I use the C libcurl library. I need to do OCSP stapling combined with mutual authentication. For that, I'll take model on the below exemples. However, I need the private key of my client certificate to be stored in the TPM chip. Do you know how to do that, using tpm2-tss-engine? Thanks for your help.
Authorization plugins offer morefine-grained control to supplement authentication from mutual TLS. In additionto other information described in the above document, authorization pluginsrunning on a Docker daemon receive the certificate information for connectingDocker clients.
libcurl: how to use TPM private key for mutual SSL authentication
Download: https://gohhs.com/2vGhdB
Note, however, that the RPC security is determined by the security of itstransport. For example, RPC over AWS IoT service uses secure, authenticatedAWS IoT mechanism, utilising mutual TLS and elaborate policy infrastructure.Thus, encryption, authentication and authorisation of the RPC channel isprovided by AWS. Such an RPC channel is highly secure. The opposite examplewould be an RPC over plain HTTP/RESTful, not authenticated and notlocked by authorisation, wide open to the world.
Section defining secrets for IKE/EAP/XAuth authentication and private keydecryption. The secrets section takes subsections having a specific prefixwhich defines the secret type. It is not recommended to define any private keydecryption passphrases, as there is no real security benefit in having encryptedkeys. Either store the key unencrypted or enter the keys manually when loadingcredentials.
The transport layer relies on mutual TLS for both encryption andauthentication of nodes. Correctly applying TLS ensures that a malicious nodecannot join the cluster and exchange data with other nodes. While implementingusername and password authentication at the HTTP layer is useful for securing alocal cluster, the security of communication between nodes requires TLS.
To ensure mutual attestation, the operator of Redis defines a policy in which it defines a certification authority (redis_ca_cert) and defines both a Redis certificate (redis_ca_cert) as well as a Redis client certificate (redis_client_cert). The client certificate and the private key (redis_client_key) are exported to the policy of the Flask service SS. The policy for this looks like this:
The authenticator unpacks this from IP and repackages it into EAPOL and sends it to the supplicant. Different authentication methods will vary this message and the total number of messages. EAP supports client-only authentication and strong mutual authentication.
Web interfaceTo gain access to a protected network, the Axis device must have a CA certificate, a client certificate, and a client private key. These should be created by the servers and uploaded via a web interface. When the Axis device is connected to the network switch, the device will present its certificate to the switch. If the certificate is approved, the switch allows the device access on a preconfigured port. As pointed out previously, in order to use port-based authentication, the network must be equipped with a RADIUS server and a network switch with support for IEEE 802.1X. You may also need to contact your network administrator for information on certificates, user IDs and passwords depending on the type of RADIUS server that is used.
Step 2: Create IoT device (thing)After creating the thing policy, it is time to create the actual device. AWS IoT Core is providing access via certificate-based authority rather than credential-based authentication. So, a certificate and a private key are generated during the process of creating a thing as well.
2ff7e9595c
Σχόλια