Can I perform asymmetric signing with this skill?

Absolutely. It covers signing and verification using various algorithms like RS256, PS256, and ES256 for both RSA and Elliptic Curve keys.

Does it support soft-delete and recovery?

Yes, it includes code snippets for handling the deletion lifecycle, including polling for deletion status, purging, and recovering deleted keys.

What authentication method is recommended?

The skill utilizes DefaultAzureCredential, which is the Azure SDK best practice for supporting multiple authentication environments from local development to production.

How does the skill handle key rotation?

It provides implementation patterns for defining rotation policies, including expiration timelines and automated rotation triggers based on key age.

Does this skill support Managed HSM?

Yes, it includes specific support for creating and managing hardware-protected keys (HSM) for RSA, EC, and symmetric (OCT) key types.

Azure Key Vault Keys (Java)

Name: Azure Key Vault Keys (Java)
Author: sickn33

bysickn33

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31,721

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Infraestructura en la Nube

Manages cryptographic keys and executes secure operations like encryption, signing, and rotation using the Azure Key Vault Java SDK.

This skill empowers developers to integrate robust cryptographic key management into Java applications via Azure Key Vault and Managed HSM. It provides implementation patterns for creating and managing various key types including RSA, Elliptic Curve (EC), and symmetric keys, while offering specialized guidance for secure operations such as encryption, decryption, signing, and key wrapping. Ideal for building enterprise-grade security layers, it covers advanced lifecycle management including hardware-backed protection (HSM), automated key rotation policies, and secure backup/restore workflows.

Características Principales

01Secure cryptographic operations including Encrypt/Decrypt and Sign/Verify

0231,721 GitHub stars

03Standardized patterns for key backup, restore, and soft-delete recovery

04Support for hardware-protected keys via Managed HSM integration

05Comprehensive management of RSA, EC, and Symmetric (OCT) key types

06Automated key rotation policy configuration and lifecycle management

Casos de Uso

01Managing high-security keys in Managed HSM for regulatory compliance

02Implementing digital signatures for data integrity and non-repudiation

03Protecting sensitive application data using RSA or EC encryption/decryption

Características Principales

01Secure cryptographic operations including Encrypt/Decrypt and Sign/Verify

0231,721 GitHub stars

03Standardized patterns for key backup, restore, and soft-delete recovery

04Support for hardware-protected keys via Managed HSM integration

05Comprehensive management of RSA, EC, and Symmetric (OCT) key types

06Automated key rotation policy configuration and lifecycle management

Casos de Uso

01Managing high-security keys in Managed HSM for regulatory compliance

02Implementing digital signatures for data integrity and non-repudiation

03Protecting sensitive application data using RSA or EC encryption/decryption