Oracle Exadata Integrations

With more than 50,000 customer installations across the five continents, Pandora FMS is a truly all-in-one monitoring solution, covering all traditional silos for specific monitoring: servers, networks, applications, logs, synthetic/transactional, remote control, inventory, etc. Pandora FMS allows you to quickly find and solve problems. It scales them so that they can be derived either from on-premise, multi-cloud, or both. You now have the ability to use your entire IT stack and analytics to solve any problem, even those that are difficult to find. You can control and manage any technology and application with more than 500 plugins, including SAP, Oracle, Lotus or Citrix, Jboss, VMware, AWS and SQL Server.

Utilize Oracle Advanced Security to encrypt application tablespaces, thereby safeguarding sensitive data from unauthorized access. Implementing redaction policies helps curb the spread of sensitive information and enhances compliance with data protection laws. Transparent Data Encryption (TDE) acts as a barrier against potential attackers who might attempt to read sensitive data directly from storage by ensuring encryption of data at rest within the database. You can encrypt individual data columns, entire tablespaces, database exports, and backups for better control over access to sensitive information. Data Redaction works in conjunction with TDE to further mitigate the risk of unauthorized data exposure within applications by obscuring sensitive information before it exits the database. By allowing for partial or full redaction, it prevents extensive extraction of sensitive data into reports and spreadsheets. Additionally, encryption is carried out at the database kernel level, which removes the necessity for modifications to existing applications, thus streamlining the implementation process. Ultimately, these security measures work together to provide a robust framework for protecting sensitive data throughout its lifecycle.

Oracle Database@AWS allows users to seamlessly transfer their Oracle Databases, encompassing Oracle Exadata workloads, to either the Oracle Exadata Database Service on Dedicated Infrastructure or the Oracle Autonomous Database on Dedicated Exadata Infrastructure hosted within AWS. This transition is designed to require little to no modifications to existing databases or applications, all while ensuring complete compatibility with features and architecture, as well as maintaining high performance and availability. Users can create low-latency connections between Oracle Database@AWS and their applications running on AWS, including those on Amazon Elastic Compute Cloud (Amazon EC2). Additionally, Oracle Database@AWS connects directly with AWS Analytics services via zero-ETL, facilitating the integration of data from Oracle and AWS, which enhances analytics capabilities and machine learning initiatives. Moreover, it supports integration with AWS generative AI services to foster rapid innovation. This comprehensive solution provides a cohesive experience for the collaborative aspects of purchasing, management, operations, and support, streamlining processes for businesses. Ultimately, this integration empowers organizations to leverage cloud technologies more effectively, driving efficiency and growth.

AWS IAM Identity Center streamlines the process of managing access across various AWS accounts and business applications from a single location. It provides users with a unified portal to easily access their designated accounts and applications. Administrators have the ability to centrally control user permissions, tailoring them according to the specific roles and responsibilities of team members. The service seamlessly integrates with multiple identity providers, such as Microsoft Active Directory, Okta, Ping Identity, JumpCloud, and Microsoft Entra ID, while also adhering to standards like SAML 2.0 and SCIM for efficient user provisioning. IAM Identity Center enhances security through attribute-based access control, enabling the selection of user attributes like cost center, title, or locale for finer access management. Additionally, it ensures robust security measures by supporting multi-factor authentication (MFA) through various methods, including FIDO-enabled security keys, biometric authentication, and time-based one-time passwords. This comprehensive approach to access management not only boosts security but also improves user experience by simplifying access to necessary resources.

Oracle's database offerings provide clients with cost-effective and high-efficiency options, including the renowned multi-model database management system, as well as in-memory, NoSQL, and MySQL databases. The Oracle Autonomous Database, which can be accessed on-premises through Oracle Cloud@Customer or within the Oracle Cloud Infrastructure, allows users to streamline their relational database systems and lessen management burdens. By removing the intricacies associated with operating and securing Oracle Database, Oracle Autonomous Database ensures customers experience exceptional performance, scalability, and reliability. Furthermore, organizations concerned about data residency and network latency can opt for on-premises deployment of Oracle Database. Additionally, clients who rely on specific versions of Oracle databases maintain full authority over their operational versions and the timing of any updates. This flexibility empowers businesses to tailor their database environments according to their unique requirements.

Clonetab has many options to meet the needs of each site. Although Clonetab's core features will suffice for most site requirements, Clonetab also offers infrastructure to allow you to add custom steps to make it more flexible to meet your specific needs. Clonetab base module for Oracle Databases, eBusiness Suite, and PeopleSoft is available. Normal shell scripts used to perform refreshes can leave sensitive passwords in flat file. They may not have an audit trail to track who does refreshes and for which purpose. This makes it difficult to support these scripts, especially if the person who created them leaves the organization. Clonetab can be used to automate refreshes. Clonetab's features, such as pre, post and random scripts, target instances retention options like dblinks, concurrent processes, and appltop binary copying, allow users to automate most of their refresh steps. These steps can be done once. The tasks can then be scheduled.