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Datacenter Solutions
Streamline Your Data. Maximize Your Performance & Profit
Streamline Your Data. Maximize Your Performance & Profit
Explore the right datacenter architecture to meet your exact needs, from proven Traditional setups to agile HCI and flexible dHCI. Leverage these solutions for superior performance, or fully embrace modern Cloud PaaS to deliver rapid, future-proof services. We guide you to the structure that unlocks maximum scalability and efficiency.
Operational Complexity
Modern IT environments are increasingly complex, with separate compute, storage, and networking systems driving up costs and risks. Hyperconverged (HCI) and Disaggregated Hyperconverged Infrastructure (DHCI) unify these into a single software-defined platform—simplifying management, boosting agility, and lowering total cost of ownership.
Scalability Overheads
As IT environments scale, growth often brings hidden costs—full-stack expansion, extra licensing, and wasted resources. Disaggregated Hyperconverged Infrastructure (dHCI) solves this by letting compute and storage scale independently, enabling precise, efficient, and cost-effective infrastructure growth.
Business Continuity & Disaster Recovery
In today’s always-on digital world, data protection is vital yet increasingly complex. As environments grow more distributed and hybrid, ensuring high availability, reliable backups, and coordinated disaster recovery becomes challenging. Modern solutions must unify these capabilities to ensure continuity, reduce risk, and maintain compliance.
Security
As IT environments span on-prem, cloud, and edge, security grows more complex. Cyberattacks, insider risks, and misconfigurations across fragmented systems heighten exposure. True protection requires zero trust, network segmentation, real-time threat detection, and unified policy enforcement. A modern, integrated approach ensures visibility, compliance, and resilience in an evolving threat landscape.
Datacenter Architectures
Datacenter Architectures
Traditional Infrastructure
Traditional Infrastructure
Traditional IT infrastructure is built on physically separated components—each with its own management, support, and lifecycle. While it offers high levels of control and customization, it often leads to integration complexity, longer deployment times, and inefficient scaling.
🖧 Compute Layer
Hardware: Enterprise-grade rack servers such as HPE ProLiant DL series
Hosts business applications and virtual machines
💾 Storage Layer
Hardware: Dedicated storage arrays (e.g., HPE MSA, HPE Alletra)
Used for application data, VMs, and backups
🧩 Virtualization Layer
Software: Platforms like VMware vSphere, Red Hat Virtualization, or Veritas HyperScale
Enables consolidation of workloads across physical hosts
🛡️ Backup Layer
Hardware: HPE StoreOnce backup appliances and storage repositories
Software: Backup solutions like Veeam, Commvault, or Veritas NetBackup
Handles scheduled backups, retention, and recovery
🌐 Networking & Security
Network Hardware: Core switches, edge switches, and access points from Aruba
Security: Firewalls and secure routing from Juniper Networks
Ensures connectivity and enforces security policies across domains
📦 Disaster Recovery (DR) Site
A replicated environment containing HPE compute and storage infrastructure, networking, and backups
May be located on-premise or in a co-location facility
⚙️ DR Orchestration Layer
Software: Platforms like Perpetuuiti Continuity Patrol to automate DR workflows
Enables planned failover, failback, and regular DR testing
✅ Best Fit For:
Business requires full control and customized architecture
Stable workloads run long-term without frequent change
Organizations have specialized IT teams for each domain
Security mandates a fully on-premises environment
Hyperconverged Infrastructure (HCI)
Hyperconverged Infrastructure (HCI)
HCI combines compute, storage, and virtualization into a single software-defined system, managed through a unified platform. This eliminates silos, simplifies operations, and enables faster scalability.
🧩 Integrated Compute + Storage Nodes
Each node includes compute resources (CPU, memory) and local SSD-based storage
Hardware often consists of compact, high-density servers (e.g., HPE SimpliVity)
Nodes form a distributed cluster where storage is pooled and managed virtually
🧩 Virtualization Layer
HCI runs on a built-in hypervisor
Supports running and managing multiple virtual machines across the cluster
📦 Software-Defined Storage (SDS)
Local disks across nodes are abstracted into a virtualized, resilient storage pool
Data is automatically distributed and replicated for high availability and performance
🛡️ Backup & Data Protection
External solutions such as Veeam, Commvault, or Veritas NetBackup
Native HCI features may include snapshotting, replication, or inline deduplication
🌐 Network & Security
Networking is either integrated or connected via external hardware (e.g., Aruba for access/switching, Juniper for secure routing/firewalls)
Software-defined networking (SDN) may be built-in, enabling micro-segmentation and traffic policies
📦 Disaster Recovery (DR)
A secondary HCI cluster or cloud-based DR site replicates VMs and data
Built-in asynchronous replication or third-party tools enable rapid recovery
⚙️ DR Orchestration Layer
DR automation tools like Perpetuuiti Continuity Patrol or Veeam Disaster Recovery Orchestrator
Simplifies failover/failback, testing, and compliance reporting through policy-based workflows
✅ Best Fit For:
Businesses want quick deployment and simplified infrastructure
IT teams prefer unified management over multiple silos
Remote or edge sites require small footprint solutions
Agility and on-demand scalability are business priorities
Disaggregated Hyperconverged Infrastructure (dHCI)
Disaggregated Hyperconverged Infrastructure (dHCI)
dHCI bridges the gap between traditional IT and HCI by offering the simplicity of hyperconvergence while allowing compute and storage to scale independently. In dHCI, compute and storage resources are disaggregated (separated physically but tightly integrated through software), enabling flexible expansion without the overprovisioning common in HCI. This model preserves high availability, centralizes management, and improves scalability efficiency—making it ideal for performance-sensitive, mixed-workload environments.
🖧 Compute Layer
Hardware: Rack-mounted servers such as HPE ProLiant DL series
Dedicated to processing workloads and running virtualization environments
Scales independently from storage to match compute demand
💾 Storage Layer
Hardware: External SAN systems like HPE Alletra or HPE MSA
Provides high-performance, shared storage with built-in redundancy and availability
Storage can be expanded separately based on capacity needs
🧩 Virtualization Layer
Software: Platforms like VMware vSphere, Red Hat Virtualization, or Veritas HyperScale
Compute servers run hypervisors to host and manage virtual machines
Seamlessly integrates with disaggregated storage via VM-aware management
🛡️ Backup & Data Protection
Hardware: Purpose-built appliances such as HPE StoreOnce
Software: Solutions like Veeam, Commvault, or Veritas NetBackup
Ensures consistent backup, replication, and granular restore for VMs and data
🌐 Network & Security Layer
Hardware: Networking gear from Aruba (access, switching, Wi-Fi)
Security: Firewalls and secure routing from Juniper Networks
Facilitates secure, high-speed data transfer and policy enforcement
📦 Disaster Recovery (DR) Site
Mirrors compute and storage setup in a secondary location
Enables VM and data replication for business continuity
⚙️ DR Orchestration Layer
Software: Tools like Perpetuuiti Continuity Patrol automate DR processes
Coordinates planned and unplanned failover/failback, testing, and reporting
✅ Best Fit For:
You need the simplicity of HCI but want to scale compute and storage independently
Performance, capacity, and agility are key, without overprovisioning
Your workloads vary widely in compute/storage requirements
You want a future-ready, efficient infrastructure with high availability built-in
Cloud PaaS
Cloud PaaS
Cloud PaaS delivers a complete platform—runtime, operating system, development tools, database, and infrastructure—fully managed by a cloud provider. Businesses can deploy and scale applications without managing underlying hardware, OS, or middleware. PaaS accelerates development, improves agility, and reduces operational overhead. Using AWS as a PaaS provider gives organizations access to a wide range of enterprise-grade tools, automation, and global scalability, ideal for digital-native and cloud-first strategies.
🧩 Application Runtime & Compute
AWS Elastic Beanstalk, App Runner, or Lambda for serverless and managed containers
VMware Cloud on AWS and Red Hat OpenShift Service on AWS (ROSA) for enterprise-grade virtualization and container platforms
Supports lift-and-shift or refactored application deployments
💾 Storage & Databases
Amazon S3, EFS, and Glacier for object, file, and archival storage
Managed databases: Amazon RDS, Aurora, and Veritas InfoScale integrations for high-availability database clustering
Enterprise backup solutions like Veeam Backup for AWS for VM and workload protection
🧑💻 Development & CI/CD Tools
AWS CodePipeline, CodeBuild, and CodeDeploy
Integration with Red Hat Ansible, Terraform, and Jenkins for IaC and automation
🛡️ Security & Identity
AWS IAM, WAF, Shield, and GuardDuty
Encryption via AWS KMS, CloudHSM, and support for 3rd-party security solutions
Microsegmentation and policy enforcement via AWS Security Hub and partner firewalls
📦 Backup, Availability & Disaster Recovery
Veeam, Veritas, and AWS Backup for centralized, policy-driven data protection
Cross-region and cross-account replication, and availability zones for redundancy
DR orchestration via Perpetuuiti Continuity Patrol, including hybrid scenarios where the primary or secondary site is on-premises
⚙️ Monitoring & Automation
Amazon CloudWatch, AWS Config, and Trusted Advisor
Automation via CloudFormation, AWS Systems Manager, OpsWorks, and Red Hat Ansible
✅ Best Fit For:
You need to develop, deploy, and scale applications quickly
You prefer fully managed environments and consumption-based pricing
Your workloads benefit from hybrid integrations with existing vendors
Your workloads benefit from automated scaling, resilience, and developer toolchains
You're running cloud-native applications, web services, APIs, or mobile backends
DR and backup strategies need to span cloud + on-premise infrastructure
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