What are the primary use cases for SKLM?

SKLM is software designed to securely manage encryption keys for IBM disk and tape storage systems. It provides centralized key management, automating key creation, rotation, and deletion. This helps organizations meet compliance requirements and protect sensitive data.

What are the benefits of using SKLM?

SKLM is used to manage encryption keys for IBM storage devices, including disk and tape. It supports data-at-rest encryption, ensuring that data is protected even if the storage media is lost or stolen. It also helps with regulatory compliance by providing audit trails and key lifecycle management.

What IBM products does SKLM integrate with?

SKLM simplifies key management, reduces the risk of data breaches, and helps organizations meet compliance requirements. It automates key rotation, provides secure key storage, and offers detailed audit trails. This reduces the administrative burden and improves overall security posture.

How does SKLM help with regulatory compliance?

SKLM integrates with IBM disk and tape storage systems that support encryption. This includes various IBM storage systems, providing a centralized key management solution for these devices. Integration ensures that encryption keys are securely managed and aligned with the storage infrastructure.

What types of APIs does SKLM expose?

Key components include the SKLM server, the database, and the key stores. The SKLM server handles key management operations, the database stores configuration and audit data, and the key stores securely hold the encryption keys. These components work together to provide a robust key management solution.

What protocols does SKLM use for communication?

SKLM exposes REST APIs for key management operations. These APIs allow for programmatic access to key creation, deletion, and rotation functions. This enables integration with other systems and automation of key management tasks.

What databases or storage mechanisms are used?

SKLM uses HTTPS for secure communication. This ensures that all data transmitted between the client and the server is encrypted. HTTPS provides a secure channel for key management operations and protects sensitive information.

What are the network requirements for SKLM?

SKLM uses a database to store configuration data, audit logs, and other metadata. The specific database used can vary depending on the deployment. The database ensures data persistence and provides a central repository for key management information.

How does SKLM improve data security?

SKLM automates key management tasks, reducing the need for manual intervention. This automation streamlines key rotation, backup, and recovery processes. Centralized key management reduces the administrative burden and associated costs.

How does SKLM support business continuity?

SKLM provides secure key storage and management, protecting encryption keys from unauthorized access. It supports strong authentication and access controls. This reduces the risk of data breaches and ensures data confidentiality.

How does SKLM help with compliance?

SKLM provides key backup and recovery capabilities, ensuring that encryption keys are available in case of a disaster. This allows for the restoration of encrypted data. Key replication across multiple sites enhances business continuity.

What is the ROI of implementing SKLM?

SKLM provides audit trails and reporting capabilities, helping organizations meet regulatory requirements. It supports key lifecycle management, including key creation, rotation, and deletion. This ensures compliance with industry standards.

What access control model is used?

SKLM supports authentication via Lightweight Directory Access Protocol (LDAP), Security Assertion Markup Language (SAML) 2.0, and X.509 certificates. These methods ensure secure access to the key management system.

What encryption algorithms are supported?

SKLM uses Role-Based Access Control (RBAC) to manage user permissions. This allows administrators to define roles and assign permissions to users based on their responsibilities. RBAC simplifies access management and enhances security.

What audit/logging capabilities exist?

SKLM supports various encryption algorithms, including Advanced Encryption Standard (AES). The specific algorithms supported may vary. SKLM ensures that encryption keys are protected using strong cryptographic methods.

How is user management handled?

SKLM provides a web console and a command-line interface (CLI) for administration. The web console offers a graphical user interface for managing keys and users. The CLI allows for scripting and automation of key management tasks.

What are the main configuration parameters?

User management is handled through the administrative interfaces, allowing administrators to create, modify, and delete user accounts. User authentication is integrated with LDAP, SAML, or X.509 certificates. User roles and permissions are managed using RBAC.

What monitoring capabilities exist?

Main configuration parameters include database connection details, network settings, and security settings. These parameters are configured through the administrative interfaces. Proper configuration is essential for the correct operation of SKLM.

How are backups performed?

SKLM provides monitoring capabilities through its administrative interfaces and log files. Administrators can monitor the status of the SKLM server, key stores, and other components. Monitoring helps to identify and resolve issues.

Share Your Product Experience

Help the community by sharing your experience with mainframe products. Your insights help others make informed decisions.

Share Your Experience

Security Key Lifecycle Manager

Name: Security Key Lifecycle Manager
Availability: InStock

IBM Active z/OS

Encryption Tools and Utilities

Vendor

IBM

Product Overview

The architecture of Security Key Lifecycle Manager (SKLM) is designed for high availability and scalability. The main components include the SKLM server, the database, and key stores. The SKLM server is the core component, handling key management operations.

It interacts with the database for configuration and audit data and with the key stores for secure key storage. The database stores configuration data, audit logs, and other metadata. The key stores securely hold the encryption keys.

Communication between the components is primarily over HTTPS, ensuring secure data transmission. The REST APIs provide programmatic access to key management functions. The SKLM server can be deployed in a clustered configuration for high availability.

The database can be configured for replication and failover. The key stores can be replicated across multiple locations. The web console and CLI are available for administration.

SKLM supports various encryption algorithms, including AES. The system uses Role-Based Access Control (RBAC) to manage user permissions. The network requirements include HTTPS for secure communication.

The database requires network connectivity to the SKLM server. The ports used include 443 for HTTPS. The system provides comprehensive audit logging, capturing all key management operations.

The audit logs include details such as user actions, timestamps, and key identifiers.

Frequently Asked Questions

Help Improve This Directory

Notice outdated information? Have insights about this product? Help the mainframe community stay informed with accurate, current data.

Report Issue Suggest Product Share Event

Are You a Vendor? Claim Your Listing

Take control of your product listings. Add verified information, showcase updates, and unlock a Claimed Vendor badge across the directory.

Claim Your Listing Now