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Layer 2 of 5, The Smarts

Network Design & Core Systems

The logic that routes, segments and secures your traffic.

Built for businesses with existing wiring that need routing, segmentation and the systems that run on the network.

Network Topology, Segmented Campus (Demo)

Interactive Demo

All five VLANs share the same physical plant. Choose one to see which devices it reaches and which it cannot.

Topology Architecture

Custom LAN and WAN design from the routing map down to the subnet plan: collapsed-core or spine-leaf where it fits, redundant uplinks, and VLAN segmentation that keeps corporate, voice, guest, IoT and server traffic apart. You receive diagrams and an IP plan your own team can maintain.

  • LAN/WAN design and routing maps
  • IPv4 subnetting and an address plan
  • VLAN and VRF segmentation
  • Redundant uplinks and failover paths

Appliance Configuration

Switches, routers and edge firewalls are provisioned from a reviewed template, hardened to vendor guidance and documented before they go live. Ongoing support covers firmware cycles, configuration backups and change control, so every change has an owner and a rollback.

  • Switch stacks, routing and QoS
  • Edge firewall policy and VPN
  • Firmware updates and config backups
  • Change control and documentation

Hybrid Linux & Windows OS Management

One team for Windows Server and the six Linux distributions enterprises standardize on. Patching is automated and staged, repositories are mirrored and signed, and baselines are hardened against CIS Benchmarks so the next vulnerability scan stays uneventful.

  • Automated, staged patch windows
  • Repository mirrors and package signing
  • CIS-aligned hardening baselines
  • Configuration drift reporting
  • Windows Server
  • Red Hat Enterprise Linux (RHEL)
  • Ubuntu Server
  • Debian
  • Rocky Linux / AlmaLinux
  • SUSE Linux Enterprise Server (SLES)
  • Oracle Linux

Server & Virtualization Builds

Physical servers and virtual hosts are specified, installed and tuned for the workload, from a two-host cluster to a GPU server for AI. Storage, networking, power and backup are sized together so the build performs on day one and is still supportable in year five.

  • Server and storage sizing
  • Hyper-V, VMware and Linux KVM virtualization
  • Clustering, replication and failover
  • GPU servers for AI and rendering

Network & Systems Automation

Repeatable work is written down as code: new switches, servers and user accounts are provisioned from reviewed templates, patch windows run on a schedule, and routine alerts start a tested runbook instead of a late-night phone call. Every change is versioned, so you can see what changed, when and why.

  • Switch, firewall and server configuration as code
  • Scheduled, staged patching with rollback
  • Automated account onboarding and offboarding
  • Alert-driven runbooks with an audit trail