Luna HSM Client 7.0.0
Luna HSM Client 7.0.0 was released in June 2017.
CAUTION! Versions of the user documentation found on the Customer Portal are no longer updated and may contain errors and omissions. For the most accurate and up-to-date documentation of all major Luna 7 releases, always refer to the latest set of online documentation at https://www.thalesdocs.com.
New Features and Enhancements
Luna HSM Client 7.0.0 includes the following new features and enhancements:
Partition Security Officer
All application partitions now have a Partition Security Officer (PO) role that is completely distinct from the HSM Security Officer (HSM SO) role. In this security model, the HSM SO is responsible only for initializing the HSM, setting HSM-level security policies, and creating and deleting partitions. After creating the partitions, the HSM SO has no access to the contents of the partitions. Partitions are owned by the PO, who is responsible for initializing the partition, setting the partition-level security policies and initializing the cryptographic roles on the partition. This model permits a complete separation of roles on the HSM
See Partition Roles.
Luna Network HSM 7 provides cryptographic performance that is 10x faster than the release 5.x and 6.x Luna HSMs.
Luna Network HSM 7 provides enhanced environmental failure protection and tamper resistance.
Improved Random Number Generation
The performance of Luna Network HSM 7's AES-256 CTR DRBG random number generation is significantly increased from previous versions. The RNG is fully compliant with the latest entropy standards:
New Cryptographic Mechanism Support
Luna Network HSM 7 adds support for the following cryptographic algorithms:
>SP800-108 HMAC (RSA & ECC)
>AES-XTS - disk encryption standard
Increased Key Storage Capacity
Luna Network HSM 7 provides up to 32 MB of cryptographic object storage (depending on the model).
Secure Transport Mode Redesigned
Secure Transport Mode (STM) in Luna Network HSM 7 provides a simple, secure method for shipping an HSM to a new location and verifying its integrity upon receipt. When the HSM SO enables STM, it locks the HSM and its contents, and records the current configuration as a pair of unique strings. When the HSM is recovered from STM, the unique strings are redisplayed. If the strings match, the HSM has not been tampered or modified during transport.
The Luna Network HSM REST API web application allows you to use a set of scriptable REST APIs to perform some LunaSH functions.
See REST API Reference.
The Luna Network HSM7 now supports IPv6, using static addressing, SLAAC, or DHCP.
Improved Serial Access
Serial access to the Luna Network HSM is via an RJ45 serial port. A custom Prolific Technologies USB to RJ45 cable with a standard 8P8C modular connector is included. The cable requires the PL2303 driver, which you can download from http://www.prolific.com.tw or the Thales Customer Portal.
Enable Decommission on Tamper
A new capability, Enable Decommission on Tamper, allows you to set HSM policy 40 to decommission the HSM in the event of a tamper.
Controlled Tamper Recovery
If Policy 48: Do Controlled Tamper Recovery is enabled (the default), the HSM SO must clear the tamper condition before the HSM is reset, to return the HSM to normal operation.
See Tamper Events.
Release 7.0.0 Advisory Notes
This section highlights important issues you should be aware of before deploying Luna HSM Client 7.0.0.
STC over IPv6 is Unavailable
STC client-partition links are not available over an IPv6 network.
Deprecated and Discontinued Features
The following features are deprecated or discontinued in Luna 7. If you have been using any of these Luna 5/6 features, plan for a new configuration and workflow that does not make use of the feature:
>Host trust links (HTL)
>NTLS keys in hardware
>Small form factor (SFF) backup
>Watchdog, CPU Governor
Supported Luna HSM Client 7.0.0 Operating Systems
You can install the Luna HSM Client 7.0.0 on the following operating systems:
|Operating System||Version||64-bit applications on 64-bit OS||32-bit applications on 64-bit OS||32-bit applications on 32-bit OS|
|Redhat-based Linux (including variants like CentOS and Oracle Enterprise Linux)||7||Yes||Yes||Yes|
Supported Cryptographic APIs
Applications can perform cryptographic operations using the following APIs: