diff --git a/blog/_posts/2025-04-02-Scaling-Kubernetes-for-AI-and-Data-intensive-Workloads.md b/blog/_posts/2025-04-02-Scaling-Kubernetes-for-AI-and-Data-intensive-Workloads.md
index 4bf9bedf5..a0e50f060 100644
--- a/blog/_posts/2025-04-02-Scaling-Kubernetes-for-AI-and-Data-intensive-Workloads.md
+++ b/blog/_posts/2025-04-02-Scaling-Kubernetes-for-AI-and-Data-intensive-Workloads.md
@@ -27,7 +27,7 @@ With AKS Fleet Manager, you can unlock true limitless scalability by leveraging
 ---
 ## Proof in Practice: Our 70,000 Node Demonstration
 
-![fleet-multi-cluster!](/AKS/assets/images/fleetmulticluster/overview.png) 
+![fleet-multi-cluster!](/assets/images/fleetmulticluster/overview.png) 
 
 To validate our approach and showcase real-world performance, we recently executed an experiment with Kueue and AKS Fleet Manager to execute batch jobs, which yielded remarkable results. Here are some of the highlights:
 
@@ -36,7 +36,7 @@ To validate our approach and showcase real-world performance, we recently execut
 - **140,000 cores delivering 4.7 pFLOPS of performance**.
 - **Robust Scheduling**: Leveraged [Kueue](https://github.com/kubernetes-sigs/kueue)  and Fleet's multi-cluster resource placement to efficiently schedule and operate workloads seamlessly across all clusters.
 
-![fleetview!](/AKS/assets/images/fleetmulticluster/fleetview.png)
+![fleetview!](/assets/images/fleetmulticluster/fleetview.png)
 ![multiclusterview!](/AKS/assets/images/fleetmulticluster/multicluster view.png)