What does an SSL Certificate mean?
Secure Sockets Layer or SSL is the standard technology used to maintain a secure internet connection and to safeguard any confidential / sensitive data which is sent between two systems. It prevents criminals from reading and changing any transmitted data, which also includes potential personal details such as credit card numbers, financial information, addresses and names. The two systems listed here may be server to server (e.g. an application with payroll information or personal identifiable data) or server and client (e.g. a shopping browser and website). Therefore, an SSL Certificate:
- Affirms your identity
- Data Security
- Builds consumer trust
- Helps you meet PCI / DSS requirements
- Improves search engine ranking
How do I show a Website’s SSL Certificate in Chrome?
On the server side, an SSL certificate is installed, and visual signs appear on the browser indicating that users are protected by SSL. The key element that denotes SSL appearing on the web is https:/ (“s” standing for “secure”) rather than just http:/. The presence of a green address bar signal, or a padlock icon, could indicate a secure connection.
See Certificates
Click on the certificate you want to view to highlight it after opening the certificate component, and then click the “View” button to see the contents of the certificate. The dialog box contains the following details: dates from which the document is valid, the issuing party of the certificate, method of encryption and serial number, and also indicates whether the certificate is valid.
Google Chrome
If you do use Chrome:
- Click the Google Chrome “Customize and Monitor” button that has three lines or a wrench symbol. Click “Settings” or “Options”
- Go to the “Show Advanced Settings” link or the “Under The Hood” tab.
- To view SSL certificates go to the “Manage Certificates” button.
- To highlight it click on the certificate you want to view.
- To view the contents of the certificate go to the “View” button.
How does it work with an SSL Certificate?
The basic principle is that when you install an SSL certificate on your server and a browser connects to it, the very presence of the SSL certificate triggers the SSL protocol which encrypts information transmitted between the server and the browser (or between two servers).
SSL operates directly on top of the transmission control protocol ( TCP), and works as a safety blanket efficiently. It allows for higher layers of protocol to remain unchanged while providing a secure connection. Hence, the other protocol layers will operate below the SSL layer.
If an SSL certificate is regularly used correctly, an attacker will only be able to see which IP and port are connected, and about how much data is sent. They may be successful in terminating the link but a third party would be able to inform both the user and the server that this has been achieved.
There may also be occasions where the hacker can manage to find out which hostname the user is linked to but not the rest of the URL. As the connection is encrypted the vital information remains secure.
- After the TCP connection is established, SSL starts its work, beginning with what is known as an SSL handshake.
- Along with several requirements, the server sends its certificate to the user (including which encryption methods to use and which SSL / TLS version, etc.).
- The user checks the validity of the certificate and selects the highest level of encryption that both parties can support, and starts a secure session using these methods. Several set of methods with different strengths are available, and these are called cipher suites.
- TLS and SSL protocols also contain an authentication process using message authentication codes (MAC) to ensure the authenticity and integrity of all the transmitted messages.
Optimize your Security Trust website with SSL Certificate and Web Security at Fixhackedwebsite
If you do not have an SSL on your website, you will leave a huge backdoor open for potential hackers to enter your website. SSL security ensures that the link between the website and the browser is secured, thereby securing visitors to the website and ensuring that those future customers are safeguarded. All information shared between your website and your customers should be protected and treated as confidential and this is where website security plays another important role in all of your online business and activities.
This final part will explain what you really need to safeguard your website. This is where Fixhackedwebsite, a cybersecurity company, comes into play by providing Fixhackedwebsite – a controlled website and web application protection service. As a controlled protection device Fixhackedwebsite has the following advantages:
Reduces hazard
Use multiple cybersecurity solutions to combat the evolving threats while remaining compliant with PCI and HIPPA.
Save your time
React to threats faster, and recover faster from attacks with expert assistance from security experts.
Save some money
Economically competitive gain all of the advantages of an in-house security operations center and professionals.
Fixhackedwebsite Web has a six-layer protection feature which provides exceptional security for your website and all the information contained therein. These six layers of Web security include:
Malware Monitoring and Remediation
Detects malware, offers disposable methods and tools, and avoids potential malware attacks
Cyber Security Operations Center (CSOC)
A team of permanently certified cybersecurity professionals who provide 24-hour surveillance and remediation services
Secure Content Delivery Network (CDN)
A global distributed server system designed to improve website and web application performance
Web Application Firewall (WAF)
Powerful, real-time edge protection for websites and web applications, improving security, filtering and protection against intrusion
PCI Scanning
Enables service providers and retailers to adhere to the Payment Card Industry Data Protection Standard (PCI DSS) guidelines.
Security Information and Event Management (SIEM)
Advanced intelligence capable of exploiting real events and data from 85M+ endpoints and 100M+ domains