Core, edge and SD-WAN. Vendor-agnostic switching, routing and traffic engineering — designed for the network you have today and the one you'll need next year.
Most network problems are design problems wearing a hardware costume. We start with the topology and traffic patterns, and let those drive vendor selection — not the other way around.
End-to-end coverage across the network infrastructure discipline. Pick any subset; we'll build a scope around it.
BGP, OSPF, IS-IS, MPLS — full-mesh peering and traffic engineering.
Spine-leaf, EVPN-VXLAN, automated provisioning.
Transport-agnostic overlays, application-aware routing, zero-touch deploy.
L4 and L7, GSLB, SSL offload, WAF integration.
DNS, DHCP, IPAM consolidated and monitored.
Telemetry-driven capacity, intent-based policies.
The same engineers stay through every phase. No throw-it-over-the-wall handoffs between scoping and operations.
Existing network audit, traffic capture, dependency mapping.
Logical and physical topology, addressing, segmentation, automation.
Stage in lab, validate, then phased cutover with rollback.
IaC for config, push-button provisioning, drift detection.
Telemetry-based monitoring, AIOps for anomaly detection.
Defaults we plan to. Every engagement has its own targets — these are the floor, not the ceiling.
| Routing | BGP · OSPF · IS-IS · MPLS · SR |
|---|---|
| Switching | L2/L3 · EVPN · VXLAN · spine-leaf |
| Throughput | Up to 400G per port at the edge |
| Automation | Ansible · Terraform · NetBox source-of-truth |
| Telemetry | gNMI · SNMPv3 · sFlow · streaming |
| Vendors | Cisco · Juniper · Arista · Nokia · whitebox |