Download Verisign Root Certificates

10/10/2021by admin
  • The Verisign Customer Center is an online portal for partners to find technical details on implementation, including SDKs. Access to this portal is subject to Verisign issued credentials and access restrictions. If you are unable to connect to the Verisign Customer Center, please email customer support.
  • Iā€™ ve found a problem, downloading intermediate and root certificates. The the format you specified in the output of wget, (.pem) need to be transformed into.pem. Alternatively you can download every single certificare using a web browser. Good start point.

A domain validated certificate (DV) is an X.509digital certificate typically used for Transport Layer Security (TLS) where the domain name of the applicant is validated by proving some control over a DNS domain.[1] Domain validated certificates were first distributed by GeoTrust in 2002 before becoming a widely accepted method. [2]

Note: Your browser does not support JavaScript or it is turned off. Press the button to proceed.


Issuing criteria[edit]

The sole criterion for a domain validated certificate is proof of control over whois records, DNS records file, email or web hosting account of a domain. Typically control over a domain is determined using one of the following:

  • Response to email sent to the email contact in the domain's whois details
  • Response to email sent to a well-known administrative contact in the domain, e.g. ([email protected], [email protected], etc.)
  • Publishing a DNS TXT record
  • Publishing a nonce provided by an automated certificate issuing system

A domain validated certificate is distinct from an Extended Validation Certificate in that this is the only requirement for issuing the certificate. In particular, domain validated certificates do not assure that any particular legal entity is connected to the certificate, even if the domain name may imply a particular legal entity controls the domain.

User interface[edit]

Download Verisign Root Certificates Copy

Most web browsers may show a lock (often in grey, rather than the green lock typically used for an Extended Validation Certificate) and a DNS domain name. A legal entity is never displayed, as domain validated certificates do not include a legal entity in their subject.[3]

  • Mozilla Firefox historically showed domain validated certificates with a grey lock,[4] but this was modified to show a green lock for domain-validated connections after Mozilla launched Let's Encrypt (which only provides domain validated certificates).
  • Safari shows domain validated certificates with a grey lock.
  • Microsoft Edge displays domain validated certificates with a hollow grey lock.
  • Chrome and Chromium display a green lock.[5]


As the low assurance requirements allow domain validated certificates to be issued quickly without requiring human intervention, domain validated certificates have a number of unique characteristics:

  • Domain validated certificates are used in automated X.509 certificate issuing systems, such as Let's Encrypt.
  • Domain validated certificates are often cheap or free.
  • Domain validated certificates can be generated and validated without any documentation.
  • Most domain validated certificates can be issued instantly.


  1. ^Coclin, Dean (2013-08-13). 'What Are the Different Types of SSL Certificates?'. Certificate Authority Security Council. Retrieved 2019-12-20.
  2. ^'There's certs and certs ā€“ VeriSign badmouths rivals'.
  3. ^'SSL Explained Simply - What's the Best Free Option?'.
  4. ^Vyas, Tanvi. 'Updated Firefox Security Indicators'. Mozilla Security Blog.
  5. ^'Check if a site's connection is secure'.
Retrieved from ''

Use this CSR Decoder to decode your Certificate Signing Request and verify that it contains the correct information. A Certificate Signing Request is a block of encoded text that contains information about the company that an SSL certificate will be issued to and the SSL public key. Once a CSR is created, it is difficult to verify what information is contained in it because it is encoded. Since certificate authorities use the information in CSRs to create the certificate, you need to decode CSRs to make sure the information is accurate. To check CSRs and view the information encoded in them, simply paste your CSR into the box below and our CSR Decoder will do the rest. Your CSR should start with '-----BEGIN CERTIFICATE REQUEST----- ' and end with '-----END CERTIFICATE REQUEST----- '. If you are interested, you can also learn more about Certificate Signing Requests. Once you have your CSR, use our SSL Wizard to find the best SSL provider.

If you want to check CSRs on your own computer, run this OpenSSL command:

openssl req -in mycsr.csr -noout -text

Comments are closed.