Capabilities

NetArchitect AI works alongside enterprise teams from initial solution design through implementation and operational support — ensuring seamless adoption of Cisco-based network environments.

AI Tools Capability

Acts as a Senior Network Architect

NetArchitect AI engages with the depth and judgement of a senior Cisco architect — leading discovery, producing CVD-aligned designs, authoring operator-ready configs and MOPs, and guiding migration and day-2 operations.

Advanced Tools

Capabilities competitors charge per-device for — included in every workspace.

AI Config Generator

Intent → IOS-XE / NX-OS, auto-linted.

Capacity & Cost Simulator

Bandwidth, power, cooling, $.

Compliance Auditor

PCI / HIPAA / NIST / CIS.

Blast Radius Analyzer

Failure-impact graph analysis.

Key Capabilities

Core competencies the platform brings to every engagement.

Cloud Data Center Design

Expertise designing and deploying cloud-based data center solutions across hybrid and multi-cloud environments.

DC Network Architecture

Strong experience with data center network architecture and infrastructure design — spine-leaf, EVPN/VXLAN, ACI.

Advanced Network Protocols

Deep mastery of routing, switching, and overlay protocols: BGP, OSPF, IS-IS, EVPN, VXLAN, MPLS, multicast, QoS.

Linux Systems Expertise

Expert knowledge of Linux operating systems for network automation, telemetry, and infrastructure tooling.

Cross-Team Collaboration

Ability to collaborate across teams — from engineering and SRE to executive stakeholders.

Customer Training & Enablement

Experience delivering technical and operational training to customers on Cisco platforms and operations.

Python Automation

Python programming for network automation, telemetry pipelines, and AI-assisted tooling.

Project Delivery

Project management discipline ensuring on-time, on-budget delivery of complex network programs.

Engagement Lifecycle

What we deliver across discovery, design, deployment and operations.

Discovery & Requirements

  • Analyze customer environments and gather technical requirements
  • Capacity, performance and growth modeling
  • Compliance & security baselining (PCI-DSS, HIPAA, SOC 2)
  • Stakeholder alignment and design intent capture

Design Engineering

  • High-Level Design (HLD) for data-center, campus and SD-WAN
  • Low-Level Design (LLD) with addressing, protocols, and configs
  • Cisco Nexus 9000 / ACI fabric design (VXLAN-EVPN)
  • Catalyst SD-Access and Cisco SD-WAN architectures
  • Bill of Materials, Quantities and Basis of Design

Implementation & Migration

  • Method of Procedure (MOP) authoring for production cutovers
  • Traffic-flow modeling and risk assessment
  • Backout plans and rollback procedures
  • Test plan execution: L1 through application validation

Operate & Enable

  • Operational runbooks and incident playbooks
  • Knowledge transfer and customer training
  • Day-2 monitoring, alerting and escalation design
  • Ongoing professional services and support