sitelock
Cyber Security, Security, SiteLock Web Security

Protect Your Website from Hackers with SiteLock Web Security

Are you worried about your website being hacked? Hackers are constantly looking for ways to exploit vulnerabilities in websites, and if they are successful, they can steal your data, damage your reputation, or even take your website offline. SiteLock Web Security SiteLock Web Security is a comprehensive solution that can help you protect your website from a wide range of threats. With SiteLock, you can: Scan your website for malware and vulnerabilities on a daily basis. Receive alerts about potential threats so you can take action quickly. Remove malware and fix vulnerabilities automatically. Get a SiteLock seal of trust to show your visitors that your website is secure. In addition to its comprehensive security features, SiteLock also offers a number of other benefits, including: Easy to use: SiteLock is easy to set up and use, even if you don’t have a lot of technical experience. Affordable: SiteLock is competitively priced, and there are plans to fit any budget. 24/7 support: SiteLock offers 24/7 support in case you need help with anything. If you are serious about protecting your website from hackers, then you need to get SiteLock Web Security. With SiteLock, you can rest assured knowing that your website is safe and secure.   In addition to the benefits mentioned above, SiteLock Web Security also offers a number of other features that can help you protect your website, such as: Bot protection: SiteLock can block malicious bots from accessing your website, which can help to prevent attacks such as denial-of-service (DoS) attacks. Content filtering: SiteLock can filter out malicious content from your website, such as phishing emails and malware downloads. Data encryption: SiteLock can encrypt sensitive data on your website, such as credit card numbers and passwords, which can help to protect it from unauthorized access. SiteLock Web Security is a powerful tool that can help you protect your website from a wide range of threats. If you are serious about protecting your website, then you need to get SiteLock Web Security. To learn more about SiteLock Web Security and how it can help you protect your website, visit the GOESecure website today and get a free quote.

codeguard
CodeGuard, Cyber Security, Security

Protect Your Website with CodeGuard Backup Solution – A Reliable Backup and Restore Service

Your website is your online home. It’s where you connect with customers, share your products and services, and build your brand. But what happens if your website is hacked or goes down? A website hack can be devastating. It can cost you money, damage your reputation, and even put your customers’ data at risk. A website outage can also be costly. It can lose you sales, damage your reputation, and make it difficult to connect with customers. That’s where CodeGuard comes in. CodeGuard is a website backup solution that helps you protect your website from data loss and downtime. With CodeGuard, you can rest assured knowing that your website is always backed up and ready to go. Here are just a few of the benefits of using CodeGuard: Automatic backups: CodeGuard automatically backs up your website on a regular basis, so you don’t have to worry about doing it yourself. Easy to use: CodeGuard is easy to set up and use, even if you’re not a tech-savvy person. Affordable: CodeGuard is very affordable, especially when you consider the peace of mind it provides. If you’re serious about protecting your website, then you need CodeGuard. With CodeGuard, you can rest assured knowing that your website is always safe and secure. How CodeGuard Works CodeGuard works by automatically backing up your website on a regular basis. This means that if your website is hacked or goes down, you can restore it from a backup. CodeGuard also offers a variety of features that make it easy to restore your website, including: One-click restore: With CodeGuard, you can restore your website with just one click. Different restore points: CodeGuard allows you to restore your website from different restore points. This means that you can restore your website to a point in time before it was hacked or went down. Different restore methods: CodeGuard offers a variety of restore methods, including: Restore to the original location: This method restores your website to its original location. Restore to a new location: This method restores your website to a new location.   Why You Should Choose CodeGuard There are many reasons why you should choose CodeGuard for your website backup needs. Here are just a few: Automatic backups: CodeGuard automatically backs up your website on a regular basis, so you don’t have to worry about doing it yourself. Easy to use: CodeGuard is easy to set up and use, even if you’re not a tech-savvy person. Affordable: CodeGuard is very affordable, especially when you consider the peace of mind it provides. Wide range of features: CodeGuard offers a wide range of features that make it easy to protect your website, including: Automatic backups Easy to use Affordable Different restore points Different restore methods 24/7 support: CodeGuard offers 24/7 support, so you can always get help if you need it. If you’re serious about protecting your website, then you need CodeGuard. With CodeGuard, you can rest assured knowing that your website is always safe and secure. Sign up for CodeGuard today and start protecting your website from data loss and downtime. You can start using CodeGuard as low as ₹1,750.00/yr

digicert
Cyber Security, Secure Sockets Layer, Security, SSL Certificate

The Importance of Extended Validation SSL for Ecommerce Websites

In today’s digital age, where online transactions have become the norm, ensuring the security and trustworthiness of ecommerce websites is of paramount importance. One crucial aspect of website security is the implementation of SSL (Secure Sockets Layer) certificates. Among the different types of SSL certificates available, extended validation (EV) SSL holds a special significance for ecommerce websites. In this article, we will explore what extended validation SSL is and why it is essential for ecommerce websites. Extended validation SSL is a type of digital certificate that provides the highest level of authentication and security for websites. It offers a rigorous verification process, where the issuing certificate authority (CA) thoroughly examines the identity of the organization behind the website. This validation process includes verifying the legal existence of the organization, conducting checks on the domain ownership, and confirming the applicant’s authorization to request an EV SSL certificate. Now, you might wonder why extended validation SSL is specifically crucial for ecommerce websites. Here are five reasons that highlight its importance: Trust and Confidence: EV SSL certificates provide the highest level of trust and confidence to visitors. When a user visits an ecommerce website secured with an EV SSL certificate, the browser’s address bar prominently displays the organization’s name, turning it green in most browsers. This visual indicator reassures customers that they are on a legitimate and secure website, significantly boosting their trust and confidence in making online purchases. Protection against Phishing Attacks: Phishing attacks are a significant concern for ecommerce websites. Cybercriminals often create fraudulent websites that resemble legitimate ecommerce platforms to deceive unsuspecting users into disclosing their sensitive information. EV SSL certificates help combat phishing attacks by clearly differentiating legitimate websites from fake ones. The stringent validation process involved in obtaining an EV SSL certificate makes it highly unlikely for phishing websites to acquire one. Enhanced Conversion Rates: Trust is a crucial factor in driving conversions for ecommerce websites. When visitors trust a website, they are more likely to complete their purchases and share their credit card information. The visual cues provided by EV SSL certificates, such as the green address bar and the organization’s name, significantly enhance customer trust. This increased trust, in turn, leads to higher conversion rates, ultimately benefiting the ecommerce business. Protection of Sensitive Data: Ecommerce websites deal with sensitive customer information, including personal details and financial data. Extended validation SSL ensures that this data is transmitted securely between the website and the user’s browser. By encrypting the data and establishing a secure connection, EV SSL certificates safeguard sensitive information from interception by unauthorized individuals. Compliance with Industry Standards: Many regulatory bodies and industry standards require ecommerce websites to implement SSL certificates. Extended validation SSL is often a recommended choice for meeting these requirements. By deploying EV SSL, ecommerce businesses demonstrate their commitment to security and compliance, thereby avoiding penalties and maintaining a positive reputation. In conclusion, extended validation SSL plays a vital role in securing ecommerce websites. It provides a high level of trust and confidence to customers, protects against phishing attacks, boosts conversion rates, safeguards sensitive data, and ensures compliance with industry standards. Implementing an EV SSL certificate should be a priority for any ecommerce business aiming to establish a secure online presence and build customer trust.

privacysandbox
Cyber Security, Other, Security

Privacy Sandbox Initiative: Google’s Plan to Eliminate Third-Party Cookies from 2024

Introduction: The Privacy Sandbox Initiative, spearheaded by Google, is an ambitious project aimed at enhancing user privacy while maintaining the viability of the online advertising ecosystem. As part of this initiative, Google has announced its plan to phase out third-party cookies, which are widely used for targeted advertising, starting in 2024. This report provides a detailed overview of the Privacy Sandbox Initiative and its implications for users, advertisers, and the digital advertising industry as a whole. Background: The Role of Cookies: Cookies are small text files that websites store on a user’s browser to track their activities and preferences. Third-party cookies, in particular, are placed by domains other than the website being visited, enabling advertisers to collect data and deliver personalized ads across multiple sites. Privacy Concerns: While third-party cookies have been instrumental in targeted advertising, they have also raised significant privacy concerns. Users’ online behavior is often tracked without their explicit consent, leading to a lack of transparency and control over their personal data. The increasing prevalence of ad-blocking tools and privacy regulations, such as the General Data Protection Regulation (GDPR), have further highlighted the need for more privacy-focused solutions. The Privacy Sandbox Initiative: Objectives: The Privacy Sandbox Initiative aims to strike a balance between user privacy and the needs of advertisers by developing alternative solutions to third-party cookies. The core objectives of the initiative are: a. Preserving privacy: Ensuring that user data remains secure and private while maintaining the ability to deliver relevant advertising. b. Minimizing tracking mechanisms: Reducing the reliance on third-party cookies for ad targeting and tracking. c. Enhancing user experience: Exploring privacy-focused methods that improve user experience and minimize the disruption caused by ad-blockers. Proposed Alternatives: Google has proposed several privacy-enhancing alternatives to third-party cookies. These include: a. Federated Learning of Cohorts (FLoC): Instead of tracking individual users, FLoC groups users into larger cohorts with similar browsing behavior. Advertisers can target these cohorts without revealing detailed personal information. b. TURTLEDOVE: This technology allows interest-based ad targeting without sharing user data with advertisers. It uses a combination of on-device processing and anonymization techniques. c. FLEDGE: FLEDGE is an API designed to facilitate interest-based ad auctions while maintaining user privacy. It aims to enable ad delivery without relying on third-party cookies or cross-site tracking. Implications and Challenges: User Privacy: By phasing out third-party cookies, the Privacy Sandbox Initiative intends to enhance user privacy. Users will have more control over their data and experience reduced cross-site tracking. However, concerns remain regarding the potential for alternative tracking methods and the long-term effectiveness of the proposed privacy solutions. Advertiser Impact: Advertisers heavily rely on third-party cookies for targeted advertising. The phase-out will require them to adapt their strategies and embrace the new privacy-focused alternatives. Some advertisers may face initial challenges in adjusting to these changes, but it also presents an opportunity to adopt more privacy-conscious practices and foster user trust. Industry Transformation: The digital advertising industry is likely to witness significant transformation as a result of Google’s phase-out of third-party cookies. Ad tech companies and publishers will need to adapt their technologies and business models to align with the evolving privacy landscape. Collaboration and innovation will be crucial in creating new solutions that prioritize privacy while enabling effective ad targeting. Conclusion: The Privacy Sandbox Initiative, with Google’s commitment to phasing out third-party cookies starting in 2024, represents a significant step towards enhancing user privacy in the digital advertising ecosystem. While the proposed alternatives aim to strike a balance between privacy and personalized advertising, challenges remain in implementing and fine-tuning these solutions. The industry as a whole will need to adapt and innovate to ensure a privacy-focused, yet sustainable, future for online advertising.

email
Other, Security

Safeguard Your Communication: 5 Compelling Reasons to Prioritize Email Encryption

In today’s interconnected world, email has become an integral part of our personal and professional lives. We rely on it for communication, sharing sensitive information, and conducting business transactions. However, with the increasing prevalence of cyber threats and data breaches, it’s essential to take proactive measures to protect our emails. One effective solution is email encryption, which ensures the confidentiality and integrity of your messages. Let’s explore five compelling reasons why email encryption should be next on your to-do list. Preserve Privacy and Confidentiality: Emails often contain sensitive information, such as financial data, personal details, or confidential business strategies. Without encryption, these messages are vulnerable to interception by hackers or unauthorized individuals. Email encryption uses advanced algorithms to scramble the content of your emails, making them unreadable to anyone without the decryption key. By encrypting your emails, you maintain the privacy and confidentiality of your communications, protecting both personal and business interests. Mitigate the Risk of Data Breaches: Data breaches have become alarmingly common in recent years, exposing sensitive information and causing significant financial and reputational damage. By encrypting your emails, you significantly reduce the risk of falling victim to such breaches. Even if an attacker gains unauthorized access to your email server or intercepts your messages, encrypted content remains unintelligible, rendering it useless to the attacker. Implementing email encryption acts as a strong deterrent against data breaches and safeguards your valuable data. Enhance Compliance with Regulations: Depending on your industry or geographical location, you may be subject to various data protection and privacy regulations. Organizations in sectors such as finance, healthcare, and legal services are particularly bound by stringent compliance requirements. Email encryption helps you meet these obligations by providing a secure means of transmitting sensitive data. By implementing encryption, you demonstrate your commitment to safeguarding customer information and adhering to regulatory standards, avoiding potential penalties or legal repercussions. Protect Intellectual Property and Trade Secrets: Email is often used to exchange proprietary information, intellectual property, or trade secrets within organizations. Unauthorized access to this valuable data can be catastrophic, leading to financial losses and loss of competitive advantage. Email encryption shields your confidential information from prying eyes and ensures that only authorized recipients can access it. By encrypting emails containing sensitive intellectual property or trade secrets, you maintain control over your most valuable assets, safeguarding your business interests. Establish Trust and Professionalism: In the digital age, building and maintaining trust with customers, partners, and colleagues is paramount. Encrypting your emails demonstrates a commitment to security and professionalism. It reassures recipients that their information is being handled with care and that their privacy is respected. By encrypting your emails, you convey a sense of responsibility and reliability, fostering strong relationships and enhancing your reputation as a trustworthy entity. In conclusion, email encryption is no longer a luxury but a necessity in today’s cyber-threat landscape. By prioritizing email encryption, you protect the privacy and confidentiality of your communications, mitigate the risk of data breaches, ensure compliance with regulations, safeguard intellectual property, and establish trust and professionalism. Take action today to implement email encryption and fortify your digital communication against the ever-present threats of the digital world.

cyber security statistics 1392x870 1
Other, Security

The Definitive Cyber Security Statistics Guide [2023 Edition]

This type of article needs no introduction: It’s a list of the top cyber security statistics and facts you need to know. We’ll divvy up the content into categories that make sense — everything from total financial and data losses to how these attacks impact organizations and their IT/cybersecurity staff (and everything in between). Rather than just throw a bunch of data together, we like to provide context with each item on our list of cultivated cyber security statistics. So, keep reading — we’ve got all the cyber security stats you want to know (and those you didn’t know you did). Note: This article is one that we’ll periodically update with new cyber security stats as they become available. Let’s discuss it out. Our Choice of the Top 40 Cyber Security Statistics and Facts For 2023 (So Far) Before we get started, there’s one quick thing I’d like to mention. Something that’s always important to consider when you’re looking at any list of cybersecurity statistics is that: The data is going to vary by source, and Not all cyber incidents and cybercrimes are reported. Various organizations use different qualifiers and methodologies in their reporting in terms of what may qualify as a cyber incident or data breach. Furthermore, the research is typically based on their own internal systems data, customers monitoring data, or information reported by victims of cybercrimes or survey responses from people within specific industries. And considering it can take weeks, months, or even years for some breaches or cyber attacks to be discovered — if they’re discovered at all — it means that the actual numbers may actually be higher (or lower) than what’s reported. These are just some of the reasons why you’ll often see different information from one company to the next. With these things in mind, here are your top cyber security statistics for 2022 and 2023: Cyber Security Statistics: The Growing Costs of Cyber Security Attacks, Crimes and Breaches Let’s start with the big impact that most of you really want to know: the financial costs. This section will provide a general overview of some of the increasing costs we’re seeing across virtually all industries and geographic regions. It definitely isn’t a pretty picture, but it’s information that everyone — cybersecurity experts, executives, and consumers alike — should know. 1. Reported Potential Losses Exceeded $6.9 Billion for Americans in 2021 We’re coming out swinging with this heavy stat from the FBI’s Internet Crime Complaint Center (IC3). Their 2021 Internet Crime Report shares data relating to cyber crimes reported by the American public. These reported losses were based on 847,376 reported complaints, which equates to an average loss of more than $8,140 per complaint. This 2021 ported total marks an increase of 7% over the complaints reported in 2020. For a little clarity, that’s 791,790 complaints totaling $4.2 billion in total losses (or what amounts to more than $5,300 per complaint). Here’s a quick comparison graphic to show the substantial jump in total reported losses over the past five years to the IC3: Data source: FBI Internet Crime Complaint Center’s Internet Crime Report 2021. 2. The Cost of a Data Breach for U.S. Organizations Tops $9.4 Million As many know, the U.S. isn’t a country that likes to be outdone — apparently, even when it comes to unfavorable rankings. So, for the 12th consecutive year, IBM ranks the U.S. #1 on the list of countries with the highest average data breach costs. This is according to data from IBM’s 2022 Cost of a Data Breach report. When you compare the U.S.’s $9.44 million price tag to the global average is $4.35 million, the costs are more than double. 3. The Average Cost of Data Loss Resulting From a Disruptive Cyber Incident Surpasses $1 Million Data from Dell’s Global Data Protection Index 2022 key findings report shows that the average cost of data loss due to various disruptions, including cyber incidents, was $1,057,895 in 2022. This number is more than the estimated costs of $959,4930 in 2021 and $1,013,075 in 2019. 4. The Price of Insider Threat Incidents Jumps to $15.38 Million Per Incident It’s no secret that external threats aren’t your only concern. Some threats originate inside your organization’s network, too — and those threats are increasing at an alarming rate. In collaboration with Proof Point, the Ponemon Institute’s 2022 Cost of Insider Threats Global Report shows that the number of insider threats has jumped nearly 45% over the past two years, surpassing $15 million per incident. Insider threats include everyone in your organization who causes harm through malicious or even negligent actions and behaviors. Someone doesn’t have to do something intentionally bad to fall into the category of insider threats. 5. Australia’s Average Cybercrime Costs Nearly $90,000 for Medium-Size Businesses Crikey! The Australian Cyber Security Centre (ACSC) says that cybercrime reports increased 13%, receiving more than 76,000 cybercrime reports between July 2021 and June 2022. This equates to nearly nine cybercrime reports every hour. The average cost of one of these cybercrime reports varies depending on organizational size, and the amounts may surprise you: $39,000 for small businesses, $88,000 for medium-sized businesses, $62,000 for large businesses. 6. BEC Attacks lead to ‘Hundreds of Thousands of Dollars’ in Fraudulent Food Purchases Data source: The joint cyber security advisory released by the FBI, FDA OCI, and USDA. With looming concerns about economic recessions and food shortages, some cybercriminals are targeting more basic needs via business email compromise (BEC). At the end of December 2022, the FBI, Food and Drug Administration Office of Criminal Investigations (FDA OCI), and U.S. Department of Agriculture (USDA) shared in a joint cybersecurity advisory that cybercriminals used BEC attacks to steal “hundreds of thousands of dollars” in food products and ingredients — namely, powdered milk and other ingredient products. When you calculate the amounts listed in their advisory, it totals more than $1 million in losses for those targeted suppliers and distributors. Of course, this amount only reflects the reported

https-url
Cyber Security, Secure Sockets Layer, Security, SSL Certificate

A Comprehensive Guide on How to Choose SSL Certificate for Your Website

SSL (Secure Sockets Layer) is an essential component of online security, and it’s crucial to choose the right type of SSL certificate for your website. With so many options available, choosing the right SSL certificate can be overwhelming. In this guide, we’ll cover everything you need to know to choose the best SSL certificate for your website. Determine your website’s needs: Before choosing an SSL certificate, it’s essential to determine your website’s needs. If you only need to secure a single domain, a Domain Validated (DV) certificate will suffice. If you need to secure multiple subdomains, consider a Wildcard SSL certificate. If you want to show visitors that your website is trustworthy and authenticated, consider an Extended Validation (EV) SSL certificate. Consider the level of encryption: The level of encryption is a critical factor in SSL certificate selection. The higher the level of encryption, the more secure your website will be. SSL certificates use various encryption algorithms, such as SHA-2, RSA, and ECC. Consider the level of encryption and the type of algorithm used when choosing an SSL certificate. Check the validation process: The validation process is the process by which SSL certificate providers verify the identity of the website owner. DV certificates require the least amount of validation, while EV certificates require the most. Consider the level of validation required for your website before choosing an SSL certificate. Check the warranty and support: An SSL certificate warranty protects you in case of a data breach or other security issues caused by SSL certificate failure. Check the warranty offered by the SSL provider and ensure it covers the potential risks. Additionally, ensure that the SSL provider offers adequate support and assistance in case of any issues with the certificate. Check the price: SSL certificate prices vary widely, depending on the type of certificate and the provider. It’s essential to consider the price, but don’t base your decision solely on price. Instead, consider the value offered by the SSL certificate, the level of encryption, validation process, and support provided. In conclusion, choosing the right SSL certificate is crucial for your website’s security and credibility. Consider your website’s needs, the level of encryption, validation process, warranty, support, and price when choosing an SSL certificate. By following this guide, you can make an informed decision and select the best SSL certificate for your website’s needs

server hardening
Cyber Security, Security

Server hardening using .htaccess tutorial

This is a tutorial on server hardening using .htaccess. Step 1: Access your server To begin, you’ll need to access your server. This can typically be done through an FTP client, such as FileZilla, or through your server’s control panel. Step 2: Locate the .htaccess file Once you have access to your server, you’ll need to locate the .htaccess file. This file is typically located in the root directory of your website. If you can’t find it, you may need to enable the “show hidden files” option in your FTP client. Step 3: Disable directory browsing The first step in hardening your server is to disable directory browsing. This prevents anyone from being able to see the files and directories on your server. To do this, add the following code to your .htaccess file: This will disable directory browsing, which can reveal the contents of your directories to unauthorized users. Step 4: Block IP addresses You can also use your .htaccess file to block specific IP addresses from accessing your website. This can be useful if you’re experiencing attacks from a particular IP address. To do this, add the following code to your .htaccess file: Replace “xxx.xxx.xxx.xxx” with the IP address you want to block. You can also block multiple IP addresses by adding additional “Deny from” lines. Step 5: Protect sensitive files If you have any sensitive files on your server, such as configuration files or databases, you can use your .htaccess file to protect them. To do this, add the following code to your .htaccess file: Replace “config.php” and “database.sql” with the names of your sensitive files. Step 6: Restrict file types You can also restrict certain file types from being uploaded to your server. This can help prevent attacks that use malicious files to gain access to your server. To do this, add the following code to your .htaccess file: This code will block any files with the extensions listed in the regular expression. Step 7: Enable HTTPS Finally, you can use your .htaccess file to force HTTPS on your website. This encrypts all traffic between your server and your visitors’ browsers, which can help protect sensitive data. To do this, add the following code to your .htaccess file: This code will redirect all traffic to HTTPS. 8. Limit Access to Important Files You can restrict access to sensitive files on your server by adding the following lines to your .htaccess file: This will deny access to the .htaccess and .htpasswd files, which contain sensitive information about your server configuration. 9. Prevent Hotlinking Hotlinking is the practice of linking to images, videos, or other files on your server from another website. This can increase your server load and bandwidth usage. To prevent hotlinking, add the following lines to your .htaccess file: 10. Block Bad Bots To prevent bad bots from accessing your server, add the following lines to your .htaccess file: This will block requests from common bad bots. This will prevent other websites from hotlinking to images on your server. 11. Disable Server Signature To hide your server’s identity, add the following lines to your .htaccess file: This will disable the server signature, which includes the server version number and other information. 12. Set a Time Limit for Script Execution To prevent long-running scripts from consuming too much server resources, add the following line to your .htaccess file: This will set a time limit of 30 seconds for PHP script execution.   That’s it! By following these steps, you can use your .htaccess file to harden your server and protect your website from attacks.

selfsiigned
SSL Certificate, SSL Installation

Self-Signed SSL Installation Made Simple

Here’s a step-by-step guide to generate a self-signed SSL certificate using OpenSSL: Install OpenSSL on your system if it’s not already installed. You can download OpenSSL from their official website. Open a terminal or command prompt and navigate to the directory where you want to generate the SSL certificate. Run the following command to generate a private key: This will generate a private key with a 2048-bit key length and save it to a file named “key.pem”. Run the following command to generate a certificate signing request (CSR): This will generate a CSR using the private key you just created and save it to a file named “cert.csr”. You will be prompted to provide some information about your organization and the domain name you want to secure. Now run the following command to generate a self-signed SSL certificate: This will generate a self-signed SSL certificate with a validity of 365 days and save it to a file named “cert.pem”. That’s it! You have now generated a self-signed SSL certificate using OpenSSL. Note that this certificate is not trusted by any browser or operating system, so it should only be used for testing purposes or on a private network. If you need a trusted SSL certificate for a production website, you should purchase one from a reputable certificate authority. During the SSL generation you might face this issue The error message suggests that the OID already exists in the OpenSSL object data file. This could happen if you have multiple OpenSSL installations on your system, or if there are other configuration files on your system that are using the same OID. To fix this error, you can try assigning a different OID to the TSA policy object, as we did before. However, this time, you should choose an OID that is not already defined in the OpenSSL object data file. Here’s how you can do this: Open your OpenSSL configuration file in a text editor. In your case, the file is located at “C:\xampp\apache\conf\openssl.cnf”. Search for the section of the file that defines the TSA policy object. It should look something like this: 3. Change the value of “tsa_policy1” to a different OID that is not already defined in the OpenSSL object data file. You can use any valid OID that starts with a number greater than 1. For example, you could change it to “1.2.3.4.999”.   4. Save the changes to your configuration file and try running the OpenSSL command again. This should resolve the error you’re seeing  

ssl-certificate
SSL Certificate, SSL Installation

How to Install SSL on XAMPP Server

To install SSL on a XAMPP server using OpenSSL, you can follow the steps below: Step 1: Install OpenSSL The first step is to download and install OpenSSL on your system. You can download the latest version of OpenSSL from the official website and install it by following the instructions. Step 2: Generate a Certificate Signing Request (CSR) Next, you need to generate a CSR for your domain. You can do this by using OpenSSL. Open the OpenSSL command prompt and run the following command: openssl req -new -newkey rsa:2048 -nodes -keyout yourdomain.key -out yourdomain.csr Replace “yourdomain” with your actual domain name. Step 3: Purchase or Obtain SSL Certificate Once you have generated the CSR, you can purchase an SSL certificate from a trusted certificate authority or obtain a free SSL certificate from Let’s Encrypt. Step 4: Configure Apache to Use SSL In order to configure Apache to use SSL, you need to modify the Apache configuration files. There are two configuration files you need to modify: a. httpd.conf Open the httpd.conf file located in the C:\xampp\apache\conf directory and enable the SSL extension by removing the “#” from the line: LoadModule ssl_module modules/mod_ssl.so b. httpd-ssl.conf Open the httpd-ssl.conf file located in the C:\xampp\apache\conf\extra directory and update the following lines: SSLCertificateFile “C:/path/to/yourdomain.crt” SSLCertificateKeyFile “C:/path/to/yourdomain.key” Replace the path with the actual path where your SSL certificate and key are located. Step 5: Restart Apache Finally, restart Apache to apply the changes you made to the configuration files. You can do this by using the XAMPP control panel or by running the following command in the command prompt: net stop apache net start apache Congratulations! You have successfully installed an SSL certificate on your XAMPP server using OpenSSL.

account verification with password 3d padlock 1392x1044 1
Cyber Security, SSL Certificate

SSL Made Simple: A Beginner’s Guide to Protecting Your Website

If you’re new to website security, you may have heard the term SSL thrown around. SSL stands for Secure Sockets Layer, and it’s a security protocol that encrypts the data that’s transmitted between a website and its users. This encryption helps protect your website from hacking attempts and other malicious activities. Here’s a beginner’s guide to SSL and why it makes your website more secure: What is SSL? SSL is a protocol that establishes an encrypted connection between a web server and a browser. When a user visits a website with SSL enabled, their browser and the web server exchange information to establish a secure connection. This secure connection is represented by the padlock icon that appears in the browser’s address bar. Why is SSL important? SSL is important because it helps protect your website and your users’ data from unauthorized access. Without SSL, anyone with the technical know-how can intercept the data that’s transmitted between your website and your users. This can include sensitive information like passwords, credit card numbers, and other personal details. When you use SSL, your website’s data is encrypted, making it nearly impossible for hackers to intercept and steal. This encryption also ensures that the data that’s transmitted between your website and your users remains private and secure. How does SSL work? SSL works by using a public key and a private key to encrypt the data that’s transmitted between the web server and the browser. The public key is shared with the browser, while the private key is kept secret by the web server. When a user visits a website with SSL enabled, their browser requests the web server’s public key. The web server then sends the public key to the browser, which uses it to encrypt the data that’s transmitted to the web server. The web server then uses its private key to decrypt the data that’s been encrypted by the browser. This process ensures that only the web server can read the data that’s been transmitted. How can you get SSL for your website? Getting SSL for your website is easy. You can purchase an SSL certificate from a trusted certificate authority, such as Let’s Encrypt, Comodo, or DigiCert. Once you’ve purchased your SSL certificate, you’ll need to install it on your web server. Many web hosts such as Hostname.space, icloudjunction.in offer SSL certificates as part of their hosting packages. You are also able to get SSL for your website through GoeSecure.in. Goesecure offer wide range of SSL certificates along with other security services such as backup or anti-malware services.

Cyber Security, Free SSL, Secure Sockets Layer, Security, SSL Certificate

Secure Your Website with Affordable SSL Certificates from GoeSecure.in (now runssl.com)

Are you looking for a reliable and affordable SSL certificate provider in India? Look no further than GoSecure.in! We offer Comodo Positive SSL certificates that are not only affordable, but also highly secure and trusted by leading browsers. Why Choose GoSecure.in for SSL Certificates? At GoSecure.in, we understand the importance of securing your website with SSL certificates. That’s why we offer Comodo Positive SSL certificates at unbeatable prices, so you can protect your website without breaking the bank. Our SSL certificates come with the following benefits: High-Level Security: Our Comodo Positive SSL certificates are highly secure and provide encryption up to 256-bit, ensuring that your website and customer data is safe from hackers. Trusted by Leading Browsers: Our SSL certificates are trusted by all leading browsers, including Google Chrome, Firefox, Safari, and more. Easy Installation: We offer easy-to-follow installation instructions, so you can install your SSL certificate quickly and easily, without any technical expertise. Dedicated Support: We have a team of dedicated support experts who are available round the clock to assist you with any queries or issues you may face. How to Buy SSL Certificates from GoSecure.in (now runssl.com)? Buying an SSL certificate from GoSecure.in is easy and hassle-free. Simply follow these steps: Visit our website at https://www.goesecure.in/ssl Choose the Comodo Positive SSL certificate that best suits your needs. Click on the “Buy Now” button and fill in your details. Make the payment and complete the order. Follow our easy installation instructions to install your SSL certificate. Conclusion: At GoSecure.in, we are committed to providing our customers with affordable and highly secure SSL certificates, so they can protect their websites and customer data from online threats. Trust us to be your SSL certificate provider and secure your website today! Visit our website at https://www.goesecure.in/ssl to buy SSL certificates now.

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