Key Takeaway:
- Oracle Cloud Infrastructure Services offer several benefits, including global connectivity, enhanced security, and observability.
- Through Global Connectivity, Oracle Cloud Infrastructure offers public virtual circuits and load balancing for improved performance.
- Streaming data is encrypted at rest and in transit, and encryption can be managed by Oracle or using the Vault service for specific compliance or security standards.
- Integration with IAM allows for control over access to keys and resources, and private endpoints restrict access to a specified VCN for added security.
- Oracle Cloud Infrastructure Service Connector Hub allows for creation of service connector to move streams to Logging Analytics, which can be done through CLI, API or OCI console.
- FastConnect is used to connect on-premises network to Oracle Cloud Infrastructure region, and Private Peering is used to access VCN resources.
- Real-time streaming data with Oracle Cloud Infrastructure Service Connector Hub manages services, and the architecture includes Oracle Cloud Infrastructure region, availability domains, dynamic routing gateway (DRG), and virtual cloud network (VCN) and subnets.
- Logging service captures logs from load balancer and VCN flow. Splunk Enterprise administrators can collect the streamed data using the Logging Addon for Splunk.
- The Streaming service supports all general variables and specific variables for streams resource, connect-harness resource, and stream-pools resource. The “target.stream.id” variable is used for the streams resource, and the “target.connectharness.id” variable is used for the connect-harness resource.
- OCI Service Mesh provides security, observability, and network traffic management for cloud native applications, and it is fully managed and free.
- Oracle Cloud Infrastructure offers more than 150 best-practice designs available for exploration, and architects and customers deploy various workloads, including enterprise apps, HPC, microservices, and data lakes.
Introduction to Oracle Cloud Infrastructure Service
Are you struggling with the complexities of network solutions? Look no further than Oracle Cloud Infrastructure Service! This service offers a streamlined solution for optimizing and connecting your network. With reliable sources backing its benefits, you can make an informed decision to simplify your connectivity. Keep your business running smoothly with Oracle.
Benefits of Oracle Cloud Infrastructure Service
Oracle Cloud Infrastructure Service offers organizations a multitude of advantages. A major one is the ability to boost global connectivity. This is done through public virtual circuits, load balancing and FastConnect services. These help businesses connect with remote employees and customers from all around the world, thereby increasing communication and performance.
Another plus is Oracle Cloud Infrastructure Service’s enhanced security and observability features. This includes encryption of streaming data management, IAM integration for better access controls, private endpoints, and architecture for capturing and analyzing logs. All of these work in unison, ensuring business data remains secure and can be easily monitored.
This service also provides a Service Connector for Seamless Stream Movement. This allows users to move streams to logging analytics quickly, enabling businesses to make real-time decisions by studying incoming data streams. Additionally, the OCI Service Mesh permits communication between microservices in the system, allowing companies to manage communications between these microservices more efficiently.
In addition, Oracle provides best-practice designs for deploying workloads that ensure smooth migration cycles from legacy systems, while maintaining data integrity. Users can explore over 150 designs related to various uses of the cloud infrastructure solution network. Oracle Cloud Infrastructure Service, hence, grants organizations greater flexibility in operations and boosts overall performance, making it a popular choice among businesses globally.
Enhancing Global Connectivity
In the fast-paced world of business, having reliable global connectivity is essential for growth. This section will examine the benefits of Oracle HCM Network Solutions in enhancing global connectivity. Sub-sections will include an introduction to global connectivity, the use of Public Virtual Circuit for network connectivity, how load balancing can improve performance, and the advantages of using FastConnect to connect on-premises networks to OCI regions.
Introducing Global Connectivity
Oracle Cloud Infrastructure Service puts global connectivity at the forefront. It’s specially designed for enterprises with distributed workforces who need an uninterrupted connection between data centers worldwide. Global connectivity within OCI is a big step towards improved cloud solutions and better support for global database services.
The package offers high-level security and centralized control for network resources. These include Virtual Circuits, Load Balancers, and FastConnect. Companies can connect securely to the cloud without difficulty.
Public and private virtual circuits are available to enhance network performance. They make direct channels between on-premises networks and cloud regions. Load Balancing distributes traffic across multiple endpoints in a region. And FastConnect, combined with virtual circuits, grants secure links between on-premises infrastructure and OCI regions.
For remote workers, OCI has private endpoints for extra security and restrictions to VCNs (Virtual Cloud Networks). Logs can be captured and analyzed with the right architecture.
With Oracle’s Public Virtual Circuit, enterprises can enjoy better security and performance. Global connectivity in Oracle Cloud Infrastructure Service meets the needs of companies with distributed teams.
Public Virtual Circuit for Enhanced Connectivity
Public Virtual Circuit – a feature offered by OCI – is highly beneficial. By creating a virtual circuit, users can connect their networks to OCI resources privately, avoiding the public internet. This boosts performance, increases data transfer speed and reduces latency for applications hosted on OCI.
This service provides more flexibility and control for managing network traffic and creates a secure connection between the customer’s on-premises infrastructure and OCI services. It also supports both Layer 2 and Layer 3 connections. Enterprises can join their current network investments into OCI, maintaining control over security, performance and costs.
Public Virtual Circuit offers many benefits in real-world scenarios. Large organizations with various geographical locations can leverage this service to move up to ten times more bandwidth than via an ordinary internet connection. Dropping packets caused by intermediaries can be avoided by allowing two or more data interfaces to communicate directly over dedicated private fibers or cables owned by supporting carriers.
In summary, Public Virtual Circuit boosts connectivity and delivers superior networking performance.
Load Balancing for Improved Performance
Oracle Cloud Infrastructure provides load balancing capabilities to ensure optimal application performance. Traffic is spread across multiple servers which reduces the risk of server crashes. It also improves response time and availability.
Flexible deployment architecture increases redundancy while minimizing latency. Traffic is scheduled to different backend pools based on criteria such as server health or location. This optimizes performance, reducing downtime and user dissatisfaction.
SSL offloading and cookie-based routing can be configured using a RESTful API or the console. Load balancing helps reduce excess server capacity costs and streamline IT operations.
Overall, OCI’s load balancing capabilities enable organizations to scale applications, optimize traffic and enhance web applications. Plus, FastConnect quickly connects on-premises networks with OCI.
Use of FastConnect for Connecting On-Premises Network to OCI Region
FastConnect is the ideal choice for linking up on-premises networks to Oracle Cloud Infrastructure (OCI) regions. It’s secure, scalable, and cost-effective, perfect for businesses.
Here’s a 4-step guide for using this service:
- Assess Network Needs: Check the bandwidth, redundancy, and capacity of the on-premises network, to get the best network design.
- Order and Supply Info: After deciding on the needs, order the service via the FastConnect console or API requests. Include the port speed, location, VLAN ID, and more.
- Set Up Traffic Routing: Use dynamic routing protocols that support OCI IPSec VPNs and BGP/RIP-based IP routing to manage traffic.
- Check Connectivity: To make sure everything is working, send traffic across the link and confirm bidirectional data transfer over a secure VLAN-based tunnel.
FastConnect offers both private peering with colocation providers, and public peering with dedicated internet connections. Oracle offers various networking services to ensure secure access to its cloud environments. Keep up-to-date with these services and use them to make transitioning to the cloud easier.
Security and Observability
Companies today are faced with numerous challenges when it comes to connectivity and security. In this section, we will explore the essential subjects of security and observability concerning Oracle HCM Network Solutions. We’ll discuss how managing the encryption of streaming data, integrating with IAM for access control, utilizing private endpoints for added security, and constructing an architecture for capturing and analyzing logs can help streamline connectivity and maintain security.
Manage Encryption of Streaming Data
Streaming data encryption is essential to protect sensitive info from unauthorized use. Oracle Cloud Infrastructure Service offers users various features to efficiently manage the encryption of their streaming data.
One of the key components of Oracle Cloud is its capability to manage encryption keys for streaming data via the Streaming service. This encrypts data with industry-standard algorithms, both at rest and in transit, for privacy and security. Also, the platform lets users encrypt data streams with customer-managed keys which rotate regularly for added security.
Apart from encryption, Oracle Cloud Infrastructure provides a private endpoint to securely communicate between services in the same virtual cloud network (VCN), eliminating the need for a public IP address.
Besides encryption, prevention from streaming attacks is also critical for securely implementing streaming solutions on OCI. Identity & Access Management (IAM) helps with this by offering access control over various accounts and reducing exposure of confidential data during real-time streaming. IAM is useful for those needing to manage access control easily.
Integration with IAM Allows for Control Over Access
The Oracle Cloud Infrastructure Service offers integration with IAM. This allows for more control and visibility over resource use. Granular authentication policies also strengthen security. IAM is key in offering a secure cloud foundation.
Using IAM, users can encrypt streaming data. It also helps restrict unauthorized access to confidential info. And it makes it easier to manage user credentials and privileges. Private endpoints can be created, keeping traffic inside OCI for increased privacy.
OCI offers best-practice designs for deploying workloads. A report highlights the importance of IAM as one of the top 5 cloud security priorities. With IAM integration, users can have control over access, easily securing their cloud environment.
Private Endpoints for Added Security
Oracle Cloud Infrastructure Service has private endpoints which are a great way to reinforce security. Virtual network interfaces are used to communicate between resources in a VCN and a certain service. Private endpoints increase privacy, which is perfect for those who prioritize data security.
The main benefit of private endpoints is that they stop services from being shown publicly on the web, minimizing the chance of a DDoS attack. Additionally, network latency can be lowered by routing traffic directly through the customer’s VCN instead of the public internet.
Organizations are given more control over their networking environments with private endpoints. Access controls such as Network Security Groups (NSGs) can be set up easily, and this feature also meets compliance with regulations that forbid communication over the public internet.
All-in-all, private endpoints are a great choice for those wanting to up their security. They come with a variety of advantages, including improved privacy, reduced risk of malicious attacks, and better control over networking environments. By taking advantage of private endpoints, organizations can ensure their data remains safe and secure.
Architecture for Capturing and Analyzing Logs
The architecture for capturing and analyzing logs is key for security and observability within Oracle Cloud Infrastructure. It tracks and monitors system processes in real-time. Logs are info about events the OCI system keeps track of, such as control plane actions, logging, auditing records and diagnostics.
Organizations use it for reliable audit trails, giving peace of mind and compliance. Uniquely, this architecture provides analytics through log monitoring and lossless delivery into one viewing pane. Administrators can use LogAnalytics to find correlations among multiple logs.
It’s important to plan and manage when configuring the architecture. The Service Connector for Moving Streams to Logging Analytics is a useful tool for data analysis. This architecture is vital for security and observability, meeting organizations’ needs effectively.
Service Connector for Moving Streams to Logging Analytics
Busy companies need to analyze data quickly and efficiently. Oracle HCM Network Solutions offers their Service Connector tool to streamline the process of moving data streams to Logging Analytics.
The Service Connector provides real-time monitoring, which allows businesses to find issues right away. It can also handle large amounts of data. This is great for businesses in finance and healthcare.
As service connectors become popular, the old way of analyzing data will be obsolete. With the Service Connector, businesses can make decisions faster.
Oracle HCM Network Solutions’ Service Connector will be a must-have as businesses expand their data management.
Real-Time Streaming Data with OCI Service Connector Hub Managed Services
Real-time streaming data is the latest tech trend and Oracle’s OCI Service Connector Hub Managed Services make it a reality. This network solution ensures data accuracy and timely delivery. It streamlines companies’ processes and boosts their data management capabilities.
OCI Service Connector Hub Managed Services let businesses manage data in real-time, allowing swift, sound decisions. It links all systems and data sources, for easy access and control. Plus, it’s customizable, and can scale up without huge investments.
Analyzing data in real-time is one of the best features of the OCI Service Connector Hub Managed Services. It gives valuable insights on patterns and trends, enabling fast responses and informed decisions.
Streaming Policy Reference
Streaming Policy Reference is key for firms wanting to improve their connection using Oracle HCM Network Solutions. This data helps firms make complete policies for data streaming across their networks.
The data gives an understanding of technologies and solutions that help streamline connection in a business environment. It points out the advantages of cloud-based solutions, such as faster data transfer, better security, and lower infrastructure cost.
Furthermore, the reference data covers various streaming policies used commonly. For example, Quality of Service (QoS) policies and bandwidth control policies. It also has direction on how to put these policies into effect and enforce them for smooth data transfers and to stop any network downtime.
In summary, businesses looking to strengthen their connectivity infrastructure can really benefit from Streaming Policy Reference data when using Oracle HCM Network Solutions. By adding these policies to their network infrastructure, businesses can have a consistent connection and optimize their operations.
Introduction to OCI Service Mesh
OCI Service Mesh is an awesome solution that simplifies the Oracle HCM Network. It boosts performance and makes the user experience better. Organizations can connect and manage microservices with ease. And, it provides a secure and scalable environment for developers to create and manage microservices.
This solution offers complete visibility of application traffic, performance and latency. It helps developers to customize network policies, monitor service metrics and secure applications. Plus, it integrates with Kubernetes and Istio. This makes deploying and managing services in a hybrid cloud environment easier.
OCI Service Mesh simplifies network operations by eliminating complex routing architectures in cloud infrastructure. Additionally, it gives application observability, traffic management and security at scale. This connectivity solution provides a reliable and consistent approach.
Best-Practice Designs for Deploying Workloads
When it comes to Oracle HCM Network Solutions, proper workload design is key. To get the best results, you must consider several factors including data management, network security, and performance.
You should also plan and consider configuration variables such as data center locations, architecture, and available resources. There are many best-practice designs that can help you get started.
We provide an overview of these designs in the table below. They take into account essential factors for successful workload deployment.
| Best-Practice Designs for Deploying Workloads | Factors Considered |
|---|---|
| Efficient Data Management | Data Center Locations Architecture Available Resources |
| Optimal Network Performance | Network Speed Network Security |
To ensure success, you need to be proactive. Using the right technologies can help you increase speed, flexibility, and agility. You can also prioritize network security. By focusing on these factors, you can enhance network management efficiency and security, giving a great user experience.
Best-practice designs for deploying workloads are a great starting point to achieve optimal results with Oracle HCM Network Solutions. With some planning and effort, you can create a smooth, well-designed network customized to your organization.
Explore 150 Designs See Architects
Check out the massive range of Oracle HCM Network Solutions design options. There are 150 to choose from! See what real-life architects have come up with. Get an idea of how the design process works, plus the best methods for connectivity.
Your organization can also customize solutions to fit your exact needs. That way you get the most from the technology.
Pro Tip: For the best results, work with experienced professionals, like architects. That way you get the most out of your technology investment. Customizable features will allow you to tailor the solution to your special requirements – creating an effective communication system.
Conclusion
Oracle HCM Network Solutions offer organizations a comprehensive solution. It integrates HR data, Cloud Infrastructure and SaaS Applications. This streamlines HR processes, reduces costs and maximizes efficiency.
The solution offers seamless connectivity across multiple platforms and applications. This enables HR leaders to make informed decisions based on real-time information.
Furthermore, Oracle HCM Network Solutions provide a secure environment for data sharing. Thus, reducing the risk of data breaches.
It is designed with scalability in mind. This makes it easier for organizations to adapt to new systems and expand their HR networks.
Five Facts About Streamlining Connectivity with Oracle HCM Network Solutions:
- ✅ Oracle Cloud Infrastructure offers a service-level agreement for Streaming, ensuring reliability and uptime for HCM network solutions. Streaming data is encrypted at rest and in transit for message integrity. Encryption can be managed by Oracle or using the Vault service for specific compliance or security standards. Integration with IAM allows for control over access to keys and resources. Private endpoints restrict access to a specified VCN within your tenancy for added security. More information on securing a stream is available. (Source: Oracle Cloud Infrastructure)
- ✅ Creation of service connectors for moving streams to Logging Analytics provides a powerful tool for analyzing data and optimizing HCM network solutions. (Source: Oracle Cloud Infrastructure)
- ✅ FastConnect can be used to connect an on-premises network to an Oracle Cloud Infrastructure region, providing a secure and reliable way of accessing HCM network solutions. Private Peering is used to access VCN resources, along with the Oracle Services Network and Public Peering. The Oracle Cloud Infrastructure backbone is leveraged when required to access supported SaaS applications running in the same or a separate region. FastConnect Public Peering allows for connectivity to other Oracle Cloud Infrastructure regions and specific Oracle Cloud Infrastructure Classic regions. A single public virtual circuit can be used to access services in any of the advertised regions. (Source: Oracle Cloud Infrastructure)
- ✅ Real-time data streaming has various use cases. The architecture includes an Oracle Cloud Infrastructure region, which contains one or more data centers called availability domains. Availability domains are independent data centers within a region that provide fault tolerance. Dynamic routing gateway (DRG), a virtual router that provides a path for private network traffic between a VCN and a network outside the region. Service gateway provides access from a VCN to other services like Oracle Cloud Infrastructure Object Storage. Virtual cloud network (VCN) and subnets, a customizable, software-defined network that gives complete control over the network environment. A VCN can have multiple non-overlapping CIDR blocks that can be changed after creation, and it can be segmented into subnets. (Source: Oracle Cloud Infrastructure)
- ✅ Oracle has introduced a new service called OCI Service Mesh that provides security, observability, and network traffic management for cloud native applications. This service is fully managed and free, and does not require any changes to the applications. More than 150 best-practice designs available for exploration. Architects and customers deploy various workloads, including enterprise apps, HPC, microservices, and data lakes. Best practices and insights from customer architects shared in the Built & Deployed series. “Click to deploy” capability available for many workloads, or users can deploy themselves from the GitHub repo. (Source: Oracle Networking Solutions, Oracle Integration)
FAQs about Streamlining Connectivity With Oracle Hcm Network Solutions
What is Oracle Cloud Infrastructure’s Service Level Agreement for Streaming?
Oracle Cloud Infrastructure offers a service-level agreement for Streaming to ensure high availability and data delivery for its users.
How is streaming data secured on Oracle Cloud Infrastructure?
Streaming data is encrypted at rest and in transit for message integrity, and encryption can be managed by Oracle or by using the Vault service for specific compliance or security standards.
How can IAM be used to control access to keys and resources for streaming on Oracle Cloud Infrastructure?
Integration with IAM allows for control over access to keys and resources for streaming on Oracle Cloud Infrastructure. Private endpoints can also restrict access to a specified VCN within your tenancy for added security. More information on securing a stream is available.
What is the architecture for connecting an on-premises network to an Oracle Cloud Infrastructure region?
The architecture shows how to use FastConnect to connect an on-premises network to an Oracle Cloud Infrastructure region, using Private Peering to access VCN resources, along with the Oracle Services Network and Public Peering. The Oracle Cloud Infrastructure backbone is leveraged when required to access supported SaaS applications running in the same or a separate region. FastConnect Public Peering also allows for connectivity to other Oracle Cloud Infrastructure regions and specific Oracle Cloud Infrastructure Classic regions using a single public virtual circuit.
What is the architecture for implementing real-time streaming data with Oracle Cloud Infrastructure Service Connector Hub managed services?
The architecture shows how to implement real-time streaming data with Oracle Cloud Infrastructure Service Connector Hub managed services, with components including the Oracle Cloud Infrastructure region, availability domains, Dynamic routing gateway (DRG), Service gateway, and Virtual cloud network (VCN) and subnets. Real-time data streaming has various use cases.
What is OCI Service Mesh and how can it enhance connectivity for cloud native applications?
OCI Service Mesh is a fully managed and free service provided by Oracle that provides security, observability, and network traffic management for cloud-native applications. It does not require any changes to the applications themselves and is made up of interconnected microservices. With OCI Service Mesh, organizations can easily manage security, observability, and connections across all microservices, regardless of their size. Additionally, Oracle has introduced a new service called “OCI Network Performance Monitoring and Diagnostics,” which allows users to diagnose network issues and monitor network performance.
