Proxmox VE Virtualization Architecture
We design Proxmox VE clusters, HA, live migration, storage and networking for enterprise workloads.
We unify on-premise Proxmox VE, AWS/Azure/GCP, hybrid storage/DB replication and automated DR in one architecture—protecting data sovereignty with a local-first approach.
(No middlemen — talk directly with the technical team)
Challenge
Cloud cost bottleneck: Without workload and idle-resource control, AWS/Azure/GCP bills escalate quickly.
On-prem/cloud sync gap: Without hybrid sync, data drift and dual operational records appear.
Weak disaster recovery / DR architecture: Backups without defined RPO/RTO fail when a real outage hits.
Data sovereignty requirements: Sensitive data in the wrong cloud region creates compliance and security risk.
Approach
Hades Elektronik plans Proxmox VE virtualization, multi-cloud placement (AWS/Azure/GCP), hybrid replication, automated failover and sovereignty-aware data residency together. The goal is not cloud-first dogma—it is cost-controlled, recoverable production infrastructure.
Capabilities
We design Proxmox VE clusters, HA, live migration, storage and networking for enterprise workloads.
We build controlled multi-cloud environments with landing zones, networking, IAM and cost visibility across AWS, Azure and GCP.
We make RPO/RTO targets measurable with automated failover, backups and tested recovery scenarios.
We implement consistent, observable storage and database replication / hybrid sync between on-prem and cloud.
We keep sensitive data local or in approved regions to meet sovereignty and privacy requirements.
Use cases
Critical apps stay on Proxmox VE; scale and burst capacity open to multi-cloud under control.
Defined RPO/RTO with site/cloud failover, regular DR drills and recovery runbooks.
Modern virtualization backbone with Proxmox VE cluster, HA and central management on existing servers.
Hybrid sync, storage/DB replication and consistent data paths across AWS/Azure/GCP and on-prem.
Process
Workloads, cost drivers, data classification and RPO/RTO targets are defined.
Proxmox VE, AWS/Azure/GCP and local-first data residency are decided.
Hybrid sync, DR, security and multi-cloud connectivity are designed.
Live migration, replication and controlled cutover are executed.
Cost, DR tests, performance and compliance are monitored continuously.
Yes. We plan live migration, staged cutover and replication to move workloads to a Proxmox VE cluster or hybrid setup with a minimized downtime window.
Sensitive data is classified and kept local-first or in approved regions. Access control, encryption, logging and egress controls are built into the architecture.
Landing zones, tagging, idle-resource cleanup, reserved/spot strategies and cost dashboards keep AWS/Azure/GCP spend manageable.
Targets are set in discovery; backup, replication and failover are designed to those targets and validated with periodic DR tests.
Private links (VPN/Direct Connect/ExpressRoute-class), segmentation, IAM and encrypted tunnels secure the on-prem–cloud path.
We will assess Proxmox VE, multi-cloud (AWS/Azure/GCP), DR (RPO/RTO) and data-sovereignty needs to plan a practical hybrid architecture.
Service context: Cloud & Hybrid Infrastructure
Build enterprise IT with Active Directory/IAM, ITAM asset tracking, centralized patch management and enterprise virtualization & SAN/NAS.
Build field and data center infrastructure with fanless industrial edge, rack/UPS/PDU, precision cooling and high availability (HA).
Run maintenance, monitoring, support and improvement through a sustainable managed services model.