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OCI Wallets Features

 Oracle Database 23c, also known as Oracle Database 23c Free—Developer Release, marks significant advancements in database capabilities, particularly in areas of security, identity, and integration with AI technologies. Below is an overview of how Oracle Identity and Access Management (IAM) and Oracle Wallets are enhanced in this release, and their implications for AI-driven applications. 1. Oracle Identity and Access Management (IAM) IAM within Oracle Cloud Infrastructure (OCI) in the context of Oracle Database 23c continues to focus on robust identity controls, enabling streamlined access management while adhering to high security standards. Some key features include: Unified Identity Management : Oracle 23c ensures seamless integration with OCI’s IAM, allowing for a single point of management for user identities and database access. This helps in reducing complexity while maintaining strict access protocols. Granular Role Management : The database version extends support for more de

What's New with Oracle Cloud Guard in OCI?

 Oracle Cloud Guard is a game-changer for securing your cloud environment. Here are the top 10 features to know: Automated Threat Detection : Cloud Guard continuously scans for potential security risks across your OCI resources, providing automated detection and alerting. Built-in Remediation : With preconfigured policies, Cloud Guard offers automated remediation actions to address security threats instantly. Comprehensive Visibility : Gain end-to-end visibility into your OCI environment with dashboards and reports, helping you monitor and track risks in real-time. Customizable Policies : Cloud Guard allows you to tailor security policies based on your organization’s unique compliance needs. Risk Scoring : Each resource is assigned a risk score, enabling you to prioritize the most critical threats for immediate action. Incident Response Automation : Automate responses to incidents using predefined rules, reducing manual intervention and response time. Integrations with Oracle Security

Identifying and Verifying a Domain in Oracle Cloud Infrastructure (OCI): Requirements and Implementation Steps

  Identifying and Verifying a Domain in Oracle Cloud Infrastructure (OCI): Requirements and Implementation Steps In Oracle Cloud Infrastructure (OCI), identifying and verifying a domain is essential for using various services such as DNS management, custom domain setup for applications, email services, and security features like SSL certificates. Verifying domain ownership ensures that you have legitimate control over the domain and helps with secure communication between your domain and OCI services. Below is a comprehensive guide covering the requirements and detailed implementation steps. Why You Need to Identify and Verify a Domain in OCI Custom Application Setup : You may need to map a custom domain (e.g., yourdomain.com ) to an OCI service like an Oracle Load Balancer, Web Application Firewall (WAF), or Object Storage static website hosting. Email Services : If you plan to use Oracle Cloud Email Delivery, domain ownership verification is required to send emails using a custom dom

How to setup Dynamic Routing Gateway (DRG) in Oracle Cloud Infrastructure (OCI)

 To create a Dynamic Routing Gateway (DRG) in Oracle Cloud Infrastructure (OCI), follow these steps: 1. Access the OCI Console: Log in to your OCI account. Navigate to the Networking section from the main menu. 2. Create a DRG: Go to DRG: In the Networking section, click on Dynamic Routing Gateways . Create New DRG: Click Create Dynamic Routing Gateway . Enter a name for the DRG (e.g., "DRG for VCN1"). Optionally, provide a description for easier identification. Select the compartment where you want to create the DRG. Click Create DRG . 3. Attach DRG to a Virtual Cloud Network (VCN): After the DRG is created, attach it to a VCN. In the VCN section, choose the VCN to which you want to attach the DRG. Under the Resources tab, click Dynamic Routing Gateways . Select Attach DRG and choose the DRG you just created. Click Attach . 4. Configure Route Tables: Go to the Route Tables in the VCN. Add a route rule for the DRG. This ensures traffic is routed through the DRG for ex

Oracle 23c AI RMAN New Features....

 Oracle 23c AI (also known as Oracle Database 23c: The Long-Term Release ) introduces several cutting-edge features, enhancements, and optimizations to RMAN (Recovery Manager), ensuring even more robust backup and recovery capabilities. RMAN remains an essential tool for Oracle DBAs, and with 23c, it becomes even more powerful, particularly with AI-assisted capabilities. Below are 10 new features in RMAN in Oracle 23c : 1. AI-Assisted Backup and Recovery Optimization Feature Overview : Oracle 23c introduces AI-driven algorithms that analyze system workload patterns, storage usage, and historical backup performance to optimize backup windows, schedules, and methods. The AI assistant learns from past recovery operations to suggest optimal backup strategies. Benefit : More efficient backups with minimal impact on production, and faster, more predictable recovery times based on learned behavior. 2. Automatic Block Repair with AI Feature Overview : This feature enhances RMAN’s block media r

To configure Google Cloud Platform (GCP) Interconnect and Oracle Cloud Infrastructure (OCI) FastConnect

    To configure Google Cloud Platform (GCP) Interconnect and Oracle Cloud Infrastructure (OCI) FastConnect , you need to establish a reliable, high-bandwidth connection between GCP and OCI for private communication. This connection can be achieved via Partner Interconnect for GCP and FastConnect for OCI. Below is a detailed step-by-step guide to set up GCP Interconnect with OCI FastConnect: 1. Understanding the Terminology a. Google Cloud Interconnect Google Cloud Interconnect offers two types of connections: Dedicated Interconnect : Physical connections between your on-premise infrastructure and GCP. Partner Interconnect : A private connection provided by GCP’s network partners to connect your on-prem infrastructure or other clouds to GCP. For GCP-to-OCI, Partner Interconnect is typically used since both clouds are involved. b. OCI FastConnect Oracle FastConnect provides a dedicated, private connection between

How to Integrate Oracle Digital Assistance in Oracle VBCS

  Integrating Oracle Digital Assistant (ODA) with Oracle Visual Builder Cloud Service (VBCS) involves embedding the chatbot into a VBCS application. Here's a step-by-step guide: 1.  Create Oracle Digital Assistant (ODA) If you don’t have an Oracle Digital Assistant, create one using the ODA console. Train your chatbot with intents, entities, and skills. 2.  Enable Channel in Oracle Digital Assistant In ODA, go to  Settings  >  Channels . Create a new Web channel, where you will get the  Channel ID ,  URL , and  Secret Key . Make sure you configure it with the proper chatbot that you want to embed in your VBCS application. 3.  Embed ODA in VBCS Open your VBCS Application : In Oracle VBCS, go to the application where you want to integrate ODA. In the  Page Designer , open the page where you wish to include the chatbot. Add ODA as a Component : Add a new HTML component (or use a static HTML resource). In the HTML component, embed the following JavaScript to load your ODA <script