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CyberTrust was a security services company formed in Virginia in November 2004 from the merger of TruSecure and Betrusted. Cybertrust acquired a large stake in Ubizen, a European security services firm based in Belgium, to become one of the largest information security firms in the world. It was acquired by Verizon Business in 2007. In 2015, the CyberTrust root certificates were acquired by DigiCert, Inc., a leading global Certificate Authority (CA) and provider of trusted identity and authentication services.
Baltimore Trusted Public Root Certificate. The Baltimore Trusted Root must be installed on your SBC, it can be downloaded in either PEM or CRT format from: Public Certificate Requirements. Each SBC deployed must have a public certificate from a supported Public CA, There are 3 options to create. Fingerprint Issuer Serial Public Key Download Tools; 4d34ea92764b3a3149119952f41930ca11348361: GTE CyberTrust Global Root: 120033005.
History[edit]
CyberTrust was founded as a subsidiary of GTE Corporation's Government Systems Information Security Directorate. It focused on security services for electronic commerce. These included authentication, privacy, integrity and non-repudiation using Public Key Encryption technology. In 2000, GTE sold CyberTrust to Ireland-based security company Baltimore Technologies for $150 million.[1] In 2003, Baltimore Technologies divested its operating companies, including all digital certificate operations to BeTrusted Holdings, Inc. A year later in September 2004, BeTrusted announced its intention to merge with former competitor TruSecure Corporation and in November the resulting company was incorporated in Virginia as CyberTrust. Verizon Business then acquired Cybertrust in 2007,[2] reuniting it with its former parent (Verizon was created by the merger of GTE and Bell Atlantic). Financial terms were not disclosed.[citation needed] In 2015, the CyberTrust root certificates were acquired by DigiCert, Inc., a leading global Certificate Authority (CA) and provider of trusted identity and authentication services. The financial terms were not disclosed.[3]
Cybertrust used its majority shareholding to dilute the remaining Ubizen shares, forcing it to acquire the remaining shares and delist Ubizen in 2005.
Betrusted was originally created by PWC and sold to One Equity Partners, a division of Bank 1. One Equity Partners also purchased 90 East and SecureNet (who bought the PKI component of Baltimore and the gateway operations of iSecure).
Internet Security Certificate Information Center: Root CA - Baltimore CyberTrust Root Certificate. How to decode a Public or Private Key and view its content? CyberTrust was founded as a subsidiary of GTE Corporation's Government Systems Information Security Directorate. It focused on security services for electronic commerce.These included authentication, privacy, integrity and non-repudiation using Public Key Encryption technology. In 2000, GTE sold CyberTrust to Ireland-based security company Baltimore Technologies for $150 million. Nov 04, 2015 To obtain a certificate from one of the Root CA’s or one of the intermediate CA’s requires an account with the CA. On the webserver a public/private keypair will be generated and stored. Tools can be used to generate the private key (which you store securely) and the public key as a certificate signing request (CSR).
Present[edit]
The acquisition of the CyberTrust root certificates makes DigiCert the second-largest Certificate Authority (CA) for high-assurance SSL Certificates. As part of the deal, DigiCert will assume management of the CyberTrust/Verizon trusted roots and intermediate certificates. Verizon will continue to offer SSL Certificates as a reseller of DigiCert.[4]
Pursuant to DigiCert's acquiring Verizon Enterprise SSL business, DigiCert announce its partnership with Cybertrust Japan to expand its market presence in Asia.[5] Under this new partnership, DigiCert and Cybertrust Japan also announce Cyber Secure Asia, a wholly owned subsidiary of Cybertrust Japan, which will market DigiCert's certificate technology to Southeast Asia from a regional headquarters in Singapore.
References[edit]
- ^'Baltimore Technologies Buys CyberTrust for $150 Million - InternetNews'. www.internetnews.com. Retrieved 2015-12-07.
- ^'Verizon Business to Acquire Information Security Services Leader Cybertrust: Combination Creates Global Security Powerhouse'. Verizon Business (press release). 2007-05-14.
- ^'DigiCert Grows SSL/TLS Business Via Verizon Enterprise SSL Deal'. www.eweek.com. Retrieved 2015-10-12.
- ^'DigiCert Acquires Verizon Enterprise SSL Business'. www.digicert.com. Retrieved 2015-12-07.
- ^'DigiCert Partners with Cybertrust Japan'. www.digicert.com. Retrieved 2015-12-07.
External links[edit]
Retrieved from 'https://en.wikipedia.org/w/index.php?title=CyberTrust&oldid=948799827'
Secure Global Desktop 4.40 Administration Guide> Security> SGD Security Services and X.509 Certificates
An X.509 certificate is an encoded file that a secure service, suchas a web server, uses to identify itself to a client. AnSGD server with security services enabled alsorequires a certificate in the same way.
An X.509 certificate is generated by a Certificate Authority (CA).A CA is a trusted third party that signs a certificate for a particularserver. To obtain a certificate for a server, you send aCertificate Signing Request (CSR) to a CA. Https wp2pgpmail com pgp key generator. When a CAreceives a CSR, they check the validity of the request and return anX.509 certificate. You then install the X.509 certificate for use by SGD.
This page includes the following topics:
Supported X.509 Certificate Format
SGD security services support Base 64-encoded PEM-format X.509 certificates. These certificates have the following structure:
Supported Certificate Authority Certificates
SGD supports X.509 certificates that are signed with any of the following Certificate Authority (CA) certificates (root certificates):
Baltimore Cybertrust Root Generate Private Key From Public Key
- Baltimore CyberTrust Code Signing Root
- Baltimore CyberTrust Root
- Entrust.net CA
- Entrust.net Client CA 1
- Entrust.net Client CA 2
- Entrust.net Server CA 1
- Entrust.net Server CA 2
- Equifax Secure CA
- Equifax Secure eBusiness CA 1
- Equifax Secure eBusiness CA 2
- Equifax Secure Global eBusiness CA
- GeoTrust Global CA
- The Go Daddy Group, Inc. Class 2 CA
- GTE CyberTrust Root
- GTE CyberTrust Global Root
- GTE CyberTrust Root 5
- Starfield Technologies, Inc. Class 2 CA
- Thawte Personal Basic CA
- Thawte Personal Freemail CA
- Thawte Personal Premium CA
- Thawte Premium CA
- Thawte Server CA
- http://www.valicert.com
- VeriSign Class 1 Public Primary CA - G1
- VeriSign Class 1 Public Primary CA - G2
- VeriSign Class 1 Public Primary CA - G3
- VeriSign Class 2 Public Primary CA - G1
- VeriSign Class 2 Public Primary CA - G2
- VeriSign Class 2 Public Primary CA - G3
- VeriSign Class 3 Public Primary CA - G1
- VeriSign Class 3 Public Primary CA - G2
- VeriSign Class 3 Public Primary CA - G3
- VeriSign Class 4 Public Primary CA - G2
- VeriSign Class 4 Public Primary CA - G3
- VeriSign/RSA Secure Server
You can use an X.509 certificate from any other CA. However, by default, all users are prompted to acceptor decline these certificates because they cannot be validated by SGD, seeUser Prompts and X.509 Certificates for details. With additional configuration you can add support for a new CA, or add support if your X.509 certificate is signed by an Intermediate CA, so that users are not prompted and certificates are validated.
Obtaining and Installing an X.509 Certificate
Use the following procedure to obtain and install an X.509 certificate for use with SGD security services. If you already have an X.509 certificate for another application, such as a web server, you might be able to share that certificate with theSGD server.
If you are using the multiple external DNS names feature for an SGD server, make sure you have a list of all the DNS names used for the SGD server. SGD supports the subject alternative name(
subjectAlternativeName
) extension for X.509 certificates. This allows you to associate more than one DNS name with an X.509 certificate.- Log in as superuser (root) on the SGD host.
- Generate a Certificate Signing Request (CSR).
- Use the
tarantella security certrequest
to generate the CSR. For example:The following prompt displays:Note If the SGD server has been configured with multiple external DNS names, the first DNS name in the list is used by default. - Accept or change the default host name.Type
y
to accept the default host name.Typen
to change the default host name.The following prompt displays:Press the Return key if you do not want to add any additional host names to the CSR. - (Optional) Add additional host names to the CSR.Type
y
and type the subject alternative names for the certificate.Press the Return key after typing each name.Press the Return key twice to finish entering the additional host names.
- Use the
- Send the CSR to a supported Certificate Authority.
- Copy the returned certificate to a temporary file and install it.Save the certificate to a temporary file, for example
/tmp/cert
.Install the certificate with the following command: - Restart the SGD server.
- Enable secure connections to the SGD server.Use the
tarantella security start
command.
Using an X.509 Certificate for Another Product With SGD
To use an X.509 certificate that was originally obtained for another product (such as a web server) with SGD, you must have access to the private key for that certificate. If the private key was originally encrypted by a product that uses the SSLeay or OpenSSL certificate libraries, you can obtain the private key by decrypting it.
If you do not have access to the private key or the key was notoriginally encrypted by a product that uses SSLeay or OpenSSL certificate libraries,you must obtain and install a separate X.509 certificate.
To install an X.509 certificate by decrypting the private key:
- Log in as superuser (root).
- Copy the X.509 certificate and key file to a safe place that can only be accessed by root.For example:
- Decrypt the X.509 certificate's key.Use the
tarantella security decryptkey
command, for example: - Install the X.509 certificate using the decrypted key file.Use the
tarantella security certuse
command to install the X.509 certificate using the decrypted key file, for example: - Restart the SGD server.
- Enable secure connections to the SGD server.Use the
tarantella security start
command.
X.509 certificates are stored in the
/opt/tarantella/var/tsp
directory on each SGD server.Adding Support for Additional Certificate Authorities
By default, the SGD supports a number of Certificate Authorities. You can use a Base 64-encoded PEM-format X.509 certificate from an unsupported CertificateAuthority (CA) without extra configuration, but certificates are not validated and users are prompted to accept or decline the certificate.This is a potential security risk.
To support additional CAs and allow certificates to be validated, you must install the CA's certificate (or root certificate).If the X.509 certificate was signed by an Intermediate CA, you must create and install the certificate chain.
You install a CA certificate (root certificate) as follows:
Baltimore Cybertrust Root Generate Private Key West
- Log in as superuser (root) on the SGD host.
- Install the CA's certificate (root certificate).Use the following command:Paste the root certificate in PEM format to standard input.
- Install the X.509 certificate on users' client devices.If the X.509 certificate is issued by an unsupported CA, the Sun Secure Global Desktop Client always prompts users about the certificate the first time they connect to the server. If users accept the certificate permanently, they are not prompted about the certificate again.The only way to prevent users from being prompted about the certificate is to do the following:
- Add the server certificate to the
certstore.pem
file on the client device. The certificate is in the/opt/tarantella/var/tsp/cert.pem
file on each host.Thecertstore.pem
file is stored in the same location as the user's client profilecache. - Add the host name and fingerprint of the certificate to the
hostsvisited
file on the client device. Use thetarantella security fingerprint
command on each host to obtain these details.Thehostsvisited
file is stored in the same location as the user's client profilecache.
- Add the server certificate to the
- Restart the SGD server.
- Enable secure connections to the SGD server.Use the
tarantella security start
command.
Using Chained Certificate Authority Certificates
Chaining allows the use of intermediate Certificate Authorities.For example, an X.509 server certificate might be signed by anintermediate Certificate Authority, whose own certificate is issued bya different Certificate Authority.
You can use X.509 server certificates that are signed in this waywith SGD. However, the certificates for all thelinks in the chain must be combined and then installed. You do this as follows:
- Log in as superuser (root).
- Combine all the certificates in the chain into a file.For example, create a file called
mychainedcerts.pem
.The certificate of the CA used to sign the X.509 certificate must appear first, for example: - Install the certificate chain.Use the following the command:
- Restart the SGD server.
- Enable secure connections to the SGD server.Use the
tarantella security start
command.
If any certificate in the chain is corrupt or invalid, users see a'Certificate Authority not recognized' message when they try to log in toSGD, and they are denied access.
Sharing an SGD Server X.509 Certificate With the SGD Web Server
The SGD Web Server is pre-configured to be a secure (HTTPS) web server and use the same X.509 certificateas the SGD server. This is configured in the Apache configuration file
/opt/tarantella/webserver/apache/apache_version/conf/httpd.conf
.See Securing Connections Between Client Devices and SGD Servers for details on enabling HTTPS connections to the SGD Web Server.
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Baltimore Cybertrust Root Generate Private Key Number
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