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AXORA

Tomorrow’s Innovation, Today.

Software-Defined Infrastructure

Software-defined is not a single product. It is the control model for modern infrastructure.

Axora designs software-defined infrastructure across SDN, SDS, SDDC, SD-WAN, automation, policy control, cloud connectivity, and central monitoring to make infrastructure more agile, visible, and scalable.

Problem Manual configuration, limited visibility, slow scaling, hardware-tied storage, and complex branch connectivity.
Solution Central controllers, policy engines, SDN fabrics, SDS pools, SDDC operations, and SD-WAN connectivity.
Outcome Faster operations, better control, automated provisioning, improved visibility, and infrastructure ready for hybrid cloud.
Software-Defined Control Topology Reference architecture for SDN, SDS, SDDC, SD-WAN, automation, and centralized policy control.
Control View
Access Users / Branches Enterprise users, remote branches, campuses, and distributed sites.
Edge SD-WAN Edge Branch connectivity, traffic steering, VPN, internet links, and app path control.
Cloud Cloud / SaaS Cloud applications, SaaS platforms, hosted workloads, and hybrid services.
Controller Central Controller Centralized management, orchestration, templates, policies, and configuration control.
Policy Policy Engine Business intent, access policies, segmentation rules, and routing behavior.
SDN Network Fabric Software-defined networking, segmentation, fabric control, and automation.
SDS Storage Pool Storage virtualization, pooling, replication, provisioning, and capacity policies.
SDDC Data Center Control Compute, network, storage, security, virtualization, and private cloud operations.
Automation Orchestration Automated provisioning, templates, workflows, and infrastructure lifecycle.
Analytics Monitoring Dashboards, telemetry, health, utilization, alerts, and operational insights.
Real Software-Defined Problems

Common infrastructure control challenges Axora designs against

A software-defined strategy starts by identifying where infrastructure is slow, manual, difficult to scale, or hard to control.

Problem

Manual network configuration

Switches, routers, firewall routes, VLANs, and branch policies are configured device by device.

Impact

Slow changes and higher error risk

Configuration drift, inconsistent policies, and troubleshooting delays become common.

Solution

SDN + controller-based policy

Centralize control, automate templates, and apply consistent network policies from one platform.

Problem

Storage tied tightly to hardware

Storage capacity and features depend heavily on specific hardware arrays and manual provisioning.

Impact

Scaling becomes slow and costly

Capacity planning, replication, provisioning, and optimization become difficult to standardize.

Solution

SDS pooling and policy control

Use storage pools, policy-based provisioning, replication logic, and software-managed capacity.

Problem

Data center operations are fragmented

Compute, network, storage, security, and backup are managed as separate operational islands.

Impact

Provisioning takes too long

New workloads require multiple teams, manual steps, separate tickets, and delayed delivery.

Solution

SDDC and automation workflows

Unify compute, storage, network, security, monitoring, and automation into a controlled model.

Problem

Branch and cloud traffic is hard to optimize

Branches may depend on unstable links, complex routing, manual VPNs, or poor SaaS performance.

Impact

Poor application experience

Users experience latency, downtime, and inconsistent access to cloud and business services.

Solution

SD-WAN traffic steering

Use link selection, application-aware routing, centralized policy, and secure branch connectivity.

Software-Defined Pillars

Infrastructure control delivered in software-defined layers

Axora approaches software-defined infrastructure as a complete control model that includes SDN, SDS, SDDC, SD-WAN, automation, monitoring, and policy-based operations.

Designed around real issues such as manual changes, fragmented infrastructure, branch complexity, storage growth, and limited visibility.
Suitable for enterprise, data centers, multi-branch environments, hybrid cloud, campus networks, and private cloud readiness.
Control Centralized policy and automation

Infrastructure behavior is defined through controllers, policies, templates, and orchestration.

Architecture SDN, SDS, SDDC and SD-WAN

Networking, storage, data center, and branch connectivity become software-managed layers.

Outcome Agile, scalable operations

Faster provisioning, better visibility, consistent policies, and infrastructure ready for hybrid growth.

SDN

Software-Defined Networking

Centralized network control, policy-based segmentation, controller-driven configuration, and automated fabric operations.

ControllerFabricPolicy
SDS

Software-Defined Storage

Storage pooling, policy-based provisioning, replication, storage virtualization, and capacity optimization.

PoolingReplicationCapacity
SDDC

Software-Defined Data Center

Virtualized compute, software-defined networking, SDS, security policies, automation, and private cloud readiness.

ComputeStoragePrivate Cloud
SD-WAN

Software-Defined WAN

Branch connectivity, application-aware routing, link optimization, VPN automation, and cloud access control.

BranchesSaaSTraffic Steering
Auto

Automation & Orchestration

Templates, workflow automation, provisioning, lifecycle operations, configuration consistency, and policy enforcement.

TemplatesWorkflowProvisioning
Analytics

Monitoring & Analytics

Telemetry, dashboards, health monitoring, usage analytics, traffic insight, SLA reporting, and operational visibility.

TelemetryDashboardsSLA
Example Architecture Scenario

Enterprise / Multi-Branch / Software-Defined Data Center

A practical software-defined architecture connects branch users, data center services, cloud applications, storage pools, security policies, and automation through centralized control.

SD-WAN edge devices connect branches using internet, MPLS, VPN, and cloud-optimized paths.
SDN controller manages segmentation, network fabric, policy templates, and centralized configuration.
SDS pools storage capacity and applies replication, provisioning, and growth policies.
SDDC combines compute, network, storage, security, and automation for private cloud readiness.
Automation workflows reduce manual tasks and improve consistency across infrastructure layers.
Monitoring and analytics provide visibility into performance, utilization, health, and alerts.

Access & WAN

Branches Remote offices, campus sites, edge devices, users, and business access.
SD-WAN Edge Traffic steering, branch VPN, link optimization, and SaaS path selection.
Cloud / SaaS Cloud applications, hosted systems, remote services, and internet-based workloads.

Control Plane

Controller Centralized management, templates, policy push, and configuration orchestration.
Policy Engine Intent-based policies, segmentation, access rules, and traffic behavior.
Automation Provisioning workflows, lifecycle control, and configuration consistency.

Data Center Plane

SDN Fabric Network virtualization, segmentation, fabric control, and east-west traffic policy.
SDS Pool Storage virtualization, replication, performance policy, and capacity pooling.
SDDC Software-defined compute, network, storage, security, and private cloud operations.
Vendor Mapping

Map technologies to the right software-defined layer

Axora maps vendors and platforms according to the control layer they support: SDN, SDS, SDDC, SD-WAN, security, cloud, and automation.

Software-Defined Layer
Example Technologies
Purpose
SDN / Campus & Data Center Fabric Controller-based networking, segmentation, automation, and centralized policies.
Huawei Cisco VMware NSX SDN Controller
Control network behavior centrally and reduce manual device-by-device configuration.
SDS / Storage Virtualization Storage pools, policy-based provisioning, replication, capacity optimization, and HCI storage.
VMware vSAN Microsoft Storage Spaces HCI Storage Pools
Make storage more flexible, policy-driven, scalable, and less dependent on manual provisioning.
SDDC / Private Cloud Compute, network, storage, security, and automation inside a software-controlled data center.
VMware Microsoft Hyper-V Private Cloud
Enable a controlled data center operating model with faster provisioning and centralized operations.
SD-WAN & Security Edge Branch connectivity, path selection, cloud access, VPN automation, and application steering.
Fortinet Cisco Huawei Palo Alto
Improve branch experience, application routing, cloud access, and secure WAN operations.
Automation & Monitoring Templates, orchestration, dashboards, telemetry, analytics, and SLA reporting.
iMaster NCE PRTG Zabbix Automation Tools
Improve operational visibility, reduce manual tasks, and support proactive infrastructure management.
Implementation Roadmap

Software-defined delivery as a connected control flow

Axora turns infrastructure requirements into a software-defined control model through assessment, policy definition, architecture design, controller deployment, integration, and automation.

Policy Driven Automation Ready
Phase 01

Assess

Review network, storage, data center, branches, cloud access, operations, and automation readiness.

Current State Readiness
Phase 02

Define Policies

Define segmentation, access, storage, branch traffic, cloud connectivity, and operational policies.

Policy Intent
Phase 03

Design Architecture

Create the SDN, SDS, SDDC, SD-WAN, controller, monitoring, and automation architecture.

SDN SDS SDDC
Axora SDI Engine

Policies → Controllers → Automation

Each phase converts infrastructure requirements into a controlled, automated, and visible operating model.

Phase 04

Deploy Controllers

Deploy controllers, edge devices, management platforms, automation tools, and monitoring layers.

Controllers Platforms
Phase 05

Integrate

Integrate network, storage, compute, security, branches, cloud, monitoring, and operational workflows.

Integration Validation
Phase 06

Optimize

Automate workflows, tune policies, improve visibility, review performance, and support expansion.

Automation Optimization
Input Current infrastructure, branch model, data center operations, storage usage, policy needs, and cloud access.
Architecture Output SDN design, SDS model, SDDC architecture, SD-WAN policy, automation plan, and vendor mapping.
Operational Output Controlled infrastructure, centralized visibility, automated workflows, documentation, and optimization roadmap.

Need to modernize infrastructure with software-defined control?

Axora can assess your current network, storage, data center, branch connectivity, and operations, then design a software-defined model based on SDN, SDS, SDDC, SD-WAN, automation, and monitoring.