SSL Certificates

SSL Certs, SSL Certificate, SSL Certificates

Securing Your Online Business

Supported Browsers

The vast majority of current browsers will connect seamlessly to sites secured with an Entrust SSL Certificate. Below is a list of browsers which have been confirmed to work with SSL certificates from Entrust.

Extended Validation (EV) Browsers

  • Apple iPhone 3.0
  • Apple Safari 3.2
  • Google Chrome
  • Microsoft Internet Explorer 7+
  • Mozilla 3+
  • Opera 9.5+

Web Browsers

  • AOL 5+
  • Apple Safari 1+
  • Camino 1.0+
  • Firefox 1.0+
  • Flock 1.0+
  • Google Chrome
  • Konqueror 2.2.1+
  • Maxthon 2+
  • Microsoft Internet Explorer 5+
  • Mozilla 1.7+
  • MSN Explorer
  • Netscape 4.51+
  • Opera 5+

Java Clients

  • IBM SDK
  • Oracle Jinitiator
  • Sun Java (JRE J2SE J2EE JDK) 1.4.2+
  • Sun Java (J2ME) 2.1+

Mobile Devices

  • Access NetFront
  • Apple iPhone 2.0+
  • Apple iPod Safari
  • Kyocera
  • Nokia phones
  • Openwave mobile browser
  • Opera mini
  • Palm OS
  • Palm Treo
  • RIM Blackberry OS
  • Sony-Ericsson phones
  • Symbian OS based handsets (Levono, Nokia, Orange, Panasonic, Samsung, Siemens, Sony-Ericsson)
  • TorchMobile Iris Browser
  • webOS
  • Windows CE
  • Windows Mobile 2003+, 5+

Application Suites

  • SeaMonkey 1.0+

Notes:

Older versions of Internet Explorer and Netscape Navigator browsers must have updated certificates installed in order to recognize an Entrust SSL Certificate. See Root Update for certificate installation in older browsers.

The above mobile client O/S list contains but is not limited to our trusted Entrust.net Secure Server CA

If your client is not listed above but is supported by Entrust or if you cannot find the client you're looking for, please contact us.

Browser Security Notice:
Internet Explorer 5.0, 5.5 and 6.0 SSL Vulnerabilities

Summary: A security vulnerability has been discovered in Microsoft's Internet Explorer (IE) browser that could cause an SSL server certificate to be trusted even if not directly signed by a legitimate Certificate Authority (CA). This flaw could allow a malicious site to "forge" an SSL server certificate under any name it chooses, once it had obtained a legitimate certificate from a trusted CA.

Quick Links