DNS Management with Oracle HCM: A Beginner’s Guide

Introduction to DNS Management with Oracle HCM

DNS management is a crucial aspect of the Oracle HCM experience that may seem overwhelming to those new to it. To begin, let’s review some fundamentals. This section will provide an overview of DNS and explain the significance of DNS management, offering valuable information to assist you in becoming familiar with Oracle HCM.

Overview of DNS

DNS, or Domain Name System, is essential for managing web services and websites. It’s like a phone book for the internet, by translating domain names that people understand, into IP addresses for computers to access. DNS management involves tasks like creating, editing, and deleting DNS records. That includes setting up DNS zones, configuring records, and maintaining DNS infrastructure.

Knowing basics about DNS management can improve online presence and make web operations smoother. Oracle HCM offers solutions for DNS management, such as public & private DNS zones, IAM integration, and traffic management steering policies. Efficient DNS management also helps with website performance, minimizes downtime, reduces security risks, and lowers total cost of ownership (TCO) for hosting web services & applications.

Managing DNS is like being a traffic cop for the internet. Without it, chaos ensues. Gartner’s Magic Quadrant report for Cloud HCM Suites recommends Oracle Cloud Infrastructure’s private DNS architecture for its efficiency & integration with other components, such as IAM validation checking & password complexity settings. A better overview of DNS & efficient management can create a better online experience for users.

Importance of DNS Management

DNS management is essential for linking domain names to IP addresses. It is key for network connectivity and web resources. Accurate DNS records are vital – they act as a bridge between users and web servers. This precision ensures requests are routed correctly, improving website uptime and user experience.

But there’s more! DNS management also prevents unauthorized access and protects against cyberattacks. Implementing a state-of-the-art system guarantees secure data transfer and thwarts malicious activities.

DNS management provides configuration abilities for multiple zones, traffic configurations, and control rules. It is an essential part of cloud infrastructure management. Oracle HCM’s features let IT teams streamline DNS management: private/public zone management, traffic steering policies, and IAM integrations for secure manageability.

Neglecting DNS management leads to a complex architecture lacking security. To ensure efficient and secure cloud infrastructure management, DNS management must be taken seriously.

Come join us as we explore the Oracle Cloud Infrastructure Console for a cloud-surfing adventure!

Oracle Cloud Infrastructure Console Overview

Oracle Cloud Infrastructure Console is the user interface for managing resources in Oracle Cloud. In this section, we will provide an overview of the console and its functionalities, including how to access it, how to navigate through it, and its features. Whether you’re a beginner exploring DNS Management in Oracle Cloud or a seasoned pro, understanding the Cloud Infrastructure Console is essential.

Accessing the Console

John, a network administrator for a medium-sized organization, discovered it was easy to access the Oracle Cloud Infrastructure (OCI) Console. This was vital for the organization’s requirement to switch to Oracle HCM for cloud infrastructure management.

The organization’s daily operations depended heavily on efficient domain name system (DNS) management. This required advanced features only available through a cloud-managed environment, like OCI.

To gain access to the OCI Console, these simple steps are needed:

1. Open a web browser and go to https://cloud.oracle.com/home.
2. Click on Sign In and enter your tenancy name, username, and password.
3. Click the ‘Sign in’ button.
4. On the dashboard page, click the ‘Hamburger’ menu at the top left corner.
5. Under ‘Services’, select “DNS Zone Management” from the drop-down menu.
6. Note that an active subscription to OCI is essential to access its console and services.
7. Users with different roles can have varying levels of access to the OCI console, depending on their role-based policies and assigned compartments.

Navigation and Functionality

The Oracle Cloud Infrastructure (OCI) Console Overview is essential. It offers an intuitive, smooth interface for managing DNS services.

The Navigation and Functionality feature is especially important. It lets users effortlessly access their DNS config: public & private DNS zones, traffic management steering policies, and password complexity validation functions.

The console also provides tools to create, manage & import DNS zones from third-party providers, like Cloudflare.

Navigation and Functionality enable users to set up private DNS architectures in OCI. This allows asset management in their network environment. Plus, it supports IAM integration for secure authentication & authorization on console elements.

In conclusion, Navigation and Functionality are key for streamlining DNS management in Oracle Cloud Infrastructure. The user-friendly interface & powerful tools help administrators handle all aspects of DNS with a few clicks. This increases efficiency and keeps performance management costs low.

Creating and Managing Public DNS Zones

If you’re new to DNS Management with Oracle Cloud Infrastructure, creating and managing public DNS zones may seem like a daunting task. But don’t worry, in this section, we will cover everything you need to know to make the process quick and easy. We’ll start by examining the various ways to access public DNS zones, followed by creating and managing them. By the end of this section, you’ll be well-equipped to handle all your public DNS Zone related needs.

Accessing Public DNS Zones

Public DNS Zones can be accessed through the Oracle Cloud Infrastructure Console. To do this, users need to log in and navigate to the Networking service. Then, select “DNS Zones” and “Public Zones”.

In this section, users can add/delete resource records, adjust TTL values and configure policy-based routing. Oracle Cloud Infrastructure also offers seamless authentication and authorization through IAM services, ensuring only authorized personnel have access.

Gone is the complex and manual process of managing public DNS zones. Oracle Cloud Infrastructure’s streamlined approach lets businesses keep up with network environment changes while maintaining control. So, zone out and create some public DNS zones with Oracle Cloud Infrastructure.

Creating Public DNS Zones

Public DNS Zones are vital for managing the domain name system. With OCI, managing them is straightforward. Users can do this by following three steps:

1. First, access the Public DNS Zone feature from the Console.
2. Secondly, configure basic settings – such as Zone Name, Compartment, and Metadata – to create a new public zone.
3. Last but not least, define records in the zone file to identify resources like IP addresses, Mail exchange servers, and Name servers.

Before creating a public DNS zone on OCI, users should have access to their own domain nameservers. OCI makes management of public DNS zones simple with options like record sets and masking/forwarding. Furthermore, OCI can route traffic from your zone to other servers with no disruption, thanks to traffic steering policies.

When using OCI to create public DNS zones, users should bear in mind certain points. They must ensure access to their domain nameservers before configuring. Also, they should be aware of any resource restrictions before creating a new zone file. Lastly, users should exercise appropriate security measures around sensitive resources in the zone file, e.g. IP addresses and mail exchange servers.

Creating public DNS zones with OCI is a hassle-free process that IT admins can use to rapidly provision domain name systems.

Managing Public DNS Zones

The Oracle Cloud Infrastructure Console gives easy access to Public DNS Zones for effective management. To create and manage these zones, one must have access to the console. It is also important to note that private address resolution requires Private DNS zones.

For better understanding of Managing Public DNS zones, a comprehensive table with three columns should be created. These columns are Accessing Public DNS Zones, Creating Public DNS Zones, and Managing Public DNS Zones. One can manage public DNS zones efficiently by studying each column carefully.

Traffic Management Steering Policies are essential for efficient management of public DNS zones. Creating and managing these policies with care helps to handle traffic sources wisely.

Having a proper understanding of Managing Public DNS Zones simplifies overall DNS management. Neglecting this or any other important aspect of DNS management may lead to difficulties in optimization and performance improvement across domains.

Private DNS Zones for Private Address Resolution

Did you know that Oracle Cloud Infrastructure (OCI) offers a robust DNS management system? In this section, we’ll explore the world of private DNS zones for private address resolution. We’ll cover everything from how to access private DNS zones to the process of creating and managing them. Get ready to dive into the details and learn about this important feature of OCI.

Accessing Private DNS Zones

Navigate to the Networking Services section to access Private DNS zones. Locate the Private DNS option and click to view all created zones. Select a zone to manage and click to view its details and make changes.

Users can configure Forwarders and Conditional Forwarders for efficient resolution of private IPs. Set up reverse records, such as PTR records, for Reverse Address Resolution Protocol (RARP) lookups.

Public DNS zones are accessible outside an organization’s network. Private DNS zones are meant for use within the VCN. Access should be restricted to authorized personnel for better security.

Creating Private DNS Zones

Secure your resources in Oracle Cloud Infrastructure (OCI) with private address resolution. Private DNS zones are the key. They make it easy to manage name and IP address links. Plus, you can use Fully Qualified Domain Names (FQDNs) instead of IPs, which is more secure.

To create your own Private DNS zone, go to ‘Networking’ in the OCI Console. Hit ‘Create Zone’, and enter the zone name, visibility, and resolution VCN. Then, add records for hostnames and domains. Set PTR records for reverse lookup – to find FQDN from an IP address. You can edit, delete, or update records within the zone.

Private DNS Zones come with extra features. For example, they automatically create zones for your OCI resources – like Compute Instances and Autonomous Databases. And they support both IPv4 and IPv6. But they don’t support reverse zone delegation with third-party registrars without additional steps.

When you have multiple VCNs in various regions, use conditional forwarding rules based on network sources to resolve queries across all networks. This keeps traffic inside your controlled conditions – like backend servers hosted on different VCNs in different regions.

Manage your private assets safely with Oracle Cloud Infrastructure’s private DNS. Creating private DNS zones is a breeze.

Managing Private DNS Zones

Creating and managing private DNS zones is essential for organizations. A helpful tool for this is a table with columns for accessing, creating, and managing these DNS zones.

To configure these zones, it is important to set up a Virtual Cloud Network (VCN), a resolver, and custom Resource Record Sets (RRs). Furthermore, network security rules must be applied to restrict access to certain hosts or subnets within the VCN. Allow/Deny rules can be used to control traffic flow between any combination of on-premises networks, VCNs, or the internet.

For hybrid cloud solutions of OCI and Azure servers, managing private DNS zones can be difficult. Oracle’s Managed DNS Zones allows customers to create a custom DNS infrastructure for their enterprise needs. This provides better security measures and enables customers to manage multiple environments.

Oracle’s Traffic Management Steering Policies also help keep website traffic flowing uninterrupted. This makes managing private DNS zones simpler for businesses.

Traffic Management Steering Policies

Traffic Management Steering Policies is a crucial aspect of DNS management that Oracle HCM beginners must understand. In this section of the article, we will be discussing the three sub-sections of Traffic Management Steering Policies in detail. Get ready to learn about the overview, creation, and management of Traffic Management Steering Policies with Oracle HCM.

Overview of Traffic Management Steering Policies

Traffic Management Steering Policies are rules that guide network traffic to certain endpoints for better application performance and availability. Oracle Cloud Infrastructure has a Traffic Management service that automates delivery and improves user experience.

This service provides smart routing techniques based on individual business needs. Users can set weighted or priority-based policies. Geo-redundancy routing, and distribute requests over multiple endpoints. It includes health checks, failover routing, and adjustable DNS management options.

Oracle Cloud Infrastructure Traffic Management service is easy to connect to existing infrastructure. Customers can customize policies to work with on-premises architecture or other cloud services. It also provides real-time analytics that show performance trends, allowing users to adjust routing decisions.

In current enterprise architecture systems, cloud services and distributed computing make Traffic Management essential for application delivery. Businesses must guarantee uptime reliability and meet performance compliance standards through these routing techniques.

Creating Traffic Management Steering Policies

Traffic Management Steering Policies are an essential part of allocating traffic to endpoints. These policies ensure that traffic moves optimally, meeting business requirements. Oracle Traffic Director is the perfect tool for creating and configuring these policies. It’s simple and customizable.

To create or modify a policy, access the Traffic Management panel in the Console. You can create new policies or configure existing ones for individual endpoints or entire zones. Amazingly, you can customise them based on factors like geography, time of day, and endpoint health.

For distribution, there are four algorithms: Weighted, Priority, Geolocation-based routing protocols, and Failover Routing Protocols.

Oracle Traffic Director is perfect for large enterprises with different business needs across multiple regions. With its Traffic Management Steering Policies, DNS issues have never been simpler to avoid.

Managing Traffic Management Steering Policies

Managing traffic management steering policies in Oracle Cloud Infrastructure involves creating rules. These rules direct traffic to specific endpoints, guaranteeing applications’ best performance, availability and security.

To manage the policies, navigate to the policy section in the Traffic Management service within the OCI console. Here, modify or create policies by defining actions and rules. For example, routing traffic based on geography or weight.

Alternatively, use API calls to automate the creation and modification of policies. This can be better for large-scale environments.

Note that traffic management steering policies are separate from DNS zone management. They require specific configuration.

In short, effective management of traffic management steering policies optimizes application performance. It also provides a secure and stable environment for end-users.

Importing DNS Zones from Cloudflare to OCI

If you’re using Oracle DNS for DNS management, you might find yourself needing to import DNS zones from Cloudflare to OCI. In this section, we’ll look at the steps involved in this process, starting with exporting the zone file from Cloudflare. Then, we’ll explore how to import the zone file into OCI, so you can get up and running quickly with minimal disruption to your services.

Exporting Zone File from Cloudflare

Export a zone file from Cloudflare with ease! This is essential for transitioning DNS management from Cloudflare to Oracle Cloud Infrastructure (OCI). Here’s how:

1. Log in to your Cloudflare account and select the domain.
2. Go to the ‘DNS’ section.
3. Choose ‘Advanced’ options and scroll down to find ‘Zone File’.
4. Click ‘Export Zone File’. It’ll download as a .txt or .csv file.
5. Edit the zone file using any text editor.
6. Import the modified zone file into OCI.
7. Provide record name, type, DNS name with dots (.), and TTL values in OCI for import.

Exporting a zone file from Cloudflare means no data loss or downtime when transitioning to OCI. It’s easier than ever to import DNS zones with the user-friendly process in OCI.

Importing Zone File to OCI

To upload a zone file to Oracle Cloud Infrastructure (OCI), users can take some simple steps. First, they must export the zone file from their current DNS provider (e.g. Cloudflare) to a local directory on their device. Then, they log in to OCI console and click ‘Networking’ and select ‘DNS Zones’ in the domains drop-down menu. After selecting ‘import zone file’ from the drop-down list under the actions tab, users can submit their saved zone file.

To ensure a successful upload, imported zone files must meet certain requirements. For instance, all records must have valid values and follow RFC-1035 standards. Moreover, the zone’s name must match one of the user’s existing public DNS zones in OCI. Meeting these requirements will help avoid issues and guarantee a smooth transition between providers.

Oracle HCM makes it effortless to manage private DNS in OCI. Thus, users can keep their private assets secure.

Setting Up Private DNS for Managing Private Assets in OCI

Private DNS is an important component of managing private resources in Oracle Cloud Infrastructure. This section will cover the steps involved in setting up private DNS for OCI and the advantages it provides. It will delve into the two categories of configuring and managing private DNS, and provide useful insights supported by reference data to facilitate a seamless setup process.

Configuring Private DNS

Private DNS is essential for managing private assets on Oracle Cloud Infrastructure (OCI). Configuring private DNS is key for resolving private resource names. Here are the 4 steps:

1. Access the Private DNS Zone page in the console.
2. Create a compartment for the private DNS zone.
3. Make a VCN to host the private DNS zone.
4. Create the private DNS zone.

Private DNS can be managed with records, allocated and logically organized.

Security risks can be avoided with Private Zone services on OCI. This is important for customers using internal naming schemes or virtual machines.

Configure Private DNS on OCI and benefit from simplified management and centralized network traffic control. Set up private DNS today and experience this secure and convenient network control solution.

Managing Private DNS

Managing private DNS in Oracle Cloud Infrastructure (OCI) is a must-do for organizations that want to streamline their network admin processes. It also ensures secure access to sensitive resources. Private DNS zones handle and resolve names of resources within an org’s network.

Private DNS architecture includes several components that work together for a seamless user experience. You can access Private DNS via the OCI Console. It has features like creating, managing, importing and exporting private DNS zones. Plus, configuring traffic management steering policies and setting up Identity and Access Management (IAM) for authentication and authorization.

With OCI’s strong tools and features, managing private DNS provides efficiency and minimizes downtime. It efficiently manages private assets in OCI, improving productivity and keeping data secure. Note, there’s no unique feature of managing private DNS in Oracle HCM. Don’t miss this chance to improve your network admin processes – get started with OCI’s Private DNS today!

Gartner’s Magic Quadrant Report for Cloud HCM Suites

Gartner’s Magic Quadrant Report for Cloud HCM Suites – Get insights into Gartner’s latest report, including an overview of the report and learn where Oracle HCM stands in the quadrant.

Overview of Gartner’s Magic Quadrant Report

Gartner’s Magic Quadrant Report is a great asset for organizations looking into Cloud HCM services.

This report assesses various criteria such as product capabilities, customer experience and overall strategy. Many organizations select the best provider based on the report’s insights.

Oracle HCM is a leader in the report, yet it offers a panoramic view of other providers. The more comprehensive assessment is a great help when selecting business partners. Moreover, the report is a highly trusted and reputable tool.

Finally, Oracle HCM stands out for its reliable and efficient platform. Whether an organization selects Oracle HCM or another platform, the report provides valuable insights for informed decisions.

Positioning of Oracle HCM in the Report

Gartner’s 2021 Magic Quadrant report draws attention to Cloud HCM Suites and provides insights into top vendors. Oracle HCM has a strong presence in the ‘Leaders‘ category of the table. It shows Oracle’s dedication to providing world-class Cloud-based solutions.

Also, Oracle is not present in other quadrants – ‘Visionaries‘, ‘Challengers‘, or ‘Niche Players‘. This explains why many businesses go for Oracle HCM for their HCM needs.

Oracle has offered advanced tech solutions due to its experience in Cloud infrastructure and HCM management. Furthermore, Oracle Cloud Infrastructure provides precision asset management through private DNS architecture.

Private DNS Architecture in Oracle Cloud Infrastructure

With the increasing need for secure and efficient DNS management, Private DNS Architecture has become a crucial aspect of Oracle Cloud Infrastructure. In this section, we will explore the Overview and Components of the Private DNS Architecture in Oracle HCM, which can provide a reliable, scalable, and secure platform for DNS management. Based on the Reference Data, we can see how Private DNS Architecture has evolved as a vital solution to protect sensitive data and improve network performance.

Overview of Private DNS Architecture

Oracle Cloud Infrastructure’s Private DNS Architecture is essential for enterprises requiring Private DNS Zones. It consists of a Private Zone and a Private Endpoint Service. The Zone contains records with private domain names and IP addresses. The Service enables communication between registered services and resources while providing granular access control.

For maximum isolation, it’s recommended to allocate a unique VCN per application or service. Each VCN should have its subnets allocated on regional levels and reachable through peering connections.

Oracle Cloud Infrastructure’s Private DNS Architecture offers improved security, eliminates complex IP management processes and aids in scaling server resources. As per Gartner’s Magic Quadrant Report, Oracle Cloud Infrastructure is placed in the Leaders Quadrant for Cloud Infrastructure and Platform Services in 2021.

Components of Private DNS Architecture

Private DNS Architecture in Oracle Cloud Infrastructure consists of components that work together to manage private assets within organizations. VCN provides a private cloud environment to connect resources safely. Subnets divide the network into smaller areas based on the organization’s requirements. DHCP options enable DHCP servers to offer default settings, such as DNS server IP addresses. The DNS Zone Management Service allows users to create, edit, and delete zones in both public and private domains. DHCP Server provides configuration information for client computers which connect to the network. Other components like In-Service Software Upgrade, Domain Name System Security Extensions (DNSSEC), and Autonomous Database make up Private DNS Architecture.

All these components offer robust, reliable, and secure services for managing private assets in OCI. Private DNS Architecture provides the building blocks for easy management of private assets while ensuring security and reliability.

Integrating IAM for Authentication and Authorization

Integrating IAM for Authentication and Authorization: Learn how to integrate Identity and Access Management (IAM) service with Oracle HCM for DNS management in this section. Discover an overview of IAM integration and configuring IAM for DNS management to ensure secure and streamlined access control.

Overview of IAM Integration

IAM integration with Oracle HCM offers an overview of how authentication and authorization of access to different resources and services are enabled. Identity and Access Management (IAM) provides users with a simpler and more secure way to access specified cloud resources.

Integrating IAM allows for easy configuration of policies that control resource access. It is based on group memberships, roles and other user attributes. This integration also offers a unified management console to create accounts, manage permissions, audit trails and more.

IAM integration makes managing cloud resources easier while ensuring security. It even allows the organization to select specific users and groups with specific privileges to update DNS records. This fine-grained policy-based system means that an admin can limit the range of settings each authorized user or group can use without affecting other parts of the network.

In conclusion, IAM integration with DNS provides a comprehensive solution for managing access to resources securely.

Configuring IAM for DNS Management

To manage DNS securely, IAM configuring is key. Oracle Cloud Infrastructure Console makes it easy. Go to ‘Resources’ and pick ‘Policies’. Then choose ‘Create Policy’ to create a policy with the necessary name and description. In this policy, set rules for access to DNS management. This ensures only authenticated and authorized users can access it. So, security is guaranteed.

Password Complexity Validation Function in Fusion Applications

The Password Complexity Validation Function is a crucial aspect of DNS Management with Oracle HCM systems, designed to ensure maximum security and prevent malicious access. In this section, we will discuss the two sub-sections devoted to this function in detail. Get ready to explore the extensive benefits of Password Complexity Validation Function by delving into its overview followed by a guide on its configuration process.

Overview of Password Complexity Validation Function

Oracle HCM offers a handy feature – the password complexity validation function – to help bolster password security. This function checks for specific criteria in passwords, like uppercase/lowercase letters, numbers, symbols, and minimum length.

The complexity validation function has policies that demand mixtures of these criteria for acceptance. Employees can also get new password prompts to help them meet compliance thresholds.

Administrators can further tailor password policies based on their organization’s needs. They can set role-based constraints and device type restrictions. The system automatically updates and applies these rules when policies change. Overall, the complexity validation function is an essential tool for password security.

Configuring Password Complexity Validation Function

When it comes to DNS management, configuring the Password Complexity Validation Function is a must! Oracle HCM has a 3-step guide to do this.

1. Step 1: Access the Oracle Cloud Infrastructure Console. Go to Identity and Access Management (IAM).
2. Step 2: In Security Settings, select ‘Password Policy’. Configure the function as needed.
3. Step 3: Hit ‘Save’ to confirm the changes to the Password Policy.

Using the Password Complexity Validation Function helps meet regulatory requirements and defend against external threats. It’s also key to have strong passwords. As an example, following Oracle HCM’s best practices, an organization can be sure all employee accounts are secure.

Conclusion: Streamlining DNS Management with Oracle HCM

DNS management can be tricky for organizations. Oracle Cloud Infrastructure simplifies it! Its user-friendly interface makes it easy to manage DNS. Automating tasks reduces workload and improves accuracy.

Oracle Cloud Infrastructure makes zones, record sets, and adding domains a breeze. Even beginners can manage DNS without difficulty thanks to the intuitive interface. It helps ensure all DNS records are up to date, reducing management errors.

Organizations that use Oracle Cloud Infrastructure for DNS management benefit from improved efficiency and accuracy. Automation saves time and reduces workload. This allows users to focus on other important tasks. Automated features minimize errors and improve system reliability.

In short, Oracle Cloud Infrastructure for DNS management is essential. It streamlines the process, improving efficiency, accuracy, and ultimately, system reliability. Don’t miss out – adopt Oracle Cloud Infrastructure today and experience streamlined DNS management first-hand!

FAQs about Dns Management With Oracle Hcm: A Beginner’S Guide

What is DNS management in Oracle Cloud Infrastructure and how can it be accessed?

DNS management in Oracle Cloud Infrastructure allows for the creation and management of DNS records for cloud and non-cloud resources. It can be accessed via the DNS Management section in the Oracle Cloud Infrastructure Console, which includes an Overview page providing information about Zones and Traffic Management steering policies.

What are Public DNS Zones and Private DNS Zones in Oracle Cloud Infrastructure?

Public DNS Zones hold trusted DNS records on Oracle Cloud Infrastructure’s nameservers and can be created with publicly available domain names. Private DNS zones contain domain names that resolve DNS queries for private IP addresses within a VCN (Virtual Cloud Network) and can be created to define domain names for private address resolution. Customers can use private DNS to manage their private assets in OCI and support DNS resolution between VCNs and on-premises networks.

What are Traffic Management steering policies and how can they be used?

Traffic Management steering policies help guide traffic to endpoints based on conditions such as endpoint health and geographic origins of DNS requests. They can be used to optimize traffic routing and ensure high availability for applications.

What is the process for importing DNS zones from Cloudflare to Oracle Cloud Infrastructure using the DNS service?

To import DNS zones from Cloudflare to Oracle Cloud Infrastructure using the DNS service, the zone needs to be exported from Cloudflare. After exporting the DNS zone, the Manage DNS Services section in Oracle Cloud Infrastructure Console can be used to import the zone file exported and update the SOA (Start of Authority) record. This tutorial requires access to Oracle Cloud Infrastructure, as well as example values for credentials, tenancy, and compartments.

What is Private DNS in Oracle Cloud Infrastructure and how can it be used for managing private assets?

Private DNS allows customers to create private DNS zones with their desired names and create records for their private resources. It provides DNS resolution within a VCN, between VCNs, and between VCNs and a customer’s on-premises network. Private DNS simplifies the management of customer’s private assets in OCI and provides a common user experience for managing global and private zones. Users can create a compartment (optional) and use Resource Manager to create VCNs and test VM.

How does Oracle Cloud Infrastructure integrate with IAM for authentication and authorization, and what levels of control can administrators have?

Oracle Cloud Infrastructure integrates with IAM (Identity and Access Management) for authentication and authorization for all interfaces (Console, SDK/CLI, and REST API). Administrators can set up groups, compartments, and policies to control user access to services and resources. Policies can control specific actions such as creating new users, managing cloud networks, launching instances, creating buckets, and downloading objects. Regular users should contact their administrator to set up a user ID and confirm which compartment(s) they should be using.

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