F5 Application Delivery Controller Solutions Source | Edit on
AI Data Delivery: Secure and Reliable Object Storage¶
Welcome¶
In this lab, attendees will be introduced to using F5 BIG-IP as an intelligent Application Delivery Controller (ADC) for MinIO AIStor.
Objectives:¶
Implement high availability and efficient load distribution for an S3 cluster
Enforce fine-grained policy controls
Migrate S3 buckets to new object storage cluster
Route object storage traffic intelligently based on node and cluster health characteristics
Lab & Tasks:¶
The next page (Introduction) will cover the lab environment, access, and lab variables. The lab will be using a shared AWS account where we have deployed the following resources:
BIG-IP VE (LTM provisioned)
MinIO Clusters
During the lab exercises we will explore different methods of protecting and exposing object storage services that are included in the lab
Labs:
- Introduction: Accessing F5 S3 BIG-IP Lab Environment
- Lab 1: High Availability & Efficient Load Distribution
- Task 1: Review the Lab Environment
- Task 2: Baseline: Send traffic directly to MinIO (no BIG‑IP)
- Task 3: Baseline: Steer (proxy) the Same Workload through BIG-IP
- Task 4: Scale out easily: add the 3rd and 4th MinIO AIStor nodes to Cluster 1
- Task 5: Scale out easily: add the 3rd and 4th MinIO AIStor node to the BIG-IP origin pool
- Task 6: Verify the load‑balancing method & pool health
- Validation
- Troubleshooting
- Clean-Up (Optional)
- What You Learned - Value of BIG-IP LTM and AIStor
- Lab 2: Fine-grained Policy Enforcement & Bucket Migration
- Lab 3: Cluster Health Monitoring with Read/Write Quorum
- Task 1. Validate healthy write quorum - Using Lab AIStor Cluster 2
- Task 2. Run baseline workload (repesenting typical read/write load)
- Task 3. Disable one node
- Task 4. Disable a second node
- Task 5. Read-only cluster & verification of failover
- Task 6. Restore the cluster
- Troubleshooting
- What You Learned - BIG-IP and AIStor Impact
- Conclusion