paramount in the modern digital landscape. Adopting blockchain technology by SaaS 2.0 will create a more secure and transparent environment. Users will have a higher level of trust in the network due to the blockchain’s ability to verify transactions, maintain the data’s integrity, and prevent unauthorised access.

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6. Scalability and Modularization:

SaaS 2.0 is aware of the significance of scalability for companies of varying sizes. Modularising services allow businesses to pick and choose the features they require, ensuring they have a customised solution that can expand with their company. This flexibility helps to promote cost efficiency by preventing wasteful overpayment for parts that are not utilised.

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7. Enhanced Analytics and Insights:

Businesses can now access powerful analytics and reporting tools thanks to adopting SaaS 2.0 platforms. Companies can make informed decisions because they have a deeper understanding of their operations and customers’ behaviours thanks to advanced data visualisation, predictive analytics, and insights driven by artificial intelligence.

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8. API Ecosystems:

APIs, which stand for application programming interfaces, are the fundamental components of SaaS 2.0. They make integrating various software and platforms possible, resulting in uninterrupted data flow. When multiple SaaS applications are combined to produce a single workflow, companies can build interconnected ecosystems for their businesses.

SaaS 2.0 Road Ahead

SaaS 2.0 marks a significant evolution in cloud-based software driven by AI, hyper-personalization, real-time collaboration, edge computing, blockchain, scalability, analytics, and robust API ecosystems. These next-generation features reshape the business landscape, offering unprecedented efficiency and innovation. As SaaS 2.0 continues to mature, businesses that embrace these advancements will be better positioned to thrive in an increasingly competitive and technology-driven world.

In summary, SaaS 2.0 represents a paradigm shift in cloud-based software, with its cutting-edge capabilities redefining how businesses operate. These innovations drive enhanced efficiency, security, and scalability, ultimately paving the way for a more competitive and technology-driven business landscape.


Understanding and Preventing DDoS Attacks

DDoS attack

In today’s digital landscape, Distributed Denial of Service (DDoS) attacks have emerged as a significant threat to businesses and individuals who rely on the Internet for their daily operations. These malicious attacks aim to disrupt networks, services, and websites by overwhelming them with internet traffic. The impacts of DDoS attacks can be far-reaching, causing service disruptions, financial losses, reputational damage, and opportunities for further exploitation. However, with the comprehensive protection offered by WebNIC SiteLock, you can effectively prevent and mitigate the impact of DDoS attacks.   

What is a DDoS attack?

DDoS attacks are orchestrated attempts to overload target systems, rendering them inaccessible to legitimate users. Unlike traditional Denial of Service (DoS) attacks, DDoS attacks utilise multiple compromised systems, forming a botnet, to generate massive traffic that overwhelms the target system’s resources. The objective of a DDoS attack is to exhaust the target’s capacity to respond to legitimate requests, making it unavailable to genuine users.

The Impacts of DDoS Attacks

DDoS attacks can have severe consequences for businesses and individuals. Some of the notable impacts include:  

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1. Service Disruption: By flooding the target’s network infrastructure or web server, DDoS attacks can render online services unavailable to legitimate users, resulting in downtime and potential loss of revenue.

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2. Financial Losses: The costs associated with mitigating a DDoS attack can be significant, including investments in specialised security solutions, increased bandwidth, and potential legal fees.  

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3. Reputational Damage: Extended downtime or compromised services can tarnish an organisation’s reputation, eroding customer trust and loyalty.

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4. Opportunity for Further Exploitation: In some cases, DDoS attacks serve as distractions, allowing attackers to exploit other vulnerabilities and gain unauthorised access to the target system while security teams are overwhelmed.


To effectively prevent and mitigate the impact of DDoS attacks, businesses can leverage the powerful protection provided by SiteLock. SiteLock is a comprehensive website security solution that goes beyond DDoS mitigation. It actively scans your website for vulnerabilities, malware, and other security risks, providing real-time monitoring, automatic malware removal, and advanced firewall protection.

When combined with DDoS protection services, SiteLock offers an added layer of defence against cyber threats. By implementing network monitoring tools, organisations can detect and respond promptly to unusual traffic patterns or sudden increases in traffic volume. Additionally, ensuring sufficient network bandwidth, configuring firewalls and routers to block suspicious traffic, and implementing load-balancing techniques can help distribute traffic and reduce the impact on individual servers during an attack.

Furthermore, developing a robust incident response plan, conducting regular security audits, and promptly addressing identified vulnerabilities are essential for effective DDoS risk mitigation.  


The Benefits of Using Digital Signatures for Secure Document Signing

Digital Signatures

In today’s fast-paced and interconnected world, the reliance on digital communication has skyrocketed. Whether it’s a business contract, a legal agreement, or a sensitive financial document, ensuring the security and authenticity of these documents has become crucial. Traditional methods of signing documents with pen and paper are no longer sufficient to meet the demands of our digital era. This is where digital signatures come into play, offering a more secure, efficient, and convenient alternative to traditional ink signatures. 

Digital signatures utilise advanced cryptographic algorithms to create a unique digital fingerprint, or hash, for each document. This hash is encrypted and appended to the document, serving as a tamper-evident seal. Any alteration to the document after it has been signed will invalidate the digital signature, alerting the recipient of potential tampering. In contrast to ink signatures that can be easily forged or manipulated, digital signatures provide an unparalleled level of security, safeguarding the integrity and authenticity of the document. 

Why Sign and Secure Documents?

Enhanced Security


Digital signatures provide a higher level of security compared to traditional ink signatures. They use cryptographic algorithms to create a unique digital fingerprint for each document, which is nearly impossible to forge or alter. Digital signatures ensure the document’s integrity and authenticity, protecting it from unauthorised modifications. Additionally, digital signatures can be verified using public key infrastructure (PKI), further validating the signer’s identity and ensuring that the document has not been tampered with during transmission. 

Legally Binding and Compliance

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Digital signatures hold legal validity in many countries worldwide, binding them in various business and legal contexts. They comply with industry-specific regulations such as eIDAS in the European Union and the Electronic Signatures in Global and National Commerce Act (ESIGN Act) in the United States. By adopting digital signatures, organisations can streamline their document signing processes while maintaining compliance with legal requirements, saving time and resources.

Cost and Time Efficiency

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Implementing digital signatures reduces the need for printing, scanning, and physically transporting documents, which can be time-consuming and costly. With digital signatures, documents can be signed and exchanged electronically, significantly reducing turnaround times and eliminating the need for paper-based workflows. Digital signatures expedite business processes, improve efficiency, and accelerate decision-making, benefiting organisations and individuals. 

Improved Workflow and Collaboration

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Digital signatures facilitate seamless document workflows and collaboration among multiple parties. Documents can be signed anytime, removing geographical barriers and enabling remote work. Multiple signers can review and sign documents sequentially or in parallel, reducing delays and enhancing collaboration. Furthermore, digital signatures enable tracking and auditing capabilities, providing a clear record of who signed the document and when improving accountability and transparency. 

Environmentally Friendly

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Adopting digital signatures aligns with sustainable practices, reducing paper consumption and minimising carbon footprints. By eliminating the need for printing, storing, and disposing of physical documents, organisations contribute to the preservation of natural resources and help protect the environment. Embracing digital signatures is a step toward creating a paperless office environment, promoting eco-consciousness, and demonstrating corporate social responsibility. 

Embracing Digital Signatures

Digital signatures provide secure document signing benefits, including enhanced security, legal validity, and increased efficiency. Organisations can streamline workflows, reduce costs, and improve productivity by leveraging cryptography and electronic authentication. As technology advances, digital signatures will ensure document authenticity, integrity, and security, paving the way for a more efficient, secure, and sustainable future.

WebNIC offers multiple Digital Signing Certificates services:

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DigiCert is a trusted certificate authority offering digital certificate solutions, including digital signing certificates for secure email communication and code integrity verification, ensuring industry standards compliance. 

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Sectigo offers digital certificate solutions for securing digital transactions across industries, compatible with major software platforms and supporting various algorithms, focusing on user-friendly experiences for enhanced security. 

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GlobalSign is a trusted CA offering digital certificate services, including digital signing certificates, catering to individuals, enterprises, and governments. They adhere to industry standards, provide robust cryptographic algorithms, and offer features like timestamping and long-term validation. 

Digicert, Sectigo, and GlobalSign are reliable digital signing certificate providers, offering various features and reputations for organisations and individuals. 

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Countering Cyber Impersonation: Protect Your Brand

Countering Cyber Impersonation

In today’s interconnected world, cyber impersonation has emerged as a significant threat, targeting individuals, businesses, and brands alike. The consequences of falling victim to impersonation can be devastating, including financial losses, damage to reputation, and loss of customer trust. To safeguard your brand’s integrity and protect yourself from these cyber threats, it is crucial to implement practical solutions that counter cyber impersonation. This blog post will explore critical solutions that can help you counter cyber impersonation and protect your brand from malicious actors. 

Solutions to combat cyber impersonation


Robust Digital Identity Verification

Implementing robust digital identity verification measures is one of the primary defences against cyber impersonation. By verifying the identity of individuals or entities attempting to interact with your brand, you can ensure that you deal with legitimate parties. Digital identity verification solutions employ biometrics, multi-factor authentication, and identity document verification techniques to establish trust and authenticate users. 

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Brand Monitoring and Online Reputation Management

Monitoring your brand’s online presence is essential to detect and address cyber impersonation promptly. By employing brand monitoring and online reputation management tools, you can monitor social media platforms, online marketplaces, and websites to identify unauthorised use of your brand assets. Swift action can then be taken to mitigate the damage caused by impersonation attempts and protect your brand’s reputation.


Educating Employees and Customers

Monitoring your brand’s online presence is essential to promptly detect and address cyber impersonation. By employing brand monitoring and online reputation management tools, you can monitor social media platforms, online marketplaces, and websites to identify unauthorised use of your brand assets. Swift action can then be taken to mitigate the damage caused by impersonation attempts and protect your brand’s reputation.

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Incident Response Planning

Developing a robust incident response plan is crucial for effectively countering cyber impersonation. This plan should outline the steps to be taken in the event of a cyber impersonation incident, including the roles and responsibilities of team members, communication protocols, and strategies for remediation. By having a well-defined plan, you can minimise the impact of impersonation attempts and respond swiftly to mitigate any potential damage.

Collaboration with Trusted Certification Authorities

Partnering with trusted certification authorities, such as DigiCert, Sectigo, and GlobalSign, can significantly enhance your brand’s security against cyber impersonation. These authorities provide comprehensive solutions that include digital certificates, encryption technologies, and identity validation services. By implementing these solutions, you can establish a secure online environment, protect your brand from impersonation attempts, and build customer trust. 

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Comprehensive Digital Certificates and Authentication with DigiCert: 

DigiCert, a trusted name in the industry, offers comprehensive digital certificates and authentication solutions to fortify your brand’s defences against cyber impersonation. By implementing DigiCert’s advanced technologies, you can ensure secure connections and verify the authenticity of your brand online. Their robust encryption measures and identity validation help establish trust and protect your customers from falling victim to impersonation attempts. 

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Proactive Brand Protection with Sectigo: 

Sectigo specialises in proactive brand protection solutions that empower businesses to detect and prevent unauthorised use of their brand assets. Their comprehensive monitoring tools and threat intelligence help identify potential impersonation threats early on, allowing you to take swift action. Sectigo’s advanced algorithms enable continuous monitoring of digital channels, social media platforms, and websites, safeguarding your brand’s reputation and customer trust

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Trusted Digital Identity Solutions with GlobalSign: 

GlobalSign offers trusted digital identity solutions that are crucial in countering cyber impersonation. Their technologies enable businesses to verify and authenticate their brand’s digital assets, providing a secure foundation for online transactions and interactions. By leveraging GlobalSign’s expertise, you can establish trust, mitigate the risk of impersonation, and protect your brand from fraudulent activities. 

Arm yourself against cyber impersonation.

Cyber impersonation is a pervasive threat in today’s digital landscape, but with the right solutions and proactive measures, you can effectively counter it and protect your brand. By implementing robust digital identity verification, monitoring your brand’s online presence, educating employees and customers, having a well-prepared incident response plan and collaborating with trusted certification authorities, you can strengthen your defences against cyber impersonation. 


Ecommerce Security Checklist 2023

For many businesses, security only becomes an issue when a problem arises. Whether you are a small business or a multi-billion-dollar corporation, security threats are issues for everyone with an eCommerce site.

When valuable personal data is involved, cybercriminals are attracted to every size of business. Online shops in particular are attractive given the information involved, including credit card and other payment details. Smaller businesses are often the most attractive targets because they are more likely to lack the security infrastructure to prevent or stop attacks.

Avoiding costly cyber attacks is not the only reason to be aware of security. Complying with data protection laws and regulations is also increasingly important for companies as rules evolve. Read on to understand your security requirements to ensure your e-commerce sites adapt and conform in the most efficient and user-friendly way possible.


What is website security?

Website security, especially in an eCommerce environment, involves protecting your site from cyber attacks. These often involve attempts to steal data and content, particularly personal information. This data and content are then used for cybercriminals’ use or sold to third parties. Some attacks may also involve requests for money to end the attack. Hackers may also target a site to install malware on visitors’ devices, impact a company’s reputation or SEO rankings, gain access to restricted areas of a website, or use a site to send spam. 

Common security breaches include:

  • Distributed denial of service (DDoS) attack, where an attempt is made to overload a server with traffic to compromise functionality or take a site offline.
  • Ransomware, is malicious software that encrypts the site’s files to ask for a ransom to decrypt them.
  • Search query language (SQL) injection, where malicious code is inserted to gain access to a database where sensitive information like payment and password details are stored.
  • Cross-site scripting (XSS), where malicious JavaScript code is inserted to view customers’ credentials and cookies or to rewrite a page.
  • Credential reuse, where user information from another site is used on your site by exploiting users’ reused passwords.
  • Payment fraud, where illegally obtained payment details (for example, stolen passwords or details obtained through phishing schemes) like credit card numbers are used for purchase.

Impacts of cyber attacks

Cyber threats include phishing, compromised business emails, a vulnerability in third-party software, stolen or compromised credentials and malicious insiders. An attack can result in lost sales and customers. They also result in website downtime, which also impacts a company’s bottom line.

In 2022, 83% of companies experienced at least one data breach according to IBM’s 2022 Data Breach Report. The same report found that the average cost of a data breach was $9.44 million in the United States, with the global average at $4.35 million. Plus, it takes an average of about nine months to identify and contain a breach.

There is also a reputational risk when you suffer a security breach, especially if large amounts of personal data are compromised. One study found that a company loses up to 30% of its value when customer trust is lost.

Security checklist to protect your website

Ensuring your e-commerce site is secure is an ongoing process. Web security is evolving, so businesses need to ensure their website offers the best security as threats and requirements change. Here are some important steps to make your site secure.

Choose the right eCommerce solution

eCommerce solutions offer different services and features, and not all of them have strong infrastructure or security expertise. Some providers, for example, offer threat assessments and modelling as well as tests to check code and penetration to help prevent cyber attacks. Look for solutions that offer managed and 24/7 security support.

Effectively control admin rights

The number of people with admin rights to your site will change as your company grows. As employees come and go, the people who have access to your site will also evolve. It is important to keep track of admin rights and award them with caution. Remove permissions as soon as an employee departs and avoid giving access to anyone who does not need it.

Get an SSL certificate

Secure Sockets Layer (SSL) is encryption that protects data. For example, payment information is encrypted to make it difficult for data to be intercepted. SSL certificates provide improved security by encrypting data communication between servers and browsers. Any site with an SSL certificate is displayed as ‘https’, giving users greater confidence that their data will be processed securely.

Responsibly manage user data

For businesses, data is an important tool to inform their products and services. It is tempting to collect and store as much information as possible. You should only collect essential information. Anything more than what you need to complete, for example, a purchase on your site should not be collected. The payment information should also never be stored on servers unless it is for recurring payments. Also, give users the option to easily and quickly delete their data.

Encourage strong passwords

Many of us are guilty of choosing simple passwords or reusing them across different sites. You can encourage online security by reminding users to pick a strong password and why this is important. Share information on criteria for a strong password, such as a mix of letters, numbers, symbols, and capitalized letters. Internally, it is also important to create complex and unique passwords for your accounts.

Enable two-factor authentication

Two-factor authentication (2FA) helps increase security by reducing the chances of someone guessing a password. It typically requires a user to verify a log-in or changes to their account by entering a code provided via email or text message. Giving this option to users and using it for your accounts is a simple way to reduce unauthorized access.

Audit third-party apps and plugins

Apps and plugins offer varying degrees of security, especially when it comes to storing data. It is important to regularly check whether you are using third-party apps and plugins. If you do not need one, remove it. This will help limit the number of third parties with access to your data and site.

Add a registry lock

A registry lock offers protection against domain hijacking. It blocks unauthorized changes by adding an extra layer with an offline verification process. This can be used to, for example, delete or transfer data.

Create backups

If your site is hacked or there is another security breach, having a backup of your site will help minimize disruption. A backup can be used to restore data and settings. This can be done without using the corrupted code since the backup is independent of the compromised site.

Create a secure online presence

Cyber risks are increasing. Reducing cyber risks helps save businesses time and money. Being proactive in securing your site is essential in helping to stop these and other types of threats to your business. Ensure that you follow the above checklist to ensure that your E-commerce website is safe from attacks in 2023 and beyond.

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Author Bio:

Dylan Thebault is an SEO Executive at Digital Funnel, an SEO agency that provides services to increase website organic traffic and revenue.


Secure Domain name digitally


A million-dollar question: why are pornographic websites always in high traffic volume? It’s no secret that the internet is flooded with explicit content, and it is obviously that there is a significant demand for it. The popularity of such websites is backed by data from various sources. According to sources from SimilarWeb, a leading digital market intelligence company, pornography websites consistently rank in the top 20 most-visited websites globally. In fact, some of the most popular pornographic websites receive billions of visits per month. Similarly, SEMrush, a SEO Management site, found that searches for pornography-related contents are among the top searched terms on search engines worldwide.

Before we dive into the specifics of the AdultBlock function, let’s take a moment to appreciate the creative (and sometimes downright inappropriate) domain names that pornographic websites use. From “.adult”, “.porn”, .sex; these are the typical example of adult-themed Top-Level Domains (TLDs). These websites spare no effort in coming up with eye-catching and attention-grabbing domain names. And let’s not forget about the domain name extension, which can range from the standard “.com” to the more risqué “.xxx” or “.porn.”

The AdultBlock service is a domain protection tool that blocks unauthorized domain registrations in the adult-themed top-level domains (TLDs): .adult, .porn, .sex, and .xxx. Domain owners can prevent anyone else from registering domain names in the four TLDs that contain above mentioned term. This helps to protect their brand, reputation, and online presence from being associated with adult-themed content, which can be detrimental to businesses and individuals alike.


AdultBlock service provides a valuable tool for domain protection in the adult-themed TLDs. By preventing unauthorized domain registrations and enforcing strict monitoring and enforcement measures, users can safeguard their online presence and reputation from potentially damaging associations with adult-themed content.

Robust Domain Protection

Domain protection is the key to protecting your online identity and digital branding, while optimizing user experience – without compromise. With the right domain protection tools and strategies, you can establish a strong online presence that reflects your values, engages your audience, and stands the test of time.

The AdultBlock service provides robust protection for your brand and online presence in several ways. Here are top four key benefits of the usage:

Protecting your brand from reputation damage

By blocking unauthorized domain registrations in the adult-themed TLDs, the AdultBlock service helps prevent your brand from being associated with adult-themed content. This could be especially important for businesses or individuals with a family-friendly brand image, as association with adult content can damage their reputation and credibility.

Preventing cybersquatting


Cybersquatting is the act of registering a domain name that is similar to a trademarked or well-known brand with the intent to profit from it. The AdultBlock service helps prevent cybersquatting by blocking unauthorized domain registrations that contain your brand name or other trademarked terms.

Guarding against phishing and malicious code

Cybercriminals often use domain names that are similar to well-known brands or businesses to launch phishing attacks or distribute malware. The AdultBlock service can help guard against these threats by blocking unauthorized domain registrations that could be used for phishing or to distribute malicious code.

It blocks all unauthorized domain registrations of the submitted term in the adult-themed TLDs, including premium domain names. This means that users don’t have to pay extra to block premium domain names that could potentially be used for malicious purposes.


Safeguarding your brand's intellectual property

It helps protect your brand’s intellectual property by preventing unauthorized use of your brand name or other trademarked terms in the adult-themed TLDs. A brand’s intellectual property refers to the intangible assets that are associated with the brand, such as trademarks, copyrights, and patents. These assets are often a company’s most valuable assets and can be protected through legal means to prevent others from using or profiting from them without authorization.


In summary, the AdultBlock service provides comprehensive protection for your brand and online presence in the adult-themed TLDs. By preventing unauthorized domain registrations, enforcing strict monitoring and enforcement measures, and blocking premium domain names at no additional cost, the AdultBlock service can help safeguard your brand’s reputation, intellectual property, and online presence.


How to buy SSL Certificate

In today’s digital age, website security is of utmost importance. As online users continue to grow more concerned about the safety of their personal data, businesses must take proactive steps to secure their website and protect their customers. One way to do this is by purchasing an SSL certificate for your website. In this blog, we’ll take you through the process of buying an SSL certificate, step by step.


What is an SSL Certificate?

SSL stands for Secure Sockets Layer. An SSL certificate is a digital certificate that encrypts data transmitted between a website and its visitors. This encryption ensures that sensitive information such as passwords, credit card numbers, and other personal data remain secure. SSL certificates are issued by Certificate Authorities (CA) who verify the identity of the website owner and the authenticity of the SSL certificate.

Why Do You Need an SSL Certificate?

SSL Certificate is a fundamental step to form Digital Trust with your website users. There are several reasons why you need an SSL certificate for your website:

1. Protects Your Website from Cyber Attacks


An SSL certificate protects your website from cyber-attacks such as man-in-the-middle (MITM) attacks and phishing. These attacks occur when a hacker intercepts the data being transmitted between your website and your visitors. SSL encryption makes it impossible for hackers to read this data.

2. Builds Trust with Your Customers

When you have an SSL certificate, your website URL will begin with “https” instead of “http”. The “s” stands for “secure” and indicates to your visitors that your website is safe to use. This builds trust with your customers and may help to increase conversions. Read more about the importance of SSL Cert here.

Google has made it clear that website security is a ranking factor. This means that websites with SSL certificates are more likely to rank higher in search engine results pages (SERPs) than those without. Now we know why you need an SSL certificate, let’s take a look at how to buy one.

How to purchase SSL Certificates

Step 1: Determine the types of SSL Certificate You Needs

The first step in buying an SSL certificate is to determine your SSL certificate needs. There are several types of SSL certificates available, and the one you choose will depend on your website’s needs.

 Domain Validated (DV) SSL Certificate – This type of SSL certificate verifies only that you own the domain name. It is the most basic type of SSL certificate and is suitable for small websites and blogs. DV is also the most basic and affordable option. They only verify that you own the domain name you want to secure

Organization Validated (OV) SSL Certificate verifies that your business is a legal entity and that you own the domain name. It is suitable for small to medium-sized businesses. Organization Validated (OV) SSL Certificate require additional documentation to verify that your organization is legitimate and registered. These certificates include your company’s name in the certificate, giving website visitors more information about who you are

Extended Validation (EV) SSL Certificate provides the highest level of validation. It verifies that your business is a legal entity, that you own the domain name, and that your business is registered with the relevant government authority. It is suitable for large businesses and e-commerce websites. 

EV are slightly expensive and rigorous type of SSL certificate. They require extensive documentation to verify your organization’s identity, and the certificate turns the address bar green in modern web browsers, providing a high level of visual trust to website visitors.

Wildcard SSL Certificate allows you to secure multiple subdomains with a single certificate. It is suitable for large websites with multiple subdomains.

Multi-Domain SSL Certificate – This type of SSL certificate allows you to secure multiple domains with a single certificate. It is suitable for businesses with multiple websites.

Step 2: Choose Your SSL Certificate Provider

Once you have determined your SSL certificate needs, the next step is to choose your SSL certificate provider. There are several SSL certificate providers available, each with its own set of features and pricing. Some popular SSL certificate providers that are partnering with WebNIC include: Digicert; Sectigo or formerly known as COMODO; and GlobalSign. When choosing your SSL certificate provider, make sure to compare features and pricing to find the best fit for your website’s needs. 


You’ll want to choose a Certificate Authority, CA that is recognized and trusted by major web browsers, as this ensures that your SSL certificate will be recognized as valid and your website visitors won’t see any warning messages.

Step 3: Generate a Certificate Signing Request (CSR)

To purchase an SSL certificate, you’ll need to generate a certificate signing request (CSR) from your web hosting control panel or server. The CSR is a file that contains information about your website and organization that the CA will use to verify your identity and create your SSL certificate. When generating your CSR, you’ll need to provide the following information:

  • Common name (your domain name)
  • Organization name (for OV and EV certificates)
  • Organizational unit (for OV and EV certificates)
  • City/town
  • State/province
  • Country

Once you’ve generated your CSR, you’ll need to submit it to the CA along with your payment to purchase your SSL certificate.

Step 4: Install Your SSL Certificate

Once your SSL certificate is issued by the CA, you’ll need to install it on your web server. The exact process for installing an SSL certificate varies depending on your web hosting provider and server software, but typically involves uploading the certificate file and updating your website’s configuration files to use HTTPS instead of HTTP.

Extra Tips: If you’re not so sure on installing the SSL certificate yourself, you can usually request assistance from your web hosting provider or a professional web developer.


Buy SSL certificate at wholesale prices

WebNIC, a platinum partner with a Certificate Authority (CA)* and offers SSL certificates at wholesale prices to WebNIC Resellers. Resellers could benefit from these wholesale prices and offer SSL certificates to your clients at a competitive rate. Additionally, WebNIC offers excellent customer support, making the SSL certificate buying process hassle-free. When purchasing an SSL certificate, it is important to ensure that the certificate is issued by a trusted Certificate Authority and that it is compatible with your website hosting platform. Additionally, it is important to ensure that the SSL certificate provides the necessary level of security for your website, such as the appropriate level of encryption and validation.


SSL Certificate in a nutshell

An SSL certificate is an essential component of any website that collects sensitive information from users, such as login credentials, payment information, and personal data. By encrypting data in transit and verifying your website’s identity, an SSL certificate helps to protect your website visitors from malicious attacks and builds trust in your brand. By taking the time to properly secure your website with an SSL certificate, you’ll be providing a safer and more trustworthy experience for your website visitors.


What Is Certificate Lifecycle Management (CLM)?

In today’s fast-paced digital world, security is more important than ever. With so much sensitive information being shared online, it’s crucial to ensure that personal data is secure and encrypted. One way to do this is by using digital certificates, which serve as a form of identification and authorization for online interaction. However, managing these certificates is not a simple task, especially for organizations with numerous certificates to handle. That’s where a solution called Certificate Lifecycle Management (CLM) comes in. 

About Certificate Lifecycle Management (CLM)

Certificate Lifecycle Management (CLM) is the process of managing digital certificates, from the time of their creation to expiration, including the renewal and revocation of certificates. A CLM console is designed to help organizations to manage their digital certificates, making sure that their digital certificates are always up-to-date, secure, and in compliance with industry standards and regulations. DigiCert, Entrust, GlobalSign, and other providers are just a few that provide CLM solutions. 

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The Stages of Certificate Lifecycle Management

There are several different stages in the digital certificate’s lifecycle, and it is not set in stone. In this section we will delve into five stages of the digital certificate lifecycle: discovery, creation, installation, renewal, and revocation. Let’s take a closer look at each of these stages.

  1. Discovery
    The discovery stage is where organizations track and monitor all the digital certificates within their network. This involves identifying missing, expired, or compromised digital certificates and categorizing them. Organizations typically use automated tools to scan their networks and identify any certificates that are currently in use. This stage is critical because it allows organizations to identify any expiring certificate, potential risks or vulnerabilities that may exist. 
  2. Creation
    This stage involves generating a public-private key pair, creating a Certificate Signing Request (CSR), and submitting the CSR to a Certificate Authority (CA) for verification. The CA will verify the requester’s identity and issue the digital certificate to the requester.  
  3. Installation
    Once the digital certificate is issued by the CA, it has to be set up on the server or device it is intended for. This is to ensure that any communication between the server or device and other parties is encrypted and secure. 
  4. Renewal
    Certificates currently have a lifetime of approximately 398 days, or 13 months, after which they expire and can no longer be used. To ensure seamless website security, it’s important to renew digital certificates before they reach their expiration date. Just like the creation stage, the renewal of a certificate requires generating a new CSR and submitting it to the CA for verification. 
  5. Revocation
    In some cases, it becomes necessary to revoke a digital certificate prior to its expiration date. This could be due to a security breach, a lost or stolen private key, or a change in the certificate holder’s status. When a certificate is revoked, it is added to a Certificate Revocation List (CRL), which informs users that the certificate is no longer valid and should not be trusted. 

Managing the lifecycle of digital certificates is complex and requires attention to detail and adherence to best practices. However, the benefits of certificate lifecycle management are numerous

  1. CLM ensures that digital certificates are always up-to-date and secure, reducing the risk of security breaches and other threats;
  2. It also helps organizations comply with industry standards and regulations, such as the Payment Card Industry Data Security Standard (PCI DSS) and the General Data Protection Regulation (GDPR);
  3. By automating the certificate lifecycle management process, organizations can save time and reduce the cost of manual certificate management. 
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Case Study

AVEVA, a company that drives digital transformation through industrial software, was facing a challenge in managing digital certificates across its 80 locations in more than 40 countries. Their approach was piecemeal – their software developers and IT staff bought certificates as needed for their projects or users, respectively, from multiple certificate authorities (CAs) without a centralized system or standardized process. As a result, they faced gaps in TLS management, higher costs, and difficulty in tracking expiring certificates. However, AVEVA found a solution in CertCentral – a certificate management platform by DigiCert. DigiCert CertCentral enabled them to centralize TLS operations, streamline processes, and integrate code signing, which was a game-changer for AVEVA’s developers. The platform’s Discovery tool made it easier for IT staff to track where legacy certificates were acquired, which was crucial for a multi-company merger environment. CertCentral helped AVEVA increase efficiency and optimize client resources through better monitoring and control. Overall, the solution was a perfect fit for AVEVA’s needs, and it provided a holistic view of how the company approached front-end server security. 

DigiCert CertCentral and WebNIC

As a Platinum Partner of DigiCert, WebNIC is proud to offer the DigiCert CertCentral solution for enterprises. CertCentral is a comprehensive certificate management platform that simplifies the process of managing SSL/TLS certificates. With CertCentral’s certificate lifecycle feature, you can easily track every certificate, help you avoid the hassle and improve security. If you’re looking for a reliable, easy-to-use certificate management solution, DigiCert CertCentral is an excellent choice. Contact us today at [email protected] to learn more about how WebNIC can help you implement CertCentral in your organization. 

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Author: Chan Kang

What Is Certificate Lifecycle Management (CLM)? 35

Designer: Jackson

What is Domain Masking: Everything you need to know about it 36

What is Domain Masking: Everything you need to know about it

What is Domain Masking: Everything you need to know about it

Domain masking, also known as URL masking or domain cloaking, is a technique used to redirect visitors from a domain or subdomain to another website, while keeping the original domain or subdomain in the URL bar. The main purpose of domain masking is to make a website appear to be hosted on a different domain, without changing the underlying website’s URL.

What is Domain Masking: Everything you need to know about it 37

For instance, if your brand or company owns the domain “” and wants to redirect visitors to the main website, which is located at “”, they can set up a redirect on the server for “” to “”. 

When a visitor types in “” in their browser, they will be redirected to “”, but the URL in the browser will still show “”. This way, if someone creates a phishing website using your brand’s name, visitors will be directed to your legitimate website instead.

Why Domain Masking: 3 reasons of using and 1 malicious usage to be aware of

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In today’s digital age, protecting your brand’s reputation is more important than ever. With the rise of phishing scams and malicious content, it’s crucial to take steps to ensure that your brand is not associated with anything that could harm its reputation. By implementing domain masking, you can protect your brand from being associated with potentially harmful or malicious content.

1. Protect your brand’s reputation

One of the main reasons why people use domain masking is to protect their brand digitally. For example, if a company owns several different domain names, they may want to redirect visitors who type in one of the unused domain names to their main website. This can prevent confusion and ensure that visitors always land on the correct website. 

Additionally, it can also be used to hide affiliate links, so that they do not appear to be affiliate links, but instead appear to be part of the website’s main domain.

2. Protecting Privacy

The next use case of domain masking is to protect the privacy of the website owner. Some website owners may not want to reveal their personal or business information on the WHOIS record of their domain name, as it can be accessed by anyone. By using domain masking, the personal or business information is hidden and replaced with the information of the domain masking service provider. This can protect the privacy of the website owner and prevent unwanted contact or spam.

3. Domain Parking

Another use of domain masking is for domain parking. Domain parking is when a domain name is registered, but no website is built on it yet. Instead, the domain is pointed to a “parking page” which may show ads and links related to the domain name. This can be a way for the domain name owner to make some income, as visitors may click on the ads and links on the parking page. By using domain masking, the parking page can be made to appear as if it is part of the domain name, rather than a separate page.

4. Malicious Use

What is Domain Masking: Everything you need to know about it 39

However, it’s important to note that domain masking can also be used for malicious purposes. Some spammers or scammers may use domain masking to hide the true origin of a website or to make a website appear more trustworthy than it actually is. 

For this reason, it is important to be cautious when clicking on links from websites that use domain masking and to always verify the authenticity of a website before entering any personal or financial information.

How does Domain Masking work?

This can be done using a redirect in the website’s server or by using an iframe.


This is done by configuring the server to redirect all requests for a specific domain or subdomain to another website. For example, a company can redirect visitors from “” to their main website “” while keeping the URL as “”


Another method to implement domain masking is through the use of an iframe, an HTML element that allows a website to embed another website within its own webpage, while keeping the original domain or subdomain in the URL bar. This method is commonly used by domain parking providers to show ads and links related to the parked domain.

Domain Name Registrar

In most cases, you can use domain masking by contacting your domain registrar and requesting for domain masking. They will provide you with the necessary steps to set it up and point your domain to the desired web page.

What company/ organization needs a Domain Masking?

There are a variety of companies and organizations that may need to use domain masking. Some examples include:

  • E-Commerce companies may want to use domain masking to redirect customers to a specific landing page or product page, while keeping the original domain or subdomain in the URL bar.
  • Banks & other Financial institutions may want to use domain masking to protect their customers from phishing scams and ensure that they are always directed to the institution’s legitimate website.
  • Non-profit organizations (NPO) may want to use domain masking to redirect visitors to a specific campaign or donation page, while keeping the original domain or subdomain in the URL bar.
  • Government agencies may use domain masking to protect citizens from phishing scams and ensure that they are always directed to the agency’s legitimate website.
  • Educational institutions may want to use domain masking to redirect students and faculty to specific portals or resources, while keeping the original domain or subdomain in the URL bar.
  • Marketing agencies may want to use domain masking to redirect visitors to a specific landing page or campaign, while keeping the original domain or subdomain in the URL bar.
  • IT companies may want to use domain masking to redirect visitors to specific services or resources, while keeping the original domain or subdomain in the URL bar.

These are just a few examples of companies and organizations that may need to use domain masking. Ultimately, any company or organization that wants to protect its brand’s reputation and ensure that its visitors are always directed to its legitimate website may want to consider using domain masking.

In summary, it is a useful tool for protecting your brand, domain parking, protecting privacy. It’s important to be cautious when clicking on links from websites that use domain masking and to always verify the authenticity of a website before entering any personal or financial information. To start domain masking today!

Author: Liaw Chan Kang