This tool will check if your website is properly secured by an SSL certificate, including the IP it resolves to, the validity date of the SSL certificate securing it, the CA the SSL certificate was issued by, the subject information in the certificate, and determine if the chain of trust has been established.

I downloaded the zip-File from godaddy. If I import the .pem-File oder a converted .cer-File, the certificate can be imported but will be shown with e red X "expeted issuer". If I import a .p7b-File the new certificate is listet well with a green check. But I cannot select the certificate fr User Portal oder SSL-VPN.


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I found the issue. When you download the ZIP-File from GoDaddy you'll have the gd_bundle_g2-g1.crt File with the CA Informations. I double-clicked on a windows PC, Details -> Save to File -> Choose "DER"-Format and saved this to the disc. I added this new file "gd_bundle_g2-g1.cer" as New "certificate authoritie" in Sophos and now it works.

I ran into an interesting problem. We have a PHP script that contacts a LTL shipper ( ). That script has been failing because it can't validate the SSL certificate. I went to the site and found they were using a GoDaddy SHA2 certificate (uses the GoDaddy Certificate Bundles - G2, which is what is used for SHA2).

I have the latest version of ca-certificate installed and it looks like they have Go Daddy Root Certificate Authority - G2 but that's not the same thing and fails in all forms of validation. I was able to finally get it to work by copying the bundle and directly using that in a CURL request. But this is simply a workaround. Is there something else I'm missing that could make this work without installing the CA directly?

This would appear to be a configuration mistake on their part. It is definitely something that can be expected to cause compatibility issues as you are really only supposed to rely on clients having the root certificates in place beforehand.


I would say that your main options are to either try to convince the service provider to fix their service or work around the problem on your end by providing the client with the certificates that their server was expected to provide.

Some of our users are getting blocked access to websites due to SSL certificate errors in our environment. The problem seems to stem from one GoDaddy Intermediate CA cert " Issuer: Go Daddy Secure Certificate Authority - G2"

I've tried uploading the certificate in question onto the firewall as I know some inter certs require that but after troubleshooting further I think it's an issue with the IDP not being present in the CRL for that cert

Thus far the only solution has been to wait for users to flag sites and then not decrypt them, but this isn't ideal. I doubt that every PA is having similar problems with this GoDaddy intermediate certificate so was wondering if anyone has any ideas, I feel like I'm missing something.

Intermediate certificates are used as a stand-in for our root certificate. We use intermediate certificates as a proxy because we must keep our root certificate behind numerous layers of security, ensuring its keys are absolutely inaccessible.

How you install the certificates depends on the server software you use. In most cases, you can download and install an intermediate certificate bundle. However, for some server types you must download and install the two intermediate certificates individually. Please refer to the Install my SSL certificate for the specific process you should follow.

filled everything out, generated the CSR from the arcgis server admin page, submitted to godaddy and got two files back, a p7b and a crt. I have to assume IIS can't import this at all because I have tried and every time I import the crt in IIS by completing the certificate request it dissapears out of Server Certificates when I try to do the bindings.

currently i have letsencrypt on IIS and its secure when I go to which forwards me to web.vectorgeomatics.com/portal/home and its 100% secure. I purchased the godaddy cert, submitted the csr from server admin and have the files mentioned above..... what do now? I've got everything through IWA right now, mainly to to be used internally, but office staff need the option of being able to access the site out of the office which prompts them for their domain user name and password and that is working correctly. I think the steps ive taken so far have been correct?

So there sounds like there is a way to use the same cert for IIS and Server using openssl attaching a private key to it, but as it stands im using letsencrypt for iis and godaddy for server and everything seems to be working fine. the p7b file they give you (godaddy) you upload as a root cert, and then you need to click on the self signed cert you submitted for signing to import the certificate. i was importing the certificate outside of the self-signed cert when I had to click on the self signed cert and then at the bottom his import and then i could import the crt where it does not ask for a password. thanks Abraam for clearing everything up.

In the SSL admin page of Server Manager you will generate a CSR (your own one I called tobeSignedCSR) and this is what I submitted to GoDaddy for signing. Upload a root cert (in my case, GoDaddy provided it, and I believe there are instructions for GoDaddy that specify to choose Other for the type). One you've gotten the CSR signed, go back to your ssl page and click on the csr (tobeSignedCSR) and you will see at the bottom the option to complete the signing where you can use the cert provided by godaddy or whoever you chose.

there IS a way to get this done using one cert that I have not tried, and this involves generating a private key using something like OpenSSL and attaching it that way. The ESRI tech didn't know off hand but it will be something like this -essentials-working-with-ssl-certificates-pr... Generate a Self-Signed Certificate from an Existing Private Key and CSR once you've generated a private key. *I think* I have not tested this.

Depending on what you get when you buy a certificate, you may get a pfx or not. If you don't then you can generate one by using the files you receive. This depends on your OS - windows or linux. On windows you can follow alex instructions: double-click you certificate to install. Use certificate manager to export it to a pfx file.

I went on to GoDaddy's website, downloaded the TomCat version of the updated cert and have tried on multiple occasions using both the web interface and CLI to add the certificate. While it never gives me any error, in fact says it has successfully added it, it never-ever shows up.

If you import a certificate to vCenter you must have the corresponding private key as well. Without that private key you cannot add the certificate to vCenter. I think that is the reason it is not working with the GoDaddy certificate.

You can safely remove the expired certificate. As a matter of fact, you should remove an expired certificate: Removing Expired or Revoked Certificates and Logs from Failed Installations

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 wish PA had a nice good for users new to importing certificates so I could understand the correct process. It really shouldn't be this difficult. It would also be very nice if the firewall could create the CSR and eliminate the need to use OpenSSL or IIS.

and in my case, I was able to import the certificate and the key if I used the Internet Explorer but it didnt work with the Firefox (I was able to import certificates with the FF, but not certs with the private keys)

A server providing a TLS/SSL connection (as in a HTTPS web-server) should send the client all certificates in the chain. That is, the end-entity certificate, all subordinate CAs and optionally (but not mandatory) the Root CA certificate.

Your so called Affected PCs are showing the symptom of a web-server that has been misconfigured and is simply sending the end-entity certificate. Your browser gets this certificate and has no way to chain it to the Root CA that's installed in your trust-anchor store.

Your Unaffected PC is showing the symptom of a Windows computer which conveniently has the subordinate CA certificates cached in its certificate store. These are usually placed there when a user browses to another website which uses the same subordinate CAs but whose administrator knows what they are doing :-) The PC is still only receiving the end-entity certificate from the server, but as it has the subordinate CAs certificates cached, it can join them together and build the chain. ff782bc1db

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