Oracle Cloud Infrastructure 2021 Certified Architect Associate
1 Oracle Cloud Infrastructure (OCI) Architecture
1-1 Introduction to Oracle Cloud Infrastructure
1-1 1 Overview of OCI
1-1 2 Key Components of OCI
1-1 3 OCI Regions and Availability Domains
1-1 4 OCI Tenancy Structure
1-2 OCI Core Services
1-2 1 Compute Services
1-2 1-1 Virtual Machines (VMs)
1-2 1-2 Bare Metal
1-2 1-3 Oracle Container Engine for Kubernetes (OKE)
1-2 1-4 Autonomous Database
1-2 2 Storage Services
1-2 2-1 Block Volume
1-2 2-2 Object Storage
1-2 2-3 File Storage
1-2 2-4 Archive Storage
1-2 3 Networking Services
1-2 3-1 Virtual Cloud Network (VCN)
1-2 3-2 Internet Gateway
1-2 3-3 NAT Gateway
1-2 3-4 Service Gateway
1-2 3-5 Dynamic Routing Gateway (DRG)
1-2 3-6 Load Balancing
1-2 4 Database Services
1-2 4-1 Autonomous Database
1-2 4-2 Oracle Database Cloud Service
1-2 4-3 MySQL Database Service
1-2 5 Identity and Access Management (IAM)
1-2 5-1 Users, Groups, and Policies
1-2 5-2 Compartments
1-2 5-3 Authentication and Authorization
1-2 6 Security Services
1-2 6-1 Oracle Cloud Guard
1-2 6-2 Oracle Vulnerability Scanning Service
1-2 6-3 Oracle Key Management Service
1-2 6-4 Oracle Vault
2 Designing and Deploying OCI Solutions
2-1 Designing OCI Architectures
2-1 1 High Availability and Disaster Recovery
2-1 2 Scalability and Performance
2-1 3 Cost Optimization
2-1 4 Security and Compliance
2-2 Deploying OCI Solutions
2-2 1 Resource Allocation
2-2 2 Networking Configuration
2-2 3 Data Migration
2-2 4 Monitoring and Management
3 Managing OCI Environments
3-1 OCI Management Tools
3-1 1 Oracle Cloud Console
3-1 2 Oracle Cloud Shell
3-1 3 Oracle Cloud Infrastructure CLI
3-1 4 Oracle Cloud Infrastructure SDKs
3-1 5 Oracle Cloud Infrastructure API
3-2 Monitoring and Troubleshooting
3-2 1 OCI Monitoring Service
3-2 2 OCI Logging Service
3-2 3 OCI Notifications Service
3-2 4 Troubleshooting Common Issues
3-3 Compliance and Governance
3-3 1 OCI Compliance Tools
3-3 2 OCI Governance Policies
3-3 3 Auditing and Reporting
4 Advanced OCI Concepts
4-1 Hybrid and Multi-Cloud Strategies
4-1 1 Oracle Cloud at Customer
4-1 2 Interconnecting OCI with On-Premises Data Centers
4-1 3 Multi-Cloud Integration
4-2 OCI DevOps and Automation
4-2 1 Oracle Cloud Infrastructure DevOps Service
4-2 2 Continuous Integration and Continuous Deployment (CICD)
4-2 3 Infrastructure as Code (IaC)
4-3 OCI Machine Learning and AI Services
4-3 1 Oracle Cloud Infrastructure Data Science
4-3 2 Oracle Cloud Infrastructure AI Services
4-3 3 Oracle Cloud Infrastructure Analytics
4-4 OCI Edge and IoT Services
4-4 1 Oracle Cloud Infrastructure Edge Services
4-4 2 Oracle Cloud Infrastructure IoT Services
5 Case Studies and Best Practices
5-1 Real-World OCI Deployments
5-1 1 Case Study: High Availability Architecture
5-1 2 Case Study: Scalable Web Application
5-1 3 Case Study: Data Migration to OCI
5-2 Best Practices for OCI Architecture
5-2 1 Designing for High Availability
5-2 2 Optimizing Performance
5-2 3 Ensuring Security and Compliance
5-2 4 Managing Costs Effectively
1.2.1.2 Bare Metal Explained

1.2.1.2 Bare Metal Explained

Key Concepts

Bare Metal Instances

Bare Metal Instances in Oracle Cloud Infrastructure (OCI) are physical servers dedicated to your use. Unlike virtual machines, which run on shared hardware, Bare Metal Instances provide direct access to the underlying hardware, offering superior performance and isolation. This makes them ideal for workloads that require high performance, such as databases, big data processing, and high-performance computing (HPC).

Example: If you are running a database that requires low latency and high throughput, a Bare Metal Instance can provide the necessary performance by eliminating the overhead associated with virtualization.

Performance and Isolation

One of the primary advantages of Bare Metal Instances is their performance. Since they run directly on physical hardware, they can achieve higher levels of performance compared to virtual machines. Additionally, Bare Metal Instances offer complete isolation, meaning your workloads are not sharing resources with other tenants, which can be crucial for security and compliance.

Example: In a financial services environment, where data security and performance are critical, Bare Metal Instances can ensure that your applications run without interference from other users, providing a secure and high-performance environment.

Use Cases

Bare Metal Instances are suitable for a variety of use cases, including:

Example: A pharmaceutical company might use Bare Metal Instances for running complex simulations and data analysis, where the performance and isolation provided by Bare Metal are essential for timely and accurate results.

Understanding Bare Metal Instances and their unique benefits is crucial for architects and developers working with Oracle Cloud Infrastructure. By leveraging Bare Metal, you can achieve superior performance, isolation, and security for your most demanding workloads.