Fortinet Switching Solutions

Secure switching, designed with intent. Control, resilience, and clarity at the edge.

Switching is the backbone of your network. When it’s stable, nobody notices. When it’s poorly designed, everybody does.

As organisations grow, adopt zero trust principles, and increase reliance on wireless and cloud services, the access layer becomes critical to both performance and security. Fortinet’s FortiSwitch platform is particularly effective when deployed as part of a unified architecture, offering scalable Ethernet, integrated network access control, and tight alignment with FortiGate and FortiAP.

We work with organisations to ensure switching strengthens segmentation, simplifies management, and supports growth without repeated redesign.

What a Well-Designed Fortinet Switching Deployment Enables

When deployed correctly for your environment, FortiSwitch becomes more than an access layer.

Deliberate segmentation

Trust boundaries are enforced at the edge, reducing lateral movement and simplifying audit conversations.

Consistent policy enforcement

Wired and wireless access follow the same rules through FortiLink and FortiOS integration.

Improved visibility

Users and devices are identifiable and controllable, supporting zero trust principles without bolt-on complexity.

Resilient topology

Power, redundancy, stacking, and uplink design avoid hidden single points of failure.

Operational simplicity

Centralised management reduces configuration drift and troubleshooting time.
Why Positiv Technology

Deep FortiSwitch Experience

Our team designs Fortinet switching architectures across mid-market estates, campus environments, and regulated networks where resilience and clarity matter.

Topology is planned around traffic patterns and growth plans, not just port counts. Uplinks, stacking, PoE requirements, and redundancy are considered early to avoid costly rework later.

Integration is where FortiSwitch delivers real value. Through FortiLink, switching becomes an extension of the FortiGate firewall, enabling centralised policy enforcement and simplified segmentation. Network access control capabilities allow organisations to apply zero trust principles at the access layer without additional licensing overhead.

We also design with manageability in mind. Configuration standards are structured logically. Firmware strategy is aligned across the estate. Monitoring is tuned to surface meaningful issues rather than background noise.

Switching should quietly support performance and security - not demand constant intervention.

Secure Switching as Part of the Fortinet Platform

FortiSwitch integrates directly into the Fortinet Security Fabric, allowing Ethernet to operate as an extension of the security architecture.

Management options include:

Direct integration with FortiGate via FortiOS and FortiLink
Cloud management through FortiGate Cloud or FortiManager
Standalone management via FortiSwitch Manager or FortiEdge Cloud

When architected correctly, this convergence delivers:

Unified policy across wired and wireless access • Simplified provisioning with zero-touch deployment • Clear device visibility and control • Reduced operational overhead

The platform is flexible enough for campus, SD-Branch, and data centre environments. The real advantage comes from structured implementation.

Our Approach

Fortinet Expertise, Applied to Your Environment

We do not approach switching as a hardware refresh. We treat it as part of your security and connectivity strategy. That means:

  • Designing topology around performance and growth
  • Embedding segmentation at the access layer
  • Aligning switching with firewall and wireless policy
  • Planning redundancy deliberately
  • Keeping configuration maintainable over time

Our role is to ensure FortiSwitch supports resilience, visibility, and operational clarity - not just port availability.

Designed, Deployed, and Continuously Optimised

1. Architecture and topology design

Resilience, throughput, segmentation, and PoE planning aligned to operational priorities.

2. Deployment and validation

Provisioning, policy assignment, and failover behaviour tested under realistic conditions.

3. Policy and configuration discipline

Standards applied consistently across the estate to reduce drift.

4. Lifecycle and firmware management

Upgrade paths and support windows planned to avoid reactive change.

5. Ongoing optimisation

Performance, segmentation effectiveness, and device visibility reviewed as environments evolve.

Talk to Us About Fortinet Switches

Whether you are building a new network, consolidating vendors, or strengthening segmentation at the edge, we will help you design a Fortinet switching environment that delivers performance, security, and long-term operational clarity.

Speak to a Fortinet Specialist