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#Keystore explorer remote machine how to#
#Keystore explorer remote machine code#
#Keystore explorer remote machine download#

#Keystore explorer remote machine how to#

If you have questions on how to use KeyStore Explorer, contact the maintainers of that software at. Despite using a GUI, you should still understand the basics of Java Keystore files, keys, and certificates before using this tool.

KeyStore Explorer (3rd party) - If you prefer a graphical user interface (GUI), Keystore Explorer is an option that performs all the operations of keytool and more.

For more information, see the Oracle documentation for Linux or Microsoft Windows. The examples in this guide will use keytool.

Keytool (standard) - The keytool command-line program comes with the Java Development Kit ( JDK).

Define common error messages seen with secure communication and provide steps towards resolution.Ī special tool is required that can manipulate Java Keystore files.

Understand best practice approaches for configuring keypairs, certificates, and trust stores for inbound and outbound connections to the IQ Server.

Describe how TLS works in Java applications in general and the common tools used during configuration.

Understand what TLS/SSL is and how certificates work.

This guide shows you how to set up secure connections to and from the IQ Server by helping you: The configuration process is not automated but can be understood and implemented using best practices. This key store has only the prod root ca.Using Transport Layer Security ( TLS/SSL) based connection is an important step in securing data moving through IQ Server. Private static final String DB_PASSWORD = "example-password" Private static final String DB_USER = "example-username" Private static final String DB_SID = "example-oracle-sid" Private static final Integer SSL_PORT = "example-ssl-option-port-in-option-group" Private static final String DB_SERVER_NAME = "example-dns"

#Keystore explorer remote machine code#

To use an SSL connection over JDBC, you must create a keystore, trust the Amazon RDS root CA certificate, and then configure the SSL connection.Įxample code to set up the SSL connection using JDBC: You must configure the SQL*Plus client to use SSL before connecting to an Oracle DB instance that uses the Oracle SSL option. You can change the setting, if necessary.

"1.2 or 1.0" - Clients can connect to the DB instance using either TLS 1.2 or 1.0.įor existing Oracle SSL options, SQLNET.SSL_VERSION is set to "1.0" automatically.

"1.2" - Clients can connect to the DB instance using TLS 1.2 only.

"1.0" - Clients can connect to the DB instance using TLS 1.0 only.

The following values are allowed for this option setting: To use the Oracle SSL option, use the SQLNET.SSL_VERSION option setting in your option group. Resolutionįor Amazon RDS for Oracle instances, you can turn on SSL mode by adding the SSL option in your custom option group.Īmazon RDS for Oracle supports Transport Layer Security (TLS) versions 1.0 and 1.2. This bundle contains both the intermediate and root certificates.

#Keystore explorer remote machine download#

If your application is on Microsoft Windows and requires a PKCS7 file, then you can download the PKCS7 certificate bundle from Amazon Trust Services. You can download a certificate bundle that contains both the intermediate and root certificates for all AWS Regions from AWS Trust Services. For example, you must use an intermediate certificate to connect to the AWS GovCloud (US) Regions using SSL. In such cases, you might need to use an intermediate certificate to connect to your AWS Region. However, if your application doesn't accept certificate chains, the certificate might fail.

An SSL certificate created by Amazon RDS is the trusted root entity and works in most cases. The SSL certificate includes the DB instance endpoint as the Common Name for the SSL certificate to protect the instance against spoofing attacks. These certificates are signed by a Certificate Authority. When you provision a DB instance, Amazon RDS creates an SSL certificate and installs the certificate on the instance. A server certificate provides an extra layer of security by validating that the connection is being made to an Amazon RDS DB instance. SSL/TLS connections provide one layer of security by encrypting data that's transferred between your client and the DB instance. You can use SSL or Transport Layer Security (TLS) from your application to encrypt a connection to a DB instance running MySQL, MariaDB, Microsoft SQL Server, Oracle, or PostgreSQL.