Multi-Site Networking

Consistent Network Infrastructure Across Every Location

Retail organizations and multi-site enterprises need network infrastructure that works the same way at every location, managed centrally, with real-time visibility and security built in from day one.

IVI delivers standardized branch architectures with centralized operations, PCI DSS-aligned segmentation, and co-managed services that scale without increasing IT complexity site by site.

Proven branch networking solutions for retail, healthcare, banking, and multi-site enterprises.

A Different Approach

Standard architecture, centralized operations, security by design

Traditional branch networking creates operational complexity that scales linearly with site count. IVI's approach standardizes the architecture once, then deploys it consistently across your entire portfolio.

The Multi-Site Challenge

Retail and multi-site organizations face dozens or hundreds of locations with operational IT dependencies, managed by central IT teams with little or no on-site presence. When networks fail, business operations stop immediately.

Point-of-sale systems, inventory, and business apps depend on network uptime
Static branch designs are expensive and slow to scale
Fragmented monitoring makes remote troubleshooting difficult
PCI DSS and compliance require documented segmentation across all sites
Truck rolls are costly and disruptive to business operations

IVI's Multi-Site Network Model

We design around three principles: operational consistency, remote manageability, and security by design. Every location runs a standard architecture with centralized policy, observability, and lifecycle governance.

Standard Site Architecture

Consistent LAN, WLAN, WAN, and segmentation design deployed across all locations.

Centralized Operations

Unified observability, incident response, and configuration management through Aegis.

Flexible WAN Options

Support for VMware VeloCloud SD-WAN or Cato Networks based on your requirements.

Implementation Process

Six-phase approach from assessment through steady-state operations.

1

Current State Assessment

Document existing branch environment, WAN contracts, segmentation state, and operational pain points.

2

Standard Architecture Design

Design the template architecture for LAN, WLAN, WAN, segmentation, and observability across all sites.

3

Pilot and Rollout

Deploy at pilot locations, validate performance, then execute phased rollout with Aegis onboarding.

Key Capabilities

Complete branch networking solution with operational support.

PCI DSS-Aligned Segmentation

Dedicated segmentation for POS systems with enforced separation and QSA-ready documentation.

Multi-Transport Connectivity

Support for broadband, DIA, MPLS, LTE/5G, and Starlink with automatic failover.

Aegis NaaS Co-Management

Complete branch network as a service including hardware, deployment, and ongoing operations.

Outcomes

  • Consistent network architecture across all locations
  • Better resilience through multi-transport connectivity and automatic failover
  • PCI DSS-aligned segmentation documented and enforced
  • Faster site deployment using standard architecture
  • Centralized visibility into every location's health
  • Fewer truck rolls through better remote diagnostics
  • Scalable branch networking without linear operational burden

Ideal Fit

  • Organizations with 10+ branch, retail, clinic, or field locations
  • Revenue-generating or mission-critical workflows dependent on site connectivity
  • Compliance obligations requiring documented segmentation
  • Inconsistent site infrastructure due to growth or acquisition
  • Organizations wanting branch infrastructure as a co-managed service
Industry Applications

Proven across retail, healthcare, banking, and hospitality environments

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Specialty Retail

Support POS, inventory, associate mobility, guest Wi-Fi, and digital signage with consistent store architecture.

Best Fit

Retailers with distributed store operations and PCI DSS requirements.

Restaurant & Hospitality

Deliver resilient connectivity for transaction systems, back-office applications, and guest services.

Best Fit

Chains requiring always-on operations across distributed locations.

Banking Branch Networks

Standardize branch connectivity and segmentation for regulated environments with minimal on-site IT.

Best Fit

Financial institutions with distributed branch operations.

Healthcare Clinic Networks

Connect clinics with consistent segmentation and centrally managed operations across care locations.

Best Fit

Healthcare organizations with ambulatory and distributed care sites.

Why IVI

Engineering depth across branch architecture and operations

Platform Neutrality

Support for both VMware VeloCloud and Cato Networks based on your requirements, not vendor bias.

VMware VeloCloud Path

High-performance SD-WAN aligned to Arista branch infrastructure with application-aware routing.

Cato Networks Path

Cloud-native converged SASE model with simplified operations and global policy enforcement.

Complete Lifecycle Support

From architecture design through day-two operations via Aegis co-managed services.

Design & Deploy

Standard architecture design, pilot validation, and phased rollout across your portfolio.

Operate & Maintain

Ongoing observability, incident response, configuration governance, and lifecycle management.

FAQs

Frequently Asked Questions

Common questions about multi-site branch networking solutions.

We have varying broadband quality across locations. Can IVI support different transport types by site?

Yes. We design branch connectivity around site reality, not a one-size-fits-all circuit model. Supported transports include broadband, DIA, retained MPLS, LTE/5G, and Starlink for remote or hard-to-serve locations. Each site gets the right transport mix based on criticality, geography, and cost requirements.

Do we have to choose between VMware VeloCloud and Cato before starting the project?

No. IVI can assess your environment and recommend the right fit based on your architecture, security model, and operational preferences. Some organizations prioritize a VMware-aligned SD-WAN architecture, while others prefer a cloud-native SASE operating model. We support both paths without vendor bias.

Can you address PCI DSS segmentation findings from a prior assessment?

Yes. We design PCI DSS-aligned segmentation as part of the standard site architecture and produce documentation that supports QSA review. This includes network scope definition, segmentation approach, and enforcement model across all retail locations.

Is this solution only for retail environments?

No. The architecture and operating model also fit banks, clinics, restaurants, hospitality groups, and other multi-site enterprises with lean central IT teams. Any organization with distributed locations and operational IT dependencies can benefit from this approach.

What happens after the initial deployment is complete?

The environment transitions into ongoing co-managed operations through Aegis, including observability via Aegis PM, incident response through Aegis IR, configuration governance via Aegis CM, and lifecycle support through Aegis LM. This ensures consistent operations without increasing your internal burden.

How do you handle rapid site expansion for growing organizations?

The standard site architecture enables fast deployment through pre-staged hardware, zero-touch or near-zero-touch onboarding, and repeatable installation processes. This allows organizations with aggressive growth plans to expand without turning every new location into a custom network project.

Can you integrate with our existing MPLS contracts during the transition?

Yes. We can design hybrid architectures that retain MPLS where needed while adding broadband, LTE/5G, and other transports for resilience and cost optimization. The transition can be phased to align with contract renewals and business priorities.

How does centralized observability reduce truck rolls?

Aegis PM provides unified telemetry from switching, Wi-Fi, WAN edge, circuits, and business applications with the context needed to identify user-impacting issues quickly. Better remote diagnostics and operational control mean fewer situations where on-site technician dispatch is required.