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This chapter will shows you various security configurations that can be used with Teiid in securing your data access. Note that data level security (data roles) are explained in separate chapter.
If you are always using a local connection, then you do need to secure a channels.
By default all sensitive (non-data) messages between client and server
are encrypted using a Diffy-Hellman
key that is negotiated per connection. This
encryption is controlled by clientEncryptionEnabled property in JdbcSslConfiguration and
AdminSslConfiguration sections
in <jboss-install>/server/<profile>/deploy/teiid/teiid-jboss-beans.xml file.
Teiid supports SSL based channel between the client JDBC application and Teiid Server. Teiid supports the following SSL modes.
Anonymous – No certificates are required, but all communications are still encrypted using the TLS_DH_anon_WITH_AES_128_CBC_SHA SSL suite.
1-way – Only authenticates the server to the client traffic. Requires a private key keystore to be created for the server and a truststore at the client that authenticates that key. The SSL suite is negotiated.
2-way – Mutual client and server authentication. The server and client applications each have a keystore for their private keys and each has a truststore that authenticates the other.
Depending upon the SSL mode, follow the guidelines of your organization around creating/obtaining private keys. If you have no organizational requirements, then follow this guide to create self-signed certificates with their respective keystores and truststores.
The following keystore and truststore combinations are required for different SSL modes. The names of the files can be chosen by the user. The following files are shown for example purposes only.
1-way
server.keystore - has server's private key
server.truststore - has server's public key
2-way
server.keystore - has server's private key
server.truststore - has server's public key
client.keystore - client's private key
client.truststore - has client's public key
The following sections define the properties required for each SSL mode. Note that when connecting to Teiid Server with SSL enabled, you MUST use the "mms" protocol, instead of "mm" in the JDBC connection URL, for example
jdbc:teiid:<myVdb>@mms://<host>:<port>
There are two different sets of properties that a client can configure to enable 1-way or 2-way SSL.
These are standard Java defined system properties to configure the SSL under any JVM, Teiid is not unique in its use of SSL. Provide the following system properties to the client VM process.
Example 4.1. 1-way SSL
-Djavax.net.ssl.trustStore=<dir>/server.truststore (required) -Djavax.net.ssl.trustStorePassword=<password> (optional) -Djavax.net.ssl.keyStoreType (optional)
Example 4.2. 2-way SSL
-Djavax.net.ssl.keyStore=<dir>/client.keystore (required) -Djavax.net.ssl.keyStrorePassword=<password> (optional) -Djavax.net.ssl.trustStore=<dir>/server.truststore (required) -Djavax.net.ssl.trustStorePassword=<password> (optioanl) -Djavax.net.ssl.keyStroreType=<keystore type> (optional)
Use this option for anonymous mode or when the above "javax" based properties are already in use by the host process. For example if your client application is a Tomcat process that is configured for https protocol and the above Java based properties are already in use, and importing Teiid-specific certificate keys into those https certificate keystores is not allowed.
In this scenario, a different set of Teiid-specific SSL properties can be set as system properties or defined inside the "teiid-client-settings.properties" file. The "teiid-client-settings.properties" file can be found inside the "teiid-7.0-client.jar" file at the root. Extract this file, or make a copy, change the property values required for the chosen SSL mode, and place this file in the client application's classpath before the "teiid-7.0-client.jar" file.
SSL properties and definitions inside the "teiid-client-settings.properties" are shown below.
######################################## # SSL Settings ######################################## # # The key store type. Defaults to JKS # org.teiid.ssl.keyStoreType=JKS # # The key store algorithm, defaults to # the system property "ssl.TrustManagerFactory.algorithm" # #org.teiid.ssl.algorithm= # # The classpath or filesystem location of the # key store. # # This property is required only if performing 2-way # authentication that requires a specific private # key. # #org.teiid.ssl.keyStore= # # The key store password (not required) # #org.teiid.ssl.keyStorePassword= # # The classpath or filesystem location of the # trust store. # # This property is required if performing 1-way # authentication that requires trust not provided # by the system defaults. # # Set to NONE for anonymous authentication using # the TLS_DH_anon_WITH_AES_128_CBC_SHA cipher suite # #org.teiid.ssl.trustStore= # # The trust store password (not required) # #org.teiid.ssl.trustStorePassword= # # The cipher protocol, defaults to SSLv3 # org.teiid.ssl.protocol=SSLv3
Example 4.4. 2-way SSL
org.teiid.ssl.keyStore=<dir>/client.keystore (required) org.teiid.ssl.trustStore=<dir>/server.truststore (required)