KMS Module updateAnsiX9241Key Mechanics

Release Notes
- SAKA 4.12.0
- SAKA 4.11.0
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Preface
- Default Paths and Filenames
- Third-Party Website References
- Strongkey Welcomes Your Comments!
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KAM Introduction
Architecture
Installation
- Preliminary Steps
- Install Components (Primary)
- Install Components (Secondary)
- Define KCs (Primary)
- Verify KCs (Secondary)
- Set Personal Identification Numbers (PINs) [Primary]
- Set PINs and Complete Key Migration [Secondary]
- Create System Users [Primary]
- Create a New Encryption Domain [Primary]
- Complete Second Domain Key Migration [Secondary]
- Add System Users [Primary]
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- Replicate the CEM Domain [Secondary]
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CCS Web Service Operations
- CCReturnObject
- Manufacturer Identifiers for Processing CardHolder Data (CHD)
- CCS Module GetCardCaptureData Mechanics
- CCS Module DukptEncrypt Mechanics
- CCS Module DukptDecrypt Mechanics
- CCS Module DukptMAC Mechanics
- CCS Module ReencryptPINBlock Mechanics
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KAM Web Service Operations
- KAM Encryption Mechanics
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- Notes on the Mechanics
- KAM Deletion Mechanics
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- HTTPS Interface
- SOAP Interface
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KMS Web Service Operations
- CCReturnObject
- CCKeyComponentType
- CCCryptographicMaterialType
- CCEncryptedAnsiX9241KeyType
- KMS Module loadKeyComponent Mechanics
- KMS Module loadBaseDerivationKey Mechanics
- KMS Module generateBaseDerivationKey Mechanics
- KMS Module generateInitialKey Mechanics
- KMS Module storeAnsiX9241Key Mechanics
- KMS Module replaceAnsiX9241Key Mechanics
- KMS Module deleteAnsiX9241Key Mechanics
- KMS Module updateAnsiX9241Key Mechanics
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KAM Batch Operations
- SKLESBatchInput Element
- SKLESBatchOutput Element
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KAM DemoClients
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KAM KCSetPINTool
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KAM DACTool
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KAM Key Migration Tool
- Prerequisites
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KAM KMS ConsoleTool
- Loading Key Components
- Loading a BDK
- Storing ANSI X-924.1 Keys from Key Components
- Storing ANSI X-924.1 Keys from Wrapped Keys
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KAM Configuration
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KAM Key Management
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HSM Integration
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- HSM Administration Basics
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Managing Credentials
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Changing Hostname and IP
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Internal Repositories
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Appliance Security
- Physical Security
- Operating System
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PCI DSS 3.2
- Requirement 3: Protect Stored Cardholder Data
- Requirement 6: Develop and Maintain Secure Systems and Applications
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KC Responsibilities
Add New SKCE Domain
KAM Replication
- Replicate Essentials Only
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Appendices
- Using a Custom Trust Store
- Using the Key Migration Tool (KMTool)
  - Pre-requisites
  - Mechanics
  - Details
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- Modifying the Appliance's IP Address or Hostname
- Relay Webservice
  - Mechanics of the Relay
  - Deploying the service
  - Relay Webservice Client
  - HTTP interface
  - SOAP interface
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- Installing KCSPTool and DACTool on Windows
  - Installation
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- KAM KC Replace Tool
  - Prerequisites
  - Validating Credentials
  - Recreate a set of Key Custodians
  - Create a new set of Key Custodians
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- Migration Information
- Using HAProxy as a Load Balancer
- MariaDB Audit Logging Configuration
  - Enable MariaDB Audit Logging
  - Monitoring the MariaDB for Replication anomalies
  - Disable MariaDB Audit Logging
  - The counts_v2.sql file
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- Application Development Guide
  - Application Design for “Card Not Present” transactions
  - Storing Encryption Domain Identifier (DID)
  - Securing Decryption Credentials
  - Cluster Communications
  - Relay Processing
  - Summary on “Card Not Present” transactions
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- Setting up LACP Bonding on Tellaro KA
- Strongkey Tellaro & Ransomware Protection
- Adding an Additional Server to a Cluster
  - Step #1 on an EXISTING server
  - Step #2 on the NEW server
  - Step #3 On the EXISTING node
  - Step #4 on the NEW node
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- Adding a Data Recovery Server to a Cluster
  - Step #1 on an EXISTING server
  - Step #2 on the NEW server
  - Step #3 on the EXISTING node
  - Step #4 on the NEW node
  - Post-Installation
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- Batch Delete Tokens
- CIS Hardening Verification RHEL 7.X
- CIS Hardening Verification ROCKY 9.X
- Migrating from Centos to Rocky
  - Rocky Linux Kickstart USB Guide
  - Step 1: On an Existing Production Server in the Cluster
  - Step 2: On the Same Machine after Installing Rocky 9.2
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- KA Replace EOL Node
  - Prerequisites
  - Step 1 (On New SAKA)
  - Step 2 (On EOL SAKA)
  - Step 3 (On New SAKA)
  - Step 4 (On EOL SAKA)
  - Step 5 (On New SAKA)
  - Step 6 (On EOL SAKA)
  - Step 7 (On New SAKA)
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- Cleanup SAKA Disk Space
  - Cleanup Old Distributions and Files
  - Cleanup Database Tables
    - Cleanup Encryption Requests Table
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- Using Custom SSL/TLS Certificates
  - Generating a TLS certificate with the SAN extension
  - Installing the keystore on SAKA
  - Conclusion
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- Reboot StrongKey Tellaro
  - Pre-Reboot
  - Reboot
  - Post-Reboot
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- Configure Syslog
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The updateAnsiX9241Key (UPK) operation is used to update the status and/or the notes associate with an ANSI key previously stored on the appliance. The UPK web service operation requires seven parameters:

DID	The unique encryption domain identifier.
username	The username (service credential) within the encryption domain with the authorization to call this web service. The user requires the Key Management Administrator privilege to execute this operation.
password	The password of the username to authenticate the credential of the requester.
bankid	An optional bank identifier used to identify this ANSI key. Currently only used for logging purposes.
KeyToken	The token that references the ANSI key to be deleted.
NewStatus	The optional updated status for this ANSI key. Valid values for NewStatus are Active, Inactive, Suspended, and Retired.
NewNotes	The optional updated notes for this ANSI key.

When SAKA receives the request, it verifies the credentials presented against its internal database—or an optional LDAP directory server—and determines their authorization to request the UPK service by verifying if they are a member of the KMCAuthorized group. If using LDAP, this group and its members must be created in the LDAP directory as a distinct task of the SAKA installation process; when using the internal database on the SAKA, this group is created automatically.

If the requester is authorized, SAKA locates the key identified by the KeyToken parameter. Once identified, the record for this key is updated in the appliance's database with the non-null values from the NewStatus and NewNotes parameters. The following values will be returned, either as a JSON or XML string; in the case of SOAP, the JSON or XML string is embedded in the objectContent attribute of the CCReturnObject object:

DID	The unique encryption domain identifier for the domain that serviced this request.
SRID	A unique request identifier for this transaction.
BankID	The BankID used in this request.
KeyToken	The token reference deleted by this request.
NewStatus	The new status for this key.
NewNotes	The new notes for this key.