Ssl Information Of Internethabercom

Ssl Information Of Internethabercom

Here is the information we found in internethaber.com SSL Certificate. Subject Name *.internethaber.com Issuer AlphaSSL CA - SHA256 - G2 Issuer Country BE Valid from Apr 05, 2021 11:07 AM Valid Upto May 07, 2022 11:07 AM (0 year 0 month 21 days remaining) Algorithm sha256WithRSAEncryption

Here is the information we found in internethaber.com SSL Certificate.

Signed Certificate Timestamp: Version : v1 (0x0) Log ID : E8:3E:D0:DA:3E:F5:06:35:32:E7:57:28:BC:89:6B:C9: 03:D3:CB:D1:11:6B:EC:EB:69:E1:77:7D:6D:06:BD:6E Timestamp : Apr 27 14:10:45.950 2022 GMT Extensions: none Signature : ecdsa-with-SHA256 30:46:02:21:00:C0:1B:CA:26:5B:0E:67:2F:4B:E2:FD: 36:E3:BE:D2:7A:2C:69:D5:84:9B:01:35:AB:D4:EE:A1: 44:B5:FA:EF:4C:02:21:00:EC:44:64:58:2B:F2:E7:4E: 7C:3C:9F:BD:48:1A:9B:BB:69:54:DC:8A:35:61:F0:6E: F0:76:4A:42:E8:05:C8:4B Signed Certificate Timestamp: Version : v1 (0x0) Log ID : 6F:53:76:AC:31:F0:31:19:D8:99:00:A4:51:15:FF:77: 15:1C:11:D9:02:C1:00:29:06:8D:B2:08:9A:37:D9:13 Timestamp : Apr 27 14:10:45.171 2022 GMT Extensions: none Signature : ecdsa-with-SHA256 30:45:02:20:4C:DD:DA:32:D2:E2:7C:05:F2:08:91:ED: 92:AE:A8:C1:F7:A6:0A:78:B3:EB:B2:CA:B3:AE:C3:7A: 63:32:F5:1F:02:21:00:B8:C1:F9:79:C7:61:6D:2A:16: A2:94:33:53:96:9C:E0:E3:AB:59:4C:E7:3B:DC:55:B5: 4E:68:A7:1C:4C:DB:C8 Signed Certificate Timestamp: Version : v1 (0x0) Log ID : 55:81:D4:C2:16:90:36:01:4A:EA:0B:9B:57:3C:53:F0: C0:E4:38:78:70:25:08:17:2F:A3:AA:1D:07:13:D3:0C Timestamp : Apr 27 14:10:45.206 2022 GMT Extensions: none Signature : ecdsa-with-SHA256 30:45:02:20:24:49:13:9B:BF:F8:48:AB:48:88:79:17: CA:DA:98:88:E0:17:06:EC:44:56:8E:FE:87:C5:3D:D5: BF:9D:78:97:02:21:00:BE:B5:ED:74:3A:1D:FE:49:57: D0:AD:C1:C2:12:85:54:B5:FB:B7:A2:27:9F:A8:41:AE: DD:90:56:2B:A4:EC:6B

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How To Check The Ssl Information Of Websites

To view the website’s SSL information: Click the lock icon in the address bar. Click the caret icon. You will see here the SSL Certificate issuer. Clicking the More Information link will provide more details about the website …

Since many browsers have moved away from showing the SSL information in their address bars and also removed the popular green bar or green lock visual cues, how would you know if a website is using a valid SSL Certificate? Here are some tips you can do to check the details of a website's SSL using some popular browsers.

Mozilla Firefox:

The Mozilla Firefox browser has relocated the SSL indicator to the Site Information panel of the lock icon. To view the website’s SSL information:

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What Is Ssl

SSL (Secure Sockets Layer) and its successor, TLS (Transport Layer Security), are protocols for establishing authenticated and encrypted links between networked computers. Although the SSL protocol was deprecated with the release of TLS 1.0 in 1999, it is still common to refer to these related technologies as “SSL” or “SSL/TLS.”

We hope you will find the Google translation service helpful, but we don’t promise that Google’s translation will be accurate or complete. You should not rely on Google’s translation. English is the official language of our site.

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What is SSL? September 28, 2021 ,

SSL (Secure Sockets Layer) and its successor, TLS (Transport Layer Security), are protocols for establishing authenticated and encrypted links between networked computers. Although the SSL protocol was deprecated with the release of TLS 1.0 in 1999, it is still common to refer to these related technologies as “SSL” or “SSL/TLS.” The most current version is TLS 1.3, defined in (August 2018).

Read on to find out more about:

Or, for a quick TL;DR introduction to SSL, just jump ahead to watch a short .

SSL (Secure Sockets Layer) and its successor, TLS (Transport Layer Security), are protocols for establishing authenticated and encrypted links between networked computers. Although the SSL protocol was deprecated with the release of TLS 1.0 in 1999, it is still common to refer to these related technologies as “SSL” or “SSL/TLS.”

An SSL certificate (also known as a TLS or SSL/TLS certificate) is a digital document that binds the identity of a website to a cryptographic key pair consisting of a public key and a private key. The public key, included in the certificate, allows a web browser to an encrypted communication session with a web server via the TLS and protocols. The private key is kept secure on the server, and is used to digitally sign web pages and other documents (such as images and JavaScript files).

An SSL certificate also includes identifying information about a website, including its domain name and, optionally, identifying information about the site’s owner. If the web server’s SSL certificate is signed by a publicly trusted certificate authority (CA), like , digitally signed content from the server will be trusted by end users’ web browsers and operating systems as authentic.

An SSL certificate is a type of .

TLS (Transport Layer Security), released in 1999, is the successor to the SSL (Secure Sockets Layer) protocol for authentication and encryption. TLS 1.3 is defined in in (August 2018).

At one time it was a mandatory requirement to have a dedicated IP for each SSL certificate on a web server. This is no longer the case due to a technology called Server Name Indication (SNI). Your hosting platform will specifically have to support SNI. You can find out more information about SNI in this .

For maximum compatibility, port 443 is the standard, thus recommended, port used for secured SSL/TLS communications. However, any port can be used.

TLS 1.3, defined in August 2018 by , is the most recent version of SSL/TLS. TLS 1.2 () was defined in August 2008 and also remains in wide use. Versions of SSL/TLS prior to TLS 1.2 are considered insecure and should no longer be used.

TLS versions 1.0 and 1.1 are affected by a large number of protocol and implementation vulnerabilities that have been published by security researchers in the last two decades. Attacks like ROBOT affected the RSA key exchange algorithm, while LogJam and WeakDH showed that many TLS servers could be tricked into using incorrect parameters for other key exchange methods. Compromising a key exchange allows attackers to completely compromise network security and decrypt conversations.

Attacks on symmetric ciphers, such as BEAST or Lucky13, have demonstrated that various ciphers supported in TLS 1.2 and earlier, with examples including RC4 or CBC-mode ciphers, are not secure.

Even signatures were affected, with Bleichenbacher’s RSA signature forgery attack and other similar padding attacks.

Most of these attacks have been mitigated in TLS 1.2 (provided that TLS instances are configured correctly), even though TLS 1.2 is still vulnerable to , such as POODLE, FREAK, or CurveSwap. This is due to the fact that all versions of the TLS protocol prior to 1.3 don’t protect the handshake negotiation (which decides the protocol version that will be used throughout the exchange).

SSL/TLS works by binding the identities of entities such as websites and companies to cryptographic via digital documents known as . Each key pair consists of a private key and a public key. The private key is kept secure, and the public key can be widely distributed via a certificate.

The special mathematical relationship between the private and public keys in a pair mean that it is possible to use the public key to encrypt a message that can only be decrypted with the private key. Furthermore, the holder of the private key can use it to sign other digital documents (such as web pages), and anyone with the public key can verify this signature.

If the SSL/TLS certificate itself is signed by a publicly trusted certificate authority (CA), such as SSL.com, the certificate will be implicitly trusted by client software such as web browsers and operating systems. Publicly trusted CAs have been approved by major software suppliers to validate identities that will be trusted on their platforms. A public CA’s validation and certificate issuance procedures are subject to regular, rigorous audits to maintain this trusted status.

Via the , the private and public keys can be used with a publicly trusted certificate to negotiate an encrypted and authenticated communication session over the internet, even between two parties who have never met. This simple fact is the foundation of secure web browsing and electronic commerce as it is known today.

The most common and well-known use of SSL/TLS is secure web browsing via the protocol. A properly configured public HTTPS website includes an SSL/TLS certificate that is signed by a publicly trusted CA. Users visiting an HTTPS website can be assured of:

Because of these properties, SSL/TLS and HTTPS allow users to securely transmit confidential information such as credit card numbers, social security numbers, and login credentials over the internet, and be sure that the website they are sending them to is authentic. With an insecure HTTP website, these data are sent as plain text, readily available to any eavesdropper with access to the data stream. Furthermore, users of these unprotected websites have no trusted third-party assurance that the website they are visiting is what it claims to be.

Look for the following indicators in your browser’s address bar to be sure that a website you are visiting is protected with a trusted SSL/TLS certificate (screenshot from Firefox 70.0 on macOS) :

Modern desktop browsers also alert visitors to insecure websites that do not have an SSL/TLS certificate. The screenshot below is of an insecure website viewed in Firefox, and shows a crossed-out padlock to the left of the URL:

Ready to secure your own website? The basic procedure for requesting a publicly trusted SSL/TLS website certificate is as follows:

SSL/TLS certificates vary depending on the validation methods used and the level of trust they confer, with extended validation () offering the highest level of trust. For information on the differences between the major validation methods (DV, OV, and EV), please refer to our article, .

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Secure Socket Layer Ssl

Secure Socket Layer (SSL) provides security to the data that is transferred between web browser and server. SSL encrypts the link between a web server and a browser which ensures that all data passed between them remain private and free from attack. Secure Socket Layer Protocols: SSL record protocol Handshake protocol Change-cipher spec protocol

Secure Socket Layer Protocols: 

SSL Protocol Stack:  

SSL Record Protocol: 

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A Beginners Guide To Ssl What It Is Why It Makes Your Website More Secure

An SSL is security technology. It's a protocol for servers and web browsers that makes sure that data passed between the two are private. This is done using an encrypted link that connects the server and browser.

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What Is Https

If you have any questions about ordering and installing SSL/TLS certificates, please contact our 24/7 support team by email at [email protected], by telephone at 1-877-SSL-Secure, or simply by clicking the chat link at the bottom right of this web page. SSL.com Support Team Author - Content Administrator All Posts Subscribe to SSL.com’s Newsletter

We hope you will find the Google translation service helpful, but we don’t promise that Google’s translation will be accurate or complete. You should not rely on Google’s translation. English is the official language of our site.

Find out more about SSL.com,
A Globally-Trusted Certificate Authority in business since 2002

Informative updates on SSL.com and PKI

SSL.com's Terms of Service

Earn revenue by partnering with SSL.com

• Detailed guides and how-tos
• Frequently Asked Questions (FAQ)
• Articles, videos, and more

• Contact SSL.com sales and support
• Document submittal and validation
• Physical address

What is HTTPS? October 12, 2021 , , ,

SSL.com provides a wide variety of for HTTPS websites, including:

What is HTTPS?

HTTPS (Hypertext Transfer Protocol Secure) is a secure version of the HTTP protocol that uses the  for encryption and authentication. HTTPS is specified by  (May 2000) and uses port 443 by default instead of HTTP’s port 80.

The HTTPS protocol makes it possible for website users to transmit sensitive data such as credit card numbers, banking information, and login credentials securely over the internet. For this reason, HTTPS is especially important for securing online activities such as shopping, banking, and remote work. However, HTTPS is quickly becoming the standard protocol for all websites, whether or not they exchange sensitive data with users.

HTTPS adds encryption, authentication, and integrity to the HTTP protocol:

Encryption: Because HTTP was originally designed as a clear text protocol, it is vulnerable to eavesdropping and . By including SSL/TLS encryption, HTTPS prevents data sent over the internet from being intercepted and read by a third party. Through and the , an encrypted communication session can be securely set up between two parties who have never met in person (e.g. a web server and browser) via the creation of a shared secret key.

Authentication: Unlike HTTP, HTTPS includes robust authentication via the SSL/TLS protocol. A website’s SSL/TLS includes a public key that a web browser can use to confirm that documents sent by the server (such as HTML pages) have been digitally signed by someone in possession of the corresponding private key. If the server’s certificate has been signed by a publicly trusted , such as SSL.com, the browser will accept that any identifying information included in the certificate has been validated by a trusted third party.

HTTPS websites can also be configured for mutual authentication, in which a web browser presents a client certificate identifying the user. Mutual authentication is useful for situations such as remote work, where it is desirable to include multi-factor authentication, reducing the risk of or other attacks involving credential theft. For more information on configuring client certificates in web browsers, please read .

Integrity: Each document (such as a web page, image, or JavaScript file) sent to a browser by an HTTPS web server includes a digital signature that a web browser can use to determine that the document has not been or otherwise corrupted while in transit. The server calculates a of the document’s contents, included with its digital certificate, which the browser can independently calculate to prove that the document’s integrity is intact.

Taken together, these guarantees of encryption, authentication, and integrity make HTTPS a much safer protocol for browsing and conducting business on the web than HTTP.

CAs use three basic when issuing digital certificates. The validation method used determines the information that will be included in a website’s SSL/TLS certificate:

• Domain Validation (DV) simply confirms that the domain name covered by the certificate is under the control of the entity that requested the certificate.
• Organization / Individual Validation (OV/IV) certificates include the validated name of a business or other organization (OV), or an individual person (IV).
• Extended Validation (EV) certificates represent the highest standard in internet trust, and require the most effort by the CA to validate. EV certificates are only issued to businesses and other registered organizations, not to individuals, and include the validated name of that organization.

For more information on viewing the contents of a website’s digital certificate, please read our article,

There are multiple good reasons to use HTTPS on your website, and to insist on HTTPS when browsing, shopping, and working on the web as a user:

Integrity and Authentication: Through encryption and authentication, HTTPS protects the integrity of communication between a website and a user’s browsers. Your users will know that the data sent from your web server has not been intercepted and/or altered by a third party in transit. And, if you’ve made the extra investment in EV or OV certificates, they will also be able to tell that the information .

Privacy: Of course no one wants intruders scooping up their credit card numbers and passwords while they shop or bank online, and HTTPS is great for preventing that. But would you really want everything else you see and do on the web to be an open book for anyone who feels like snooping (including governments, employers, or someone building a profile to your online activities)? HTTPS plays an important role here too.

User Experience: Recent changes to browser UI have resulted in HTTP sites being flagged as . Do you want your customers’ browsers to tell them that your website is “Not Secure” or show them a crossed-out lock when they visit it? Of course not!

Compatibility: Current browser changes are pushing HTTP ever closer to incompatibility. Mozilla Firefox recently announced an optional , while Google Chrome is steadily moving to (HTTP resources linked to HTTPS pages). When viewed together with browser warnings of “insecurity” for HTTP websites, it’s easy to see that the writing is on the wall for HTTP. In 2020, all current major browsers and mobile devices support HTTPS, so you won’t lose users by switching from HTTP.

SEO: Search engines (including Google) use HTTPS as a when generating search results. Therefore, website owners can get an easy SEO boost just by configuring their web servers to use HTTPS rather than HTTP.

In short, there are no longer any good reasons for public websites to continue to support HTTP. Even the is on board!

HTTPS adds encryption to the HTTP protocol by wrapping HTTP inside the protocol (which is why SSL is called a tunneling protocol), so that all messages are encrypted in both directions between two networked computers (e.g. a client and web server). Although an eavesdropper can still potentially access IP addresses, port numbers, domain names, the amount of information exchanged, and the duration of a session, all of the actual data exchanged are securely encrypted by SSL/TLS, including:

• Request URL (which web page was requested by the client)
• Website content
• Query parameters
• Headers
• Cookies

HTTPS also uses the SSL/TLS protocol for authentication. SSL/TLS uses digital documents known as to bind cryptographic to the identities of entities such as websites, individuals, and companies. Each key pair includes a private key, which is kept secure, and a public key, which can be widely distributed. Anyone with the public key can use it to:

• Send a message that only the possessor of the private key can decrypt.
• Confirm that a message has been digitally signed by its corresponding private key.

If the certificate presented by an HTTPS website has been signed by a publicly trusted certificate authority (CA), such as SSL.com, users can be assured that the identity of the website has been validated by a trusted and rigorously-audited third party.

In 2020, websites that do not use HTTPS or serve (serving resources like images via HTTP from HTTPS pages) are subject to browser security warnings and errors. Furthermore, these websites unnecessarily compromise their users’ privacy and security, and are not preferred by search engine algorithms. Therefore, HTTP and mixed-content websites can expect more browser warnings and errors, lower user trust and poorer SEO than if they had enabled HTTPS.

An HTTPS URL begins with https:// instead of http://. Modern web browsers also indicate that a user is visiting a secure HTTPS website by displaying a closed padlock symbol to the left of the URL:

In modern browsers like Chrome, Firefox, and Safari, users can click the lock to see if an HTTPS website’s digital certificate includes about its owner.

To protect a public-facing website with HTTPS, it is necessary to install an signed by a publicly trusted on your web server. SSL.com’s includes many helpful guides and how-tos for configuring a wide variety of web server platforms to support HTTPS.

For more general guides to HTTP server configuration and troubleshooting, please read and .

SSL.com Support Team

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We are using cookies to give you the best experience on our website.

You can find out more about which cookies we are using or switch them off in the settings.

Note that cookies which are necessary for functionality cannot be disabled.

For more information read our .

This website uses Google Analytics & Statcounter to collect anonymous information such as the number of visitors to the site, and the most popular pages.

Keeping these cookies enabled helps us to improve our website.

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