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cloud-infrastructure/networking/README.md

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Oracle Cloud Infrastructure (OCI) networking and connectivity products and services enable customers to manage and scale their networks. Customers can connect securely to a customizable, isolated virtual cloud network (VCN), and take advantage of inexpensive data egress charges. Granular access control of networking technologies provides connectivity solutions across both physical and virtual networks.
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## When to use this asset?
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These documents can be use as reusable assets on different technologies around OCI Networking
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## How to use this asset?
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The information is generic in nature and not specified for a particular customer. Appropriate changes in scope should be updated.
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# Table of Contents
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cloud-infrastructure/networking/business-continuity-and-disaster-recovery/README.md

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These assets help you understand various HA and DR cloud architectures
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## When to use this asset?
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These documents can be use as reusable assets on different technologies around HA and DR Networking Architectures
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## How to use this asset?
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The information is generic in nature and not specified for a particular customer. Appropriate changes in scope should be updated.
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# Table of Contents
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1. [Useful Links](#useful-links)
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2. [Team Publications](#team-publications)
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3. [Reusable Assets Overview](#reusable-assets-overviewdef)
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## Useful Links
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## Team Publications
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### Reference Architectures & Step-by-step Guides
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cloud-infrastructure/networking/cdn/README.md

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# Content Delivery Network (CDN)
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Enables customers to deliver digital content to end users from a nearby location in a geographically distributed network. Customers benefit from integrated APIs, console, UCM billing and stronger integrations between OCI Object Storage, Compute and CDN to reduce origin-server-to-CDN egress fees.
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## When to use this asset?
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These documents can be use as reusable assets on different technologies around OCI regarding CDN
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## How to use this asset?
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The information is generic in nature and not specified for a particular customer. Appropriate changes in scope should be updated.
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Enables customers to deliver digital content to end users from a nearby location in a geographically distributed network. Customers benefit from integrated APIs, console, UCM billing, and stronger integrations between OCI Object Storage, Compute, and CDN to reduce origin-server-to-CDN egress fees.
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# Table of Contents
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1. [Useful Links](#useful-links)
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2. [Team Publications](#team-publications)
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3. [Reusable Assets Overview](#reusable-assets-overviewdef)
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## Useful Links
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- [Oracle CDN Announcement](https://www.oracle.com/uk/news/announcement/oracle-launches-new-flexible-cloud-infrastructure-services-2022-03-15/)

cloud-infrastructure/networking/dns/README.md

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The Oracle Cloud Infrastructure Domain Name System (DNS) service lets you create and manage your DNS zones. You can create zones, add records to zones, and allow Oracle Cloud Infrastructure's edge network to handle your domain's DNS queries.
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We do have three mayor componets around DNS: Private DNS , Public DNS , Traffic Management
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## When to use this asset?
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These documents can be use as reusable assets on different technologies around OCI DNS
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The information is generic in nature and not specified for a particular customer. Appropriate changes in scope should be updated.
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We do have three major components around DNS: Private DNS, Public DNS, and Traffic Management.
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# Table of Contents
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1. [Useful Links](#useful-links)
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2. [Team Publications](#team-publications)
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- [Private DNS Implementation](https://www.ateam-oracle.com/post/private-dns-implementation)
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- [Private DNS common Scenarios](https://www.ateam-oracle.com/post/oci-private-dns---common-scenarios)
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- [Hands on Training](https://oracle.github.io/learning-library/oci-library/oci-hol/oci-private-dns/workshops/freetier/?lab=intro)
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- [Hands-on Training](https://oracle.github.io/learning-library/oci-library/oci-hol/oci-private-dns/workshops/freetier/?lab=intro)
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- [OCI DNS Documentation](https://www.oracle.com/cloud/networking/dns/)
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cloud-infrastructure/networking/inter-region-latency/README.md

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The Current Inter-Region Round-Trip Time is a current snapshot expressed in milliseconds. This snapshot is an average of values over the last five minutes. This view updates every minute.
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The Inter-Region Round-Trip Time (ms) for the last 30 days is a historical view of the last 30 days
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## When to use this asset?
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These documents can be use as reusable assets on different technologies around OCI regarding Secure Edge Connectivity
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## How to use this asset?
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The information is generic in nature and not specified for a particular customer. Appropriate changes in scope should be updated.
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cloud-infrastructure/networking/load-balancers/README.md

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# OCI Load Balancer
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The Oracle Cloud Infrastructure Load Balancer LBaaS service provides automated traffic distribution from one entry point to multiple servers reachable from your virtual cloud network (VCN). The service offers a load balancer with your choice of a public or private IP address, and provisioned bandwidth .
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The Oracle Cloud Infrastructure Load Balancer LBaaS service provides automated traffic distribution from one entry point to multiple servers reachable from your virtual cloud network (VCN). The service offers a load balancer with your choice of a public or private IP address and provisioned bandwidth.
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The Load Balancer service enables you to create a public or private load balancer within your VCN. A public load balancer has a public IP address that is accessible from the internet. A private load balancer has an IP address from the hosting subnet, which is visible only within your VCN. You can configure multiple listeners for an IP address to load balance transport Layer 4 and Layer 7 (TCP and HTTP) traffic. Both public and private load balancers act as reverse proxies and can route data traffic to any backend server that is reachable from the VCN.
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Network Load Balancer provides automated traffic distribution from one entry point to multiple backend servers in your virtual cloud network (VCN). It operates at the connection level and load balances incoming client connections to healthy backend servers based on Layer 3/Layer 4 (IP protocol) data. The service offers a load balancer with your choice of a regional public or private IP address that is elastically scalable and scales up or down based on client traffic with no bandwidth configuration requirement.
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Network Load Balancer provides the benefits of flow high availability, source and destination IP addresses, and port preservation. It is designed to handle volatile traffic patterns and millions of flows, offering high throughput while maintaining ultra low latency. Network load balancers have a default 1 million concurrent connection limit. Network Load Balancer is the ideal load balancing solution for latency sensitive workloads.
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Network Load Balancer provides the benefits of flow high availability, source and destination IP addresses, and port preservation. It is designed to handle volatile traffic patterns and millions of flows, offering high throughput while maintaining ultra-low latency. Network load balancers have a default 1 million concurrent connection limit. A network Load Balancer is the ideal load-balancing solution for latency-sensitive workloads.
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cloud-infrastructure/networking/network-architectures/README.md

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This collection will hold various network architectures for different types of workloads
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These documents can be use as reusable assets on different technologies around OCI network architectures
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# Table of Contents
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cloud-infrastructure/networking/network-firewall/README.md

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# Network Firewall Assets
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Enterprise customers leverage next generation network firewall solutions to protect on-prem apps against layer 3-7 cyber attacks. It is important for us to provide a similar network security posture to enable those customers adopt and migrate their workloads to OCI.
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Enterprise customers leverage next-generation network firewall solutions to protect on-prem apps against layer 3-7 cyber attacks. It is important for us to provide a similar network security posture to enable those customers to adopt and migrate their workloads to OCI.
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OCI's network and application layer security controls currently has the following limitations and customer pain points:
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OCI's network and application layer security controls currently have the following limitations and customer pain points:
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Layered Defence
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Advanced Egress Security Controls
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Advanced Network Firewall Features
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- [Use OCI Network Firewall for SSL forward proxy and inbound inspection using Decryption rule](https://docs.oracle.com/en/learn/oci-network-firewall/#introduction)
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- Step by step guide to deploy OCI network Firewall for SSL Forwar proxy and inbound inspection with Decryption rules. It does include an introduction on encryption for beginners
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- Step-by-step guide to deploy OCI network Firewall for SSL Forward proxy and inbound inspection with Decryption rules. It does include an introduction to encryption for beginners
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- [Network Firewall Overview - Oracle Learning Channel](https://www.youtube.com/watch?v=AlwQQQOl5qw)
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- Step by step session around OCI Network Firewall with advanced features
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- Step-by-step session around OCI Network Firewall with advanced features
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- [OCI Network Firewall Routing Session - Part 1 ](https://www.youtube.com/watch?v=aX3hl-91zRc)
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- Step by step guide around routing in Network Firewall, part 1
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- Step-by-step guide around routing in Network Firewall, part 1
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- [OCI Network Firewall Routing Session - Part 2 ](https://www.youtube.com/watch?v=zZYZehAnVXw&t=0s)
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- Step-by-step guide around routing in Network Firewall, part 2
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cloud-infrastructure/networking/network-path-analyser/README.md

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# Network Path Analyser
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Network Path Analyzer (NPA) provides a unified and intuitive capability you can use to identify virtual network configuration issues that impact connectivity. NPA collects and analyzes the network configuration to determine how the paths between the source and the destination function or fail. No actual traffic is sent, instead the configuration is examined and used to confirm reachability.
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NPA carefully examines routing and security configurations and identifies the potential network path your defined traffic traverses, along with information about virtual networking entities in the path. In addition to the path information, output of these checks includes how routing rules and network access lists (security lists, NSGs, and so on) allow or deny traffic. The sources and destinations could be within OCI, or across OCI and on-premises, or OCI and internet. NPA analyzes all the standard OCI networking elements with their associated configuration.
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Network Path Analyzer (NPA) provides a unified and intuitive capability you can use to identify virtual network configuration issues that impact connectivity. NPA collects and analyzes the network configuration to determine how the paths between the source and the destination function or fail. No actual traffic is sent, instead, the configuration is examined and used to confirm reachability.
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NPA carefully examines routing and security configurations and identifies the potential network path your defined traffic traverses, along with information about virtual networking entities in the path. In addition to the path information, the output of these checks includes how routing rules and network access lists (security lists, NSGs, and so on) allow or deny traffic. The sources and destinations could be within OCI, across OCI and on-premises, or OCI and the internet. NPA analyzes all the standard OCI networking elements with their associated configuration.
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Using NPA, you can:
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cloud-infrastructure/networking/network-visualizer/README.md

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# Network Visualizer Assets
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The Network Visualizer provides a diagram of the implemented topology of all VCNs in a selected region and tenancy. This tool in the OCI Console can provide two levels of granularity:
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- Regional Network Topology: You can see a high-level layout and routing topology of your entire virtual network configuration within a region. This topology includes DRGs, VCNs, CPEs, and various types of gateway.
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- Virtual Cloud Network Topology: You can see the organization of a single VCN including its subnets and routing configuration. This topology includes subnets, VLANs, and gateways to other resources.
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- Generate a .pdf with all components details and diagrams
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- Subnet Topology: You can see the resource information about the instances, load balancer, FSS, and OKE clusters in the subnet
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- Generate a .pdf with all component details and diagrams
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