Download Pkcs 12 Certificate From Godaddy ^NEW^

I got an ssl certificate from GoDaddy and downloaded the certicate and two text files. I need a pfx file for an Azure Web Service app. Godaddy sent me two .crt files and two text files one of which is a text titled "generate-private-key.txt".Question 1 : is the private key text file valid input as a key file for the OpenSSL pfx file conversion utility.Question 2 : Is there any indication in the .crt file name on which file to use as input to the OpenSSL utility.

I found this to be very complicated. Cobbling together these 13 steps was the equivalent of a Haynes manual 5 spanner job for me. Hope this helps and of course do provide feedback on whether any of these steps can be simplified.

For reference I host my apps on azure, and purchased a wildcard certificate from godaddy.

Download Pkcs 12 Certificate From Godaddy

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A few months ago a colleague who left generated a CA certificate from GoDaddy. I am not sure the exact steps he took but currently we would like to install the CA certificate on a server to fully comply with EFRIS regulations which mandate that clients should transition from self-signed certificates to CA certificates within 3 months of go-live.

If you do not have the private key that the certificate originated from, then you may need to start over, by generating a new private key, then creating a certificate signing request (CSR) from this private key, then submitting the CSR to a certificate authority (CA) who will issue and sign the certificate. These steps can all be completed using openssl.

Many CA's (e.g. Comodo, GeoTrust, etc.) charge less than $10.00 USD for a one-year certificate, so loosing the private key is not a outrageously costly mistake. LetsEncrypt even offers free certificates. Also, some CA's will let you re-key an existing certificate in the event that the private key is lost or stolen. This basically amounts to the CA revoking the old certificate, and issuing a new certificate for the remaining life of the old certificate, where the new certificate is derived from a new private key.

Whichever route you go, the CA will probably issue the new certificate in PEM or CRT format. If your server requires the certificate in PKCS#12 or PFX fornat, you can use openssl pkcs12 to convert it. See for more info.

It is important to understand that .p12 (and .pfx) certificates are "identity" certificates, and that there may be several CA components concatenated in a "stitched-in" manner. The key provided from an initial request may only be a component of the certificate you use of the same name.

I have a wildcard cert purchased through godaddy, and I'm trying to install it into the FortiGate so I can use it for SSL VPN connections. However, I'm pretty lost on what "server type" I should specify before downloading the cert from GoDaddy, and which option to select when importing it on the FG.

I have ssl certificate file downloaded from GoDaddy which contains .pem file .crt file and .p7b file. I have a private key generated in .key extension. I need to assign the same to the certificate i received from Godaddy and install the same in IIS certificates.

You now need to import the intermediate CA certificate into the store. Double-click on the received .p7b file to open it. In the certmgr window that appears, double-click on Certificates. A list of certificates stored in the p7b will appear. Double-click on the intermediate CA to open it. The intermediate CA is the one where the Issued To and Issued By differ. On the one I've just downloaded from GoDaddy, the certificate is issued to Go Daddy Secure Certificate Authority - G2, but yours might be different. Once the certificate is displayed, click on Install Certificate.... A dialogue, similar to the one used to import the pfx above opens. On the welcome page, select Local Machine and click Next. On the Certificate Store page, select Place all certificates in the following store, click Browse and choose Intermediate Certification Authorities before clicking OK to close the selection dialogue, then clicking Next. Click Finish.

The SSL protocol mandates that the SSL Server provide the client with a server certificate for the client to perform server authentication. Cisco does not recommend use of a self-signed certificate because of the possibility that a user could inadvertently configure a browser to trust a certificate from a rogue server. There is also the inconvenience to users to have to respond to a security warning when it connects to the secure gateway. It is recommended to use trusted third-party CAs to issue SSL certificates to the ASA for this purpose.

The next step is to get the CSR signed from the CA. The CA provides either a newly generated PEM encoded Identity Certificate or with a PKCS12 certificate along with the CA certificate bundle.

If the CSR is generated outside the ASA (either via OpenSSL or on the CA itself), the PEM encoded Identity Certificate with the Private Key and CA certificate are available as separate files. Appendix B provides the steps to bundle these elements together into a single PKCS12 file (.p12 or .pfx format) .

There is no need to manually copy the certificates from the Primary to Secondary ASA as the certificates are synced between the ASAs as long as Stateful Failover is configured. If on initial setup of failover, the certificates are not seen on the Standby device, issue the command write standby in order to force a sync.

Solution: This issue presents itself when an RSA keypair is used with the certificate. On ASA versions from 9.4(1) onwards, all the ECDSA and RSA ciphers are enabled by default and the strongest cipher (usually an ECDSA cipher) is used for negotiation. If this happens, the ASA presents a Self-Signed certificate instead of the currently configured RSA-based certificate. There is an enhancement in place to change the behaviour when an RSA-based certificate is installed on an interface and is tracked by Cisco bug ID CSCuu02848.

Hello- We are also seeing this issue when trying to import a GoDaddy cert. It is a wildcard cert that was exported from azure. We have been successful importing it to several other services. When following the instructions here we get the error: certificate is not a valid PEM certificate

I recently installed a PA-200 at a client's office and setup GlobalProtect for SSL VPN using self-signed certificates. Now that we are ready to roll into production, we'd like to install a trusted SSL certificate. We purchased a certificate from GoDaddy. The CSR was created on IIS7 (on Small Business Server 2008) and successfully used to create the certificate through GoDaddy. When I download the certificate from GoDaddy I get two files.

Where I am confused is how to properly import these certificates so I can use them for the GlobalProtect Portal and Gateway. I am gussing that the format GoDaddy uses must be Base64 Encoded Certificate (PEM) because I have no passphrase from GoDaddy. If I simply import the certificate without the private key, then it imports just fine, but I can't select it within the GlobalProtect Gateway or Portal. If I select the Import Private Key checkbox and select the private key I exported through IIS, then the "Uploading..." window hangs forever until I close the browser.

I started (and now resolved) this threed on same subject but different, but very similar!

-firewall/f/sophos-xg-firewall-general-discussion/95348/import-crt-certificate

My first issue was, the XG firewall did not know about the goDaddy UK CA (Certificate Authority), so had to overcome that first. Then I had to find 'the key'. Fortunately, I had already completed successfully on my SEA (Sophos Email Appliance) and was able to export both the certificate and key.

When you do export, you get a single .pem file, which contains both the cert and key (open in Notepad in windows and you can copy and paste the text out to 2 separate files.

If I did not have the SEA, I would have been stuck, as there was no way from the 2 certs from goDaddy to get the 'key'.

For you, I think you need to import the certificate to something (Windows IIS), to be able to export (backup) the cert and key.

I am attempting to import the SSL certificate from GoDaddy When researching using PowerShell to import the certificate, I learn that a password is required. However GoDaddy does not provide one. Is this password something I choose or am I suppose to get one from GoDaddy?

This password is the one you chose when you exported the certificate from GoDaddy. If GoDaddy did not provide you with a password for the certificate, it is likely that the certificate was not exported with a password. For more details you can ask GoDaddy's support team or go to their official forum for help.

Then for the chain certificate I imported the godaddy bundle (labeled gd_bundle-g2-g1). There is also a PKCS7 certificate labeled as gd-g2_iis_intermediates but i couldn't get it imported into the Big IP and i was fairly confident it needed the bundle anyway. I imported the bundle as follows:

Troubleshooting certificate issues is never easy, but the first thing you should probably do is simply verify that you have all of the necessary certificates in the chain. A certificate digitally signs the certificates that it issues, so in a multi-link chain with a root and potentially several subordinate CAs, each certificate in the chain will have a cryptographic relationship with the certificate next to it, either as the signer or signee. The process of verification must then "walk" the chain and verify each signature along the way (against the signer's public key), and the chain must be complete (from end-entity all the way to the explicitly trusted self-signed root).

Now, during the SSL handshake the server will send its certificate, and the certificates from the bundle. The bundle should not, however, contain the root CA. Assuming the client already has and explicitly trusts the root CA, the intermediate CAs in the bundle should provide the client with all of the additional links in the chain to build a complete end-to-end chain from the server cert to the root. If you're getting a verification error, it's very likely that you're missing one of these certificates. You may also need to check the client (mobile device) to make sure it has the root. Looking at the subject and issuer in the properties of the certificates is pretty straight forward, and hopefully you'll spot something that way. But it's not a "true" indicator as certificates can sometimes use the same names. The only accurate way to know is to cryptographically verify the chain, which can be done with various tools including OpenSSL. Before we dig into that mess though, makes sure you're not missing anything by name. ff782bc1db