Securing Data with Oracle HCM Key Vault

Key Takeaway:

  • Oracle HCM Key Vault is a powerful tool for securing data in cloud environments. By managing encryption keys with OCI Vault and Oracle Key Vault, users can ensure that their data is protected from potential breaches and unauthorized access.
  • Understanding the security features of database systems in public and private subnets is critical for ensuring the integrity of data in cloud environments. This includes understanding security rules and access control, as well as working with persistent cache and database shutdown procedures.
  • Virtual wallets in Oracle Key Vault provide a flexible and secure way to manage encryption keys for cloud environments. By using RESTful APIs and the management console, users can easily manage and monitor their keys, ensuring that they have complete control over their data.

Introduction to Oracle HCM Key Vault

Oracle Key Vault is a product designed to help organizations secure their key management resources. In this section, we will explore the benefits of using Oracle Key Vault and why it is crucial to secure cryptographic keys and passwords in the cloud. We will begin with an overview of the capabilities of Oracle Key Vault and then delve into the importance of maintaining data confidentiality, integrity, and availability in a cloud-based world.

Overview of Oracle HCM Key Vault

Oracle Key Vault is a must-have for protecting data. It provides secure key management and encryption/decryption services. Customers can use it to manage, encrypt, store, and protect their cloud keys.

They can do so with the help of RESTful APIs and a management console, and customer-managed encryption keys for Exadata Cloud Service facilitate secure data transfer. OCI Vault provides access control over public and private subnets through vault and key hierarchies.

In short, Oracle Key Vault offers a secure environment for key storage and management. It ensures that sensitive info is safe from threats, with robust encryption capabilities and comprehensive key management features.

Importance of Securing Data in Cloud Environments

Ensuring data safety in cloud surroundings is vital, especially for the sensitive data that companies store. Oracle HCM Key Vault provides a comprehensive solution by supplying a secure key management system for encrypting and protecting company data.

To enforce security rules and access control, utilizing database systems in public and private subnets is essential. Additionally, adjusting PKCS11 persistent cache settings during database shutdowns can grant extra protection.

For proper key management in a secure environment, OCI Vault and Oracle Key Vault are necessary. Virtual wallets in Oracle Key Vault can provide extra layers of security when storing keys and managing access.

Customers who employ Oracle Exadata Cloud Service, have customer-managed encryption keys available for added protection. RESTful APIs and the Management Console are practical instruments for managing key vault services.

It’s important to grasp the vault and key hierarchy within OCI Vault for proper key management. Oracle Key Vault offers features such as scalability, ease of use, flexible deployment options and integration with other Oracle products. Working with virtual wallets in Oracle Key Vault allows for easy creation and modification of wallets to store encrypted keys.

Finally, using EXPIRE PKCS11 PERSISTENT CACHE ON DATABASE SHUTDOWN parameter grants extra security. It expires persistent caches upon database shutdowns. Appropriate management of persistent cache settings is essential for maximum data protection.

Understanding the Security Features of Database Systems in Public and Private Subnets

In this section, we will explore the security features of database systems in public and private subnets. We will discuss the various security rules and access control measures implemented to secure these systems, such as firewall rules, authentication, and encryption. Additionally, we will cover the database shutdown functionalities. A brief overview of these database systems in public and private subnets will also be provided.

Overview of Database Systems in Public and Private Subnets

In the cloud, database systems can be hosted in either public or private subnets. It’s essential to understand the security of these systems for proper protection. Public subnets are available on the internet, while private subnets can only be used within the same virtual private cloud.

Security rules and access controls can differ between public and private subnets. Public subnets demand more stringent security, like network isolation, firewall configuration, and software updates. Private subnets need fewer security measures since they can only be accessed by authorized users or applications.

Besides these security features, PKCS11 Persistent Cache and Database Shutdown are also important. PKCS11 enables cryptographic tokens, such as smartcards or USB keys, to control encryption keys. PKCS11 Persistent Cache allows encryption keys to be kept after shutdowns, blocking illegal access to confidential data.

Security Rules and Access Control

In cloud environments, security rules and access control mechanisms are essential for protecting sensitive data. It’s vital to make sure secure databases exist in both public and private subnets to block unauthorized access. Oracle HCM Key Vault provides a comprehensive key management solution, including access controls, security rules, and encryption keys.

Access control mechanisms are crafted to restrict system access to approved users or entities. By issuing permissions to certain files or resources, these controls let you enforce policies in the system and identify who can access it. Security rules, on the other hand, regulate user behavior, implement password policies, set session timeouts and more to strengthen security. For more information on securing data with Oracle HCM Key Vault, check out Securing Data with Oracle HCM Key Vault.

Oracle HCM Key Vault offers key management capabilities with OCI Vault and Oracle Key Vault. Clients can securely manage encryption keys while controlling access to their encrypted data with these services. OCI Vault offers an API-first approach, allowing developers to integrate with other cloud-native services using OCI’s RESTful APIs.

Moreover, Oracle Key Vault has a virtual wallet for secure storing of public keys. This wallet is isolated from secret keys stored elsewhere in the system, reducing the risk of key pair compromise and making APIs or applications using public keys less vulnerable to attacks.

Oracle HCM Key Vault also has various features for efficient key management, such as hierarchical vaults and keys for organizing cryptographic objects. The solution has integrated network appliances like the Exadata Cloud Service, which provides customer-managed encryption key capabilities with highly scalable performance.

To conclude, Oracle HCM Key Vault is a necessary solution for businesses that need secure and effective key management. Its access control mechanisms and security rules are a must for protecting sensitive data in cloud environments.

PKCS11 Persistent Cache and Database Shutdown

Database systems need secure encryption key storage. This is especially important for public and private systems. Oracle Key Vault has a PKCS11 persistent cache feature which ensures safety. For better understanding, let’s look at the table below.

PKCS11 Persistent CacheTemporarily stores HSM credentials in memory for key operations.
Database ShutdownClosure of a database system.

PKCS11 with persistent cache avoids re-authentication for key operations. Credentials get purged when not needed or on demand, and have controlled expiration. It can work with multiple HSMs, and supports clearing and purging options.

Don’t leave encryption key security to chance. OCI Vault and Oracle Key Vault can keep them safe. Consider PKCS11 persistent cache and database shutdown for optimal security.

Managing Encryption Keys with OCI Vault and Oracle Key Vault

Looking to safeguard your sensitive data using Oracle Key Management? We’ve got you covered with tips on managing encryption keys and working with virtual wallets. In this section, we will give an overview of Oracle Cloud Infrastructure Vault and Oracle Key Vault, explore key management in Oracle Cloud Infrastructure Vault, and delve into the functionality of virtual wallets in Oracle Key Vault. Stay tuned to find out how to keep your data secure!

Introduction to OCI Vault and Oracle Key Vault

Strong data protection is essential in today’s cloud environment. Enter OCI Vault and Oracle Key Vault! OCI Vault is part of Oracle Cloud Infrastructure, enabling a secure method of creating, storing, and managing encryption keys. Oracle Key Vault offers a centralized spot to store and oversee keys utilized by Oracle products. Both tools showcase features that guarantee data confidentiality, integrity, and availability with full control over encryption keys.

OCI Vault’s key management provides scalability, trustworthiness, and high performance with complete control over keys. It’s ideal for organizations requiring full control with no loss in performance. Moreover, Oracle Key Vault has an extensive management console granting visibility into key utilization and management.

Access controls permit users to specify their role-based access, governing access to delicate keys. Additionally, OCI Vault’s easy integration helps other cloud services through RESTful APIs, making it a great solution for several use cases. In the end, OCI Vault and Oracle Key Vault present a safe key management approach that complies with regulatory standards.

To summarize, secure key management is critical in current cloud environments. OCI Vault and Oracle Key Vault provide a reliable solution that guarantees data confidentiality, integrity, and availability while satisfying regulatory standards. With OCI Vault’s key management, secure encryption key management is more straightforward than ever!

Key Management in OCI Vault

To manage keys for cloud resources in OCI Vault well, it’s important to use the many key management features available. These include:

  • Simplified Key Management: OCI Vault provides an easy API or console interface to create cryptographic keys.
  • Secure Key Storage: OCI Vault holds cryptographic keys with Hardware Security Modules (HSMs).
  • Robust Key Integration: OCI Vault integrates with other Oracle Cloud Infrastructure services, like Oracle Database Cloud Service, for key management and security.

OCI Vault also has granular access control and tracks key use with audit logs. To manage keys correctly, it’s best to:

  • Generate unique keys for each resource.
  • Rotate keys regularly.
  • Enable audit logging.
  • Use a strong passphrase for encrypted backups.

Secure key management is necessary to protect sensitive data from unauthorized access and theft. With OCI Vault, encryption keys are secure and managed within an Oracle Cloud Infrastructure workflow. So it’s important to start using OCI Vault now to get the advantages of secure key management.

Working with Virtual Wallets in Oracle Key Vault

Securely store your encryption keys and credentials with Oracle Key Vault’s virtual wallets. Management is separate from the systems using them, giving an extra layer of protection.

Managing your wallets is simple. Use a GUI or a command-line utility. The keys and credentials in the wallet are encrypted with a master key. This master key is generated during creation and stays with the wallet. Only the owner has access to it.

As your needs change, you can modify, create, or delete wallets without sacrificing security. Rely on the convenience of virtual wallets in Oracle Key Vault for secure storage of your keys and credentials.

Customer-Managed Encryption Keys for Oracle Exadata Cloud Service

Oracle Exadata Cloud Service provides a secure and robust infrastructure for customers to manage large amounts of data. In this section, we will take a closer look at customer-managed encryption keys for Oracle Exadata Cloud Service. The sub-sections will cover the introduction to Oracle Exadata Cloud Service and the importance of customer-managed encryption keys in securing sensitive data. Let’s explore the role of customer-managed encryption keys in ensuring the security of data in the cloud.

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Introduction to Oracle Exadata Cloud Service

Oracle Exadata Cloud Service is perfect for enterprises needing extreme performance, availability, and scalability for their mission-critical databases. As a cloud-based platform, it offers a reliable and secure infrastructure.

Unlike other cloud services using generic hardware, Oracle Exadata Cloud Service uses purpose-built hardware. This includes networking and storage infrastructure that’s optimized for performance.

Security is a key feature of Oracle Exadata Cloud Service. It provides an extra layer of encryption, with customer-managed encryption keys. This allows organizations to enforce stronger password protection policies and enhance security.

If you want to take control of your encryption, this platform is ideal. Whether you need to meet compliance requirements or secure databases, Oracle Exadata Cloud Service is the best solution.

Customer-Managed Encryption Keys in Exadata Cloud Service

Exadata Cloud Service provides customers with a beneficial feature: customer-managed encryption keys. This allows customers to protect their sensitive data from unauthorized access and only authorized users can decrypt the data using the encryption keys. Customers can store their own encryption keys or make new ones using the vaults.

For extra security, Exadata Cloud Service encrypts all data at-rest and in-transit. It utilizes various industry-standard cryptographic algorithms, and its security settings disallow unauthorized users from accessing an organization’s sensitive data. This keeps data safe from theft, corruption, and misuse.

Customer-managed encryption keys add another layer of security in Exadata Cloud Service, providing organizations with more trust that their confidential information is secure and private.

Using this feature is simple. Customers can use Oracle’s APIs and Management Console for Key Vault to manage their keys. Exadata Cloud Service’s customer-managed encryption keys give users control and confidence over their data.

RESTful APIs and Management Console for Key Vault

The Oracle HCM Key Vault provides RESTful APIs and a Management Console to secure critical data. This section will cover the capabilities of these tools and how they can be used to manage the Key Vault. We will provide an overview of the RESTful APIs and Management Console, as well as insights into utilizing RESTful APIs for Key Vault management.

Overview of RESTful APIs and Management Console

RESTful APIs and the Management Console offer an efficient interface for managing Oracle Key Vault. Users can manage key operations, enforce security policies, and customize access levels to comply with regulations. These APIs also let organizations integrate other applications, streamline processes, and save time.

The Management Console gives audit logs to track key changes and monitor activities. It can be accessed from anywhere with a browser and offers user-level access authentication for agility and security.

Moreover, external applications can take advantage of APIs via Authentication mechanisms, eliminating the need to share login credentials with third-party tools.

Oracle Key Vault stores and manages keys, on-premises or otherwise, with advanced protection. According to MuleSoft’s 2020 “The Acceleration of Integration” study, applications integrated with RESTful APIs are 67% faster than non-integrated ones.

In conclusion, RESTful APIs and Management Console provide a powerful, user-friendly interface for easy Oracle Key Vault management.

Using RESTful APIs to Manage Key Vault

Easily manage your Key Vault in Oracle Cloud Infrastructure (OCI) Vault service. Rely on RESTful APIs and the Management Console for total control. Use the APIs to create, update, or delete keys. The Console is your interface to perform tasks like creating and updating keys. And, set cryptography policies that dictate the encryption process within your organization.

Securely store sensitive data in the cloud with complete control over who has access. Get added security from features like virtual wallets and cryptography policies. Unlock a better understanding of vault and key hierarchy in OCI Vault Key Management System. Start using RESTful APIs today for efficient Key Vault management.

Vault and Key Hierarchy in OCI Vault Key Management System

The Vault and Key Hierarchy in OCI Vault Key Management System defines a structure to organize and secure your keys stored in OCI vaults. In this section, we’ll explore the two sub-sections that delve into the intricacies of key management in OCI vaults and understanding the vault and key hierarchy in OCI Vault.

Understanding Vault and Key Hierarchy in OCI Vault

OCI Vault provides a secure, scalable key management solution for encryption keys. To understand this process, it’s important to understand the organization of vaults and keys.

Vaults are containers that store cryptographic data. Keys are objects containing randomly secure data. OCI Vault has multiple components to the vault and key hierarchy process, such as Vaults, Keys, Key Versions, Key Metadata, Certificates, Revision History, and Expiration Dates.

Vaults can contain keys either generated by OCI or imported. They can be created with API calls, console UI, CLI commands, or programs. This process contributes to regulatory compliance and audit readiness.

Furthermore, security measures can be set up with specific roles assigned within security areas, with restricted access permissions. This ensures transparency when managing and accessing encrypted information held by third parties.

Finally, businesses should implement efficient security management practices such as disabling dormant accounts, setting authentication guidelines, and creating access tiers.

Overall, OCI Vault provides numerous layers of protection when all necessary steps are taken. By understanding the vault and key hierarchy, businesses can manage and organize their encryption keys securely while staying compliant with regulatory standards.

Key Management in OCI Vault

OCI Vault offers amazing key management services, especially when it comes to cloud databases. Effective key management is critical for any data security system – and this is where OCI Vault stands out.

Using OCI Vault’s features, users can securely manage their own keys in cloud environments. The key management features include end-to-end controls, such as key lifecycle management, secure audit logs, privilege separation, and robust hardware security modules.

OCI Vault’s key management offers consistency and uniformity over all encryption key storage and usage processes. The platform has an HSM service for maximum protection and scalability, plus regulatory compliance.

Plus, the Key Management Services with OCI vault support various encryption standards, such as AES-256. This makes sure sensitive info remains secure and prevents unauthorized access.

Automated backups of encrypted DB systems are also possible without worrying about secret theft or leakage.

All these benefits allow enterprises like yours to take advantage of OCI vault’s shared healthcare architecture while meeting industry-specific regulations, such as HIPAA, without any legal issues.

Features and Benefits of Oracle Key Vault

Protecting sensitive data is indeed a critical concern in today’s ever-changing digital environment. In this section, we will examine the priceless characteristics and advantages of the Oracle Key Vault. We will review its primary capabilities and highlight the numerous advantages of utilizing this tool for managing keys. With Oracle Key Vault, you can safeguard your organization’s most crucial data.

Overview of Features and Benefits of Oracle Key Vault

Oracle Key Vault is a reliable and secure key management system. It offers exceptional protection against unauthorized access, safeguarding encryption keys throughout an enterprise. Users can manage their keys proficiently, meeting regulatory requirements.

The most significant benefit of Oracle Key Vault is its permission model which allows access based on roles. This reduces the risk of unapproved modifications or unauthorized access. The system also allows users to manage encryption keys centrally and safely, for multiple applications and databases.

Oracle Key Vault is versatile. It provides options for safeguarding data such as generating and distributing cryptographic credentials and secrets. Additionally, the system’s automatic key rotation feature ensures keys used for encryption are regularly updated. This stops hackers exploiting databases over time.

There are other benefits too. Oracle Key Vault enables organizations to protect digital assets, while allowing authorized departments to have controlled and delegated access. It streamlines database operations, enhancing security policies and reducing administrative tasks related to key management.

Overall, Oracle Key Vault provides an array of features and benefits. It’s an excellent choice for enterprises looking to enhance their key management systems securely.

Benefits of Using Oracle Key Vault for Key Management

Oracle Key Vault offers multiple benefits to key management in cloud environments. It eliminates the need to find keys scattered across multiple systems, making encryption key management simpler and more efficient.

Security processes are streamlined with Oracle Key Vault. It reduces the risks of errors or operational issues during key rotation or update processes. Also, security policies can be applied uniformly to all key types, such as database and file system encryption keys.

Key protection is enhanced with Oracle Key Vault. The transparent data encryption feature allows for the detection of unwanted data access and encryption verification across all connected servers. You can also make regular updates and revisions of sensitive data private keys to ensure improved protection.

Oracle Key Vault also helps with compliance verification. It provides a consistent automatic logging which reduces time delays during compliance verification procedures. Compliance frameworks like PCI DSS rely on a ready audit trail for each cryptographic operation performed.

Risk reduction is also a feature of Oracle Key Vault. It offers an enhanced structure which ensures auditable activities can be reviewed regularly. This helps administrators ensure secured cryptographic operations are upheld, even in events where multiple breaches or risks exist.

Oracle Key Vault also provides management capabilities. It offers support for higher standard integration, meaning there’s efficiency in solving issues regardless of complexity levels & technology novelty.

Overall, deploying and utilizing Oracle Key Vault allows those who work with digital assets to focus on other priorities without worrying about the best practices for cryptographic processes. It also helps build a reliable security posture for any cloud environment, as it has a clear track record of active key management.

Working with Virtual Wallets in Oracle Key Vault

In today’s digital world, it is crucial to secure sensitive information. The “Working with Virtual Wallets in Oracle HCM Key Vault” section provides insights into how to secure data using Oracle HCM Key Vault. This feature offers an overview of Virtual Wallets, enabling users to create and modify them easily.

Introduction to Virtual Wallets in Oracle Key Vault

Virtual wallets are vital in Oracle Key Vault’s cloud based solution for managing encryption keys. They store authentication credentials and sensitive data for database operations. To grasp this feature, let’s look at the table below.

Column 1Column 2
Virtual Wallets OverviewAllows creation and management of named virtual wallet entries to store sensitive data securely
Creating Virtual WalletsProcess involves naming the virtual wallet, entering authentication credentials, creating or importing items to store
Modifying Virtual WalletsAdmins can modify existing entries by updating authentication info or securely adding new items
Removing Virtual WalletsUsers can delete unwanted entries using Key Vault APIs or the Management Console

Virtual wallets give flexibility with security policies across databases. Admins can assign access control lists (ACL) based on user roles and other IAM policies.

Best practices should be followed when utilizing this feature. For instance, old keys and tokens should be rotated and expired to maintain security.

XYZ Bank Ltd has taken advantage of these features. With thousands of employees accessing multiple databases from global locations, managing encryption keys was a challenge. However, Oracle Key Vault’s virtual wallet management feature enabled them to keep their confidential data secure while monitoring their systems around the world.

Creating and Modifying Virtual Wallets

Virtual wallets are key to secure key management within Oracle Key Vault. They provide a secure place to store encryption keys and certificates, for authorized users to access.

To create or change virtual wallets in Oracle Key Vault, do these six easy steps:

  1. Log in to the Management Console.
  2. Go to Virtual Wallets in the left-hand menu.
  3. Use the Create icon to make a new virtual wallet, or to modify an existing one.
  4. Give a name for the virtual wallet and enter any needed metadata.
  5. Pick the desired wallet type – password-based or PKCS#11 – and set it up.
  6. Once all settings are in, click Save to update or create the virtual wallet.

Remember, different wallet types may have different configuration options depending on security needs. Also, regularly audit and review virtual wallets to track any unauthorized activity and make sure they’re being used properly.

By following these steps and best practices, organizations can smoothly and safely use virtual wallets to reduce key management risks and make sure they meet industry standards. Don’t forget to understand the EXPIRE PKCS11 PERSISTENT CACHE ON DATABASE SHUTDOWN parameter, and take necessary action.


When it comes to securing sensitive data with Oracle HCM Key Vault, the EXPIRE PKCS11 PERSISTENT CACHE ON DATABASE SHUTDOWN parameter plays a crucial role. In this section, we’ll explore this parameter and its impact on the security of your data. We’ll take a look at what it means and how to understand it, as well as how to effectively manage the persistent cache on database shutdown.


Oracle HCM Key Vault has an essential feature: “EXPIRE PKCS11 PERSISTENT CACHE ON DATABASE SHUTDOWN“. This parameter is critical for quick, safe encryption key management. It’s based on the PKCS#11 standard. This standard defines how libraries and device-apps work together to maintain a safe place for encryption keys.

The parameter ensures that PKCS#11 tokens won’t store any sensitive info between sessions. Usually, they keep PINs and private keys for security. When the parameter runs, it erases the session’s data, so there’s no vulnerability.

Database systems usually are on private networks in companies. Shutting them down needs precision, or operations can be affected. The “EXPIRE PKCS11 PERSISTENT CACHE ON DATABASE SHUTDOWN” parameter makes sure clients don’t have access to expired keys in persistent storage after shutdown. This adds extra protection against unauthorized access.

Managing Persistent Cache on Database Shutdown

Maintaining persistent cache on Database Shutdown is an absolute must for keeping cache in check. Especially in Oracle HCM Key Vault, security admins have access to a critical parameter known as EXPIRE_PKCS11_PERSISTENT_CACHE_ON_DATABASE_SHUTDOWN.

Security and integrity must be secured while managing persistent cache. This parameter takes charge by automatically expiring PKCS11 persistent cache when the system is shut down. This ensures no malicious activity can take place while inactive.

There’s one unique detail to note: using the perfect parameter can improve key management’s effectiveness and efficiency. As a security admin, it’s key to grasp the role of the parameters and use them appropriately.

Back in earlier Oracle HCM Key Vault versions, there was no way to expire PKCS11 persistent cache on database shutdown. But with the help of modern technology, Oracle now offers this parameter!

Organizations must employ proper management of persistent cache on database shutdown to keep data secure with Oracle HCM Key Vault.

Conclusion: Secure Data with Oracle HCM Key Vault

In the concluding section, learn how you can secure your sensitive data with Oracle Cloud Infrastructure Key Management. Discover the summary of why securing data is crucial using this tool, and gain key takeaways and future considerations to keep in mind.

Summary of the Importance of Securing Data with Oracle HCM Key Vault

Oracle HCM Key Vault is a must for organisations wanting to beef up data security. It offers encryption key management for cloud environments, ensuring sensitive data is kept safe. Plus, its features – such as key hierarchy, RESTful APIs and virtual wallets – make the encryption key management process simpler and more secure.

The standout of this vault is its excellent database security options. It works across both public and private subnets, with the PKCS11 persistent cache allowing users to meet regulations easily. OCI Vault and Oracle Key Vault both have a user-friendly GUI for key management and virtual wallet management. Plus, even Exadata Cloud Service is secured by these measures.

Oracle Key Vault is the ideal choice for data security. Its interface is easy-to-use, plus it has great benefits. For example, expiring PKCS11 persistent cache on database shutdown adds an extra layer of defence. This shuts down active caches for scheduled maintenance.

In conclusion, Oracle HCM Key Vault is essential for protecting sensitive info and avoiding data breaches. It’s powerful and integrates effortlessly, making it a must for organisations taking data security seriously.

Key Takeaways and Future Considerations.

Analyzing key takeaways and future considerations, one key point to emphasize is the importance of data security in cloud environments. We delved into Oracle Cloud Infrastructure (OCI) Vault and its features, advantages, and encryption keys. OCI Database service also uses customer-managed encryption keys.

Looking ahead, it’s wise to remember that OCI Vault’s key management is key to data security. Database systems on public and private subnets require close attention to security regulations and access controls. Organizations must use caution when managing key vaults with RESTful APIs to avoid security breaches.

Organizations must also stay up-to-date with tech advancements that could enhance OCI Vault security. Staying ahead of potential threats and guaranteeing data security requires staying informed.

In conclusion, using OCI Vault’s characteristics and advantages, managing encryption keys, and setting parameters like EXPIRE PKCS11 PERSISTENT CACHE ON DATABASE SHUTDOWN, organizations can ensure their sensitive data is secure.


Some Facts About Securing Data with Oracle HCM Key Vault:




  • ✅ Oracle Cloud Infrastructure (OCI) Vault is a managed service that allows centralized management and control of keys and secrets across various OCI services and applications, including Oracle HCM Key Vault. (Source:
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  • ✅ OCI Vault uses hardware security modules (HSM) that meet Federal Information Processing Standards (FIPS) 140-2 Security Level 3 security certification to protect keys and secrets, including those used by Oracle HCM Key Vault to secure data. (Source:
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  • ✅ Vault securely stores master encryption keys and secrets that might otherwise be stored in configuration files or code, helping to reduce the risk of unauthorized access to sensitive data. (Source:
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  • ✅ Vault supports key encryption algorithms, which can be used to protect customer data in Oracle HCM Key Vault. (Source:
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  • ✅ Vault offers lifecycle management features for master encryption keys and secrets, including rotating keys and exporting key or vault metadata, which can help organizations using Oracle HCM Key Vault manage their encryption keys more securely. (Source:
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FAQs about Securing Data With Oracle Hcm Key Vault

What is Oracle Key Vault?

Oracle Key Vault is a secure and standards-compliant key and secrets management appliance. It can store, manage, and share security objects like encryption keys, Oracle wallets, Java keystores, and credential files. Credential files can contain SSH private keys or database account passwords. It can be installed as a multi-master cluster with up to 16 nodes for increased availability. Oracle Key Vault is built on Oracle Linux, Oracle Database, and Oracle Database security features. It helps organizations overcome key-management challenges by centralizing encryption key storage. It is optimized for the Oracle Stack and complies with the industry standard OASIS Key Management Interoperability Protocol. It works with endpoints, which are computer systems that store and manage security objects.

Can I perform OS patching and backup for a private subnet database using Oracle Key Vault?

No, Database systems in private subnets do not have internet connectivity for inbound or outbound traffic including Oracle Key Vault.

What are the RESTful APIs offered by Oracle Key Vault?

Oracle Key Vault offers RESTful APIs for cluster monitoring, database enrollment, and automation. Besides, Key Vault offers RESTful APIs for creating and managing vaults, keys, and secrets.

How can I create and manage virtual wallets in Oracle Key Vault?

A virtual wallet is a container for security objects. Security objects can be public and private encryption keys, TDE keystores, Oracle wallets, Java keystores, certificates, secret data, and credential files. Virtual wallets and their contents can be modified at any time. To create or manage virtual wallets, users need to have the appropriate permissions, which can be granted only by the Key Administrator.

What is the advantage of using Oracle Key Vault?

Oracle Key Vault provides a highly available and scalable solution for storing encryption keys and secrets. It offers lifecycle management features for vaults, master encryption keys, and secrets, including creating vaults, importing cryptographic material, creating secrets, enabling/disabling master encryption keys, rotating keys, and exporting key or vault metadata for backup purposes.

What is the architecture of a database system created within a private subnet?

A database system created within a private subnet does not have internet connectivity for inbound or outbound traffic. Defining a route to a private subnet database system using an internet gateway is ignored. Security rules can be used with a private subnet in a VCN to restrict access to a database system. In multi-tier deployments, a private subnet and VCN security rules can be used to restrict access to the database system from the application tiers.