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Network & Enterprise IT

Cloud-driven enterprise networking, delivered with Extreme Networks: AI, networking, and security in one platform that strips out complexity, inefficiency, and silos. Campus, edge, IoT, and data-center networks under a single secure fabric — designed, deployed, and operated by Solent.

  • One platform: AI + networking + security
  • Campus · Edge · IoT · Data center
  • Fabric & SD-WAN
  • Design → deploy → operate
Data-center switch racks with glowing fiber traces converging into campus, edge, data-center, and IoT domains

Why one network fabric

  • Radically simpler

    One fabric replaces stacked, siloed network layers: fewer boxes, fewer consoles, fewer failure points.

  • Self-learning by design

    Embedded, pervasive AI watches the network and tunes it before users notice anything.

  • Uptime as the default

    Architectures designed for continuous operation, from hospital cores to 24/7 logistics.

Extreme Networks switch and access point with a live network-health dashboard floating above them

Extreme Networks — Cloud-Driven Enterprise Network Platform

AI, networking, and security — one platform instead of three battlegrounds.

An enterprise network solution that unites AI, networking, and security on a single platform, cutting the complexity, inefficiency, and silos that legacy stacks accumulate. Behind it stands a global vendor active in 80 countries with more than 11,000 patents; the portfolio spans Fabric architecture and SD-WAN, and manages campus, edge, IoT, and data-center networks under one secure fabric.

  • Cloud-driven networking and SD-WAN
  • Embedded, pervasive, self-learning AI architecture
  • 5,000+ delivered Fabric projects; 9.54 customer-satisfaction score
  • Campus, edge, IoT, and data-center networks managed under a single secure fabric

Enterprise Network Transformation References

Network simplification and operational continuity, proven across sectors from healthcare to logistics.

210 → 36Devices after network consolidation

Devices after network consolidation

0 outagesUnplanned outages in 24/7 supply-chain operations

Unplanned outages in 24/7 supply-chain operations

80%Support requests across 20+ medical offices

Support requests across 20+ medical offices

11 yrsUninterrupted hospital core-network operation

Uninterrupted hospital core-network operation

  • Enterprise campus

    The network shrank from 210 devices to 36 without losing a single capability.

  • Logistics / supply chain

    Intensive 24/7 operations with zero unplanned outages.

  • Healthcare network

    Support requests down 80% across more than 20 medical offices.

  • Hospital core

    11 years of uninterrupted core-network operation on the same architecture.

Designed, deployed, and operated by Solent

A platform is only as good as its rollout. Solent takes the fabric from slideware to a running network — design → deploy → operate — using the same discovery → needs analysis → field pilot methodology applied across every Solent solution. Integrated with private 5G and the field mesh, the fabric becomes the secure backbone for autonomous systems, IoT, and OT networks.

  1. Discovery

    Map the estate: topology, traffic, dependencies, and the pain points users actually feel.

  2. Needs analysis

    Target architecture, migration path, and a risk plan that keeps production traffic safe.

  3. Field pilot

    Prove the fabric on a live segment, measure it, then scale to full rollout.

  • End-to-end design → deploy → operate responsibility — one accountable partner
  • Integration with private 5G networks and the field mesh
  • A secure backbone for autonomous systems, IoT, and OT networks

Who it serves

  • Enterprise CIOs & CTOs
  • Hospital IT directors
  • Logistics & supply-chain IT operations
  • Campus & facility network owners

Delivered in partnership with Extreme Networks

Boardroom table with a site analysis app open on a tablet, blueprints, and a city skyline at dusk

Make uptime boring again.

Tell us what your network looks like today — we come back with a simplification map, a target fabric architecture, and a field pilot you can judge us on.