Networks engineered for scale, security, and AS-path sanity
Multi-site, multi-cloud, multi-vendor network architecture — from spine-and-leaf data center fabrics to SD-WAN/SASE overlays, BGP route policy, and zero-trust segmentation. Designed by senior engineers who've held the CCIE / JNCIE / Arista ACE-A pen, codified in IaC, and delivered with the runbooks your NOC will actually use.
Vendor-neutral, multi-platform
Cisco, Arista, Juniper, Palo Alto, Fortinet, Aruba, Meraki, VMware NSX — designed for the gear you have or are buying, not the gear we resell. Because we don't resell anything.
IaC from day one
Every device configured via Ansible, Terraform, or Nornir — committed to your Git, validated in CI, deployed via change windows. No ClickOps. No tribal knowledge. No "the config died with the last engineer."
Senior engineers, fixed fee
Engagements led by CCIE / JNCIE / Arista ACE-A architects with 15+ years operating production networks. Fixed-fee delivery, ~20% below mid-market consulting medians.
Routing, switching, SD-WAN, SASE — engineered end-to-end
Greenfield campus, brownfield data center, multi-region SD-WAN overlay, zero-trust segmentation — the network architecture practice covers every layer from physical cabling decisions to BGP route policy and SASE traffic-steering. Senior engineers, vendor-neutral, fully documented, codified in IaC.
Data center fabric design
Spine-and-leaf VXLAN/EVPN fabrics on Arista, Cisco Nexus, or Juniper QFX. MP-BGP EVPN control plane, anycast gateway, multi-tenant VRFs, host-route announcement, and east-west traffic optimization for modern workloads.
WAN, SD-WAN & SASE
SD-WAN overlay design (Versa, Fortinet, Cisco Viptela, Cato, Palo Alto Prisma) with application-aware steering, SLA-based failover, and SASE integration. eBGP peering with carriers, AS-path policy, BGP communities, and full route-policy templates.
Zero-trust segmentation
Microsegmentation via VMware NSX, Cisco ACI, or Illumio. Identity-based policy with Cisco ISE / Aruba ClearPass, 802.1X, MAB, dynamic VLANs, and east-west firewall enforcement. Designed against NIST SP 800-207 zero-trust architecture.
Observability & assurance
NetFlow / sFlow / IPFIX collection, streaming telemetry (gNMI / OpenConfig), syslog correlation, BGP looking-glass, and synthetic probes. Pre/post-change validation gates and continuous SLA assurance via tools like ThousandEyes or Kentik.
How does it work?
Engagement starts with a 2–4 week network discovery: device inventory via SNMP / SSH, configuration extraction (Cisco IOS-XE, Arista EOS, Juniper Junos), routing table analysis, traffic baseline (NetFlow / sFlow), application dependency mapping, and security posture review. The deliverable is a current-state network diagram (logical and physical), a target architecture proposal, an IaC migration plan, and a cutover wave plan.
From there, design proceeds in iterations: low-level design (LLD) review, lab validation, IaC implementation (Ansible / Nornir / Terraform), pre-deployment ATP (Acceptance Test Procedure), staged cutover with rollback windows, and post-cutover assurance. Every config change is committed to Git, validated in CI, and gated by automated pre/post-checks. We don't deploy to production from a CLI; we deploy from a pipeline.
Four layers, designed together — never in isolation
Every modern network breaks into four design domains. Get them right together and the network becomes invisible. Get any one wrong and you spend the next decade firefighting.
Underlay & physical
No matter how you reach out—phone, live chat, or email—our experts respond instantly. Prefer to talk? Call our toll-free line at 1-800-325-1874 for answers on the spot.
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