🧩 Intent-Driven · Multi-Vendor · Browser-Native

From network intent to
production-ready design
in minutes

Define your requirements. Get hardware recommendations, HLD/LLD topology diagrams, production configs for Cisco, Arista, Juniper & NVIDIA, and a safe staged deployment pipeline — entirely in your browser.

40+Hardware SKUs
5OS Platforms
6Use Cases
100%Browser-Native
🧩

Intent Model

Express requirements as a structured intent object. Every topology, config, and deployment derives from it — deterministic and auditable.

🏆

AI Product Scoring

40+ hardware SKUs scored across 13 signals — use case, latency SLA, budget, vendor preference, compliance, and GPU/RoCEv2 requirements.

📐

Auto Topology + Config

Animated HLD SVG + LLD tables generated instantly. Production-ready configs for IOS-XE, NX-OS, EOS, Junos, and SONiC per device.

🛡️

Safe Deployment Pipeline

Pre-checks → backup → dry-run → staged push → post-validation. Rollback on failure. Device-level status tracking in real time.

🧪

Network Simulation

Simulate device failures, visualise failover paths, reachability matrix, and control-plane route propagation — before you deploy.

📤

Export & Report

Export topology SVG, all configs as a bundle, LLD CSV, and a self-contained HTML design report — ready to share with your team.

Supported use cases
🏢 Campus / Enterprise LAN 🗄️ Data Center Leaf-Spine ⚡ AI / GPU Cluster 🌍 WAN / SD-WAN 🔗 Hybrid (Campus + DC) 🗺️ Multi-Site DCI
Step 1 of 6

What are you building?

Select your primary network use case. This shapes every product recommendation, topology, and configuration generated throughout the design.

🏢

Campus / Enterprise LAN

Multi-floor or multi-building campus network with wired and wireless access, distribution, and core layers.

Access Distribution Core Wi-Fi
🗄️

Data Center Fabric

Modern leaf-spine CLOS fabric for east-west traffic, VXLAN/EVPN overlay, and high-density server connectivity.

Spine Leaf VXLAN EVPN

AI / GPU Cluster

Ultra-low latency GPU interconnect with RoCEv2, lossless fabric, InfiniBand, and dedicated storage network.

TOR RoCEv2 PFC 400G
🔗

Hybrid (Campus + DC)

Full-stack design combining campus access and a co-located or on-prem data center under a unified fabric.

Campus DC DCI BGP
🌍

WAN / SD-WAN

Multi-site WAN with SD-WAN overlay, MPLS underlay, direct internet breakout, and ZTP-provisioned CPE.

SD-WAN MPLS ZTP VRF
🗺️

Multi-Site DC / DCI

Geographically distributed data centers with active-active or active-passive DCI, VXLAN/EVPN stretch, and WAN failover.

DCI Active-Active EVPN OTV
☁️

Enterprise / GPU → Multicloud

Connect enterprise DCs and GPU clusters to AWS, Azure, and GCP via Direct Connect, ExpressRoute, and Cloud Interconnect. BGP-routed, inspection-enforced, IaC-automated.

AWS DX Azure ER GCP IC Terraform Ansible
🏛️

Organization Details

Helps calibrate scale, redundancy, and compliance requirements

🏷️

Preferred Vendors (optional)

Products from selected vendors score higher. Leave blank for best-fit across all vendors.

Cisco
Fortinet
HPE Aruba
Arista
Juniper
Extreme
Dell EMC
NVIDIA
🏭

Industry Vertical

Activates vertical-specific compliance and default security posture

💰Financial
🏥Healthcare
🎓Education
💻Technology
🏗️Manufacturing
🛒Retail
🏛️Government
📡Media / Telecom
Energy / Utilities
🔧Other
Step 2 of 6

Network Requirements

Define scale, topology, protocols, security, and application flows. The more detail you provide, the more accurate the generated design.

📐

Topology & Scale

Physical and logical sizing parameters

3:1
1:1 = non-blocking; 3:1 typical DC; 8:1 typical campus access
🔀

Routing & Overlay Protocols

Select all that apply to your environment

BGP
OSPF
IS-IS
EIGRP
Static
VXLAN / EVPN
MPLS / SR
GRE
IPsec
GENEVE
None
Additional routing features
IPv6 Dual-Stack
Multicast (PIM-SM)
QoS / DSCP
BFD Fast Failover
Route Reflectors
Policy Routing (PBR)
VRF / Tenant separation
Anycast Gateway
ECMP Load Balancing
FlowSpec / BGP-FS
🔒

Security Requirements

Firewall placement, access control, and compliance

PCI-DSS
HIPAA
SOC 2
FedRAMP
ISO 27001
NIST CSF
None
802.1X (wired)
802.1X (wireless)
MAB fallback
DDoS mitigation
Port security
DHCP snooping
Dynamic ARP inspection
📊

Application Flows & Services

Tell us what applications traverse this network

Web / HTTP(S)
Database (SQL/NoSQL)
Object Storage (S3 / Ceph)
Block Storage (iSCSI / NVMe-oF)
Fibre Channel (FC/FCoE)
Video streaming
Voice / UC
AI / ML training
HPC / MPI
Kubernetes / containers
SD-WAN overlay
InfiniBand (IB)
RoCEv2 (Ethernet)
Priority Flow Control (PFC)
ECN / DCQCN
Rail-optimized topology
NVLink / NVSwitch
Step 3 of 6

Product Selection

AI-driven hardware recommendations based on your requirements. Select one product per layer — this drives your BOM, topology diagram, and configurations.

Generating recommendations…

Matching your requirements to hardware SKUs

Step 4 of 6

Network Design

Auto-generated High Level Design and Low Level Design based on your requirements and selected products.

Network Topology — High Level Design

Navigate here from Step 3 to generate the diagram.
📋

Detailed IP Address Assignments

Point-to-point links, loopbacks, and gateway addresses per device

DeviceLayerInterfaceIP AddressSubnetPurpose
🏷

VLAN Design

VLAN IDs, names, subnets, and purpose for all segments

VLAN IDNameSubnetGatewayDHCP ScopePurposeLayer
📡

Routing Protocol Design Summary

Underlay IGP, overlay, and control-plane protocol parameters — adapts to your protocol selections in Step 2

ProtocolScope / RoleParameters & Design NotesTimersNetworks Advertised
🔀

BGP Autonomous System & Peering Design

ASN assignments, eBGP/iBGP roles, and address families — including EVPN for overlay

Device / RoleLayerASNBGP RolePeersAddress Families
🔌

Physical Interface Assignments

Port-to-port connections, LAG/port-channel IDs, and cable types

Device AInterface ADevice BInterface BLAG / POSpeedCablePurpose
📚

Vendor Reference Architectures

Official design guides from Cisco, Arista, Juniper, HPE Aruba, and Fortinet — filtered for your use case and preferred vendors. Click any card to open the full design document.

Generate the design first (click “Build Design” from Step 3) to load reference documents.
Generate products & topology (Step 3 → Build Design) to see the design summary.
Generate the design first (Step 3 → Build Design) to enable simulation.
Step 5 of 6

Configuration Generator

Production-ready device configurations auto-generated from your design. Select a device from the list, review each section, copy or download.

Devices 0
📄 Select a device
← Select a device from the list to view its configuration
Export & Commit
Step 6 of 6

Deploy & Validate

Run pre-deployment checks, push configurations to devices, then verify network health with automated post-checks.

🧩 Intent Object 0 fields

      
🚦 Deployment Gate
⏳ AWAITING SIGNALS
Simulation
PENDING
Pre-checks
PENDING
Policy
PENDING
45%
Pending
Deployment Confidence Score
🔍
Pre-Deployment Checks
Verify connectivity, baseline state, and config syntax
Pending
💾
Backup Running Configs
Archive current device configurations before changes
Pending
📡
Push Configurations
Deploy generated configs via NETCONF / SSH / RESTCONF
Pending
🔁
Commit & Rollback Guard
Confirm-commit with 5-min rollback window
Pending
Post-Deployment Checks
Validate BGP peers, interfaces, routes, and reachability
Pending
NetDesign AI — Deployment Console
NetDesign AI Deployment Engine v1.0 — Ready
Run Pre-Checks to begin the deployment workflow...
🛡️ Policy Engine — Best Practice Checks
Policy evaluation pending
Navigate to step 6 to evaluate your design against best-practice rules
📊 Deployment Observability
Devices
Checks Run
Log Events
Errors
Total Time
⏱ Pipeline Timeline
Pipeline timeline will appear here once the deployment runs.
📋 Event Log
Events will be logged here as the pipeline runs.
🔔 Live Alerts
No active alerts. Requires ENABLE_TELEMETRY=true on the backend.
🔬 Root Cause Analysis
🚀 Zero Touch Provisioning (ZTP) POAP · EOS-ZTP · PnP · Junos-ZTP
0 Total
0% provisioned
📋 Device Onboarding Board
Serial Hostname Platform Role Mgmt IP Config Mode State Provisioned Actions
No devices registered. Add below or import CSV.
➕ Register Devices for ZTP
Serial *Hostname *PlatformRole Mgmt IP *GatewayLoopbackBGP ASN Bake Policies
⚙️ Config Policy Options

These policy blocks will be appended to every generated config. Disable any you want to manage manually.

When enabled, each device's ZTP bootstrap config will include the full production config (all selected policies above) — single-touch provisioning, no separate Netmiko push needed.

🛠️ Troubleshooting Engine

Analyze and troubleshoot existing networks independent of any design. Discover topology via CDP/LLDP, poll SNMP events, and run guided diagnostic playbooks.

0Devices
0Links
0Issues
0SNMP Events
🔍 Network Discovery
Seed Hosts / IP Ranges
SNMP
SSH / CLI
Discovery will query reachable devices via SNMP sysDescr + CDP/LLDP MIBs. Requires backend connectivity.
📋 Paste CDP / LLDP Neighbors
Paste CDP/LLDP neighbor output — supports multiple formats: Cisco show cdp neighbors detail · Cisco/Arista show lldp neighbors detail · Juniper show lldp neighbors
Parsed Topology Preview
Paste neighbor output and click "Build Topology"
🗺️ Discovered Topology
No topology discovered yet. Use Discovery or paste CDP/LLDP output above.
📡 SNMP Event Monitor
Stopped
Poll Target(s) (one per line)
Poll Interval
OIDs to monitor
SNMP event log will appear here
🔬 Diagnostic Playbooks
🔬 AI Root Cause Analysis
Quick symptoms — click to populate:
⏱ BGP Convergence Predictor
Click Calculate to estimate BGP convergence time from your design.
🔎 BGP Policy Validator
Click Validate to check generated BGP configs for common mistakes.
📦 NetBox Sync

Downloads a Python script that syncs your BOM + topology to NetBox via pynetbox. Edit NETBOX_URL and NETBOX_TOKEN before running.