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Cloud Platforms2 min read

When hybrid cloud beats public or private

Give a scenario like regulated data plus bursty compute; keep sensitive data and legacy systems on-prem, run scalable or customer-facing workloads in public cloud.

Cloud Platforms1 min read

Designing for portability across two clouds

Abstract via containers, Terraform, and open standards; avoid proprietary managed services.

Cloud Platforms1 min read

Hybrid cloud bursting from a VMware footprint

Evaluate VMware Cloud on AWS, Azure Arc, Outposts; address connectivity, identity, and data gravity.

Cloud Platforms1 min read

Launching a virtual machine in the cloud

Pick image, instance type, network placement and security, attached storage, and access keys.

Cloud Platforms1 min read

What a machine image is and why it matters

An image is a frozen template of OS, software, and config; it makes launches identical and fast.

Cloud Platforms1 min read

Designing an auto-scaling web tier

Front with a load balancer, define a launch template, an auto-scaling group across AZs, and target-tracking policies.

Cloud Platforms1 min read

On-Demand vs Reserved vs Spot pricing

On-Demand for unpredictable bursty work, Reserved or Savings Plans for steady baseline, Spot for interruptible fault-tolerant jobs.

Cloud Platforms1 min read

Managing state across ephemeral instances

Keep instances stateless, externalize sessions to Redis, data to managed databases, files to object storage.

Cloud Platforms1 min read

The instance metadata service explained

A local endpoint exposing instance identity, region, and temporary role credentials.

Cloud Platforms1 min read

Optimizing low-latency VM-to-VM networking

Cluster placement groups, enhanced networking and SR-IOV, larger instances for more bandwidth.

Cloud Platforms1 min read

Cost-effective fault-tolerant batch processing

Spot fleets across types, a durable work queue, idempotent checkpointed tasks, retries.

Cloud Platforms1 min read

Object vs block vs file storage

Object stores flat keyed blobs over HTTP, block gives raw volumes for one VM, file offers a shared hierarchical mount.

Cloud Platforms1 min read

Serving user images securely from object storage

Store images in a private bucket, serve via a CDN with origin access control, use signed URLs for private content.

Cloud Platforms1 min read

Diagnosing high I/O wait on a database volume

Check IOPS and throughput against the volume limit, look for burst-credit exhaustion, then move to provisioned IOPS or a larger volume.

Cloud Platforms1 min read

Shared file system access across many VMs

Use a managed NFS service like EFS or Filestore; watch per-operation latency, throughput modes, and metadata-heavy small-file workloads.

Cloud Platforms1 min read

Protecting object storage from accidental loss

Enable versioning, MFA delete or object lock, cross-region replication, and least-privilege policies.

Cloud Platforms1 min read

Object storage tiers and lifecycle automation

Tiers trade storage price for retrieval cost and latency; automate with lifecycle rules or intelligent tiering.

Cloud Platforms1 min read

Maximizing object-store throughput for small files

Spread keys across prefixes for partition parallelism, batch small files, parallelize and use multipart uploads.

Cloud Platforms2 min read

Object store vs NFS consistency models

S3 gives strong read-after-write per object with no partial updates; NFS offers close-to-open with shared mutable files.

Cloud Platforms2 min read

Block storage availability across AZ failure

Block volumes are AZ-bound, so use snapshots, synchronous replication, or app-level replication, trading cost for lower RTO/RPO.