See What NetPilot Can Do

Describe any network in plain English. NetPilot's AI designs the topology, generates vendor-specific configs, deploys to real devices, and validates everything — in minutes.

Multi-vendor support
Real device CLIs
Minutes, not weeks
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See It in Action

Watch NetPilot build a complete multi-vendor network lab from a single conversation.

How It Works

Five steps from description to validated network — all driven by AI.

Step 1

Describe any topology in plain English

Tell NetPilot what you need — OSPF multi-area, MPLS L3VPN, BGP peering, VXLAN EVPN, leaf-spine fabric, or any combination. The AI designs the full topology including IP addressing, interface mapping, and protocol relationships. No diagrams or templates required.

NetPilot AI designing a network topology with 14 nodes from a chat conversation
NetPilot auto-generated OSPF multi-area configuration for Cisco IOS devices
Step 2

Auto-generates vendor-specific configs

The AI produces production-grade startup configurations for every device — Cisco IOL, Juniper cRPD, Arista cEOS, Palo Alto PAN-OS, Fortinet FortiGate, and Nokia SR Linux. Each config uses the correct vendor syntax, interface naming, and protocol semantics. No manual editing needed.

Step 3

Deploys to real devices with real CLIs

Not a simulation. NetPilot deploys actual network OS instances to isolated cloud VMs. SSH into any device and run show commands, configure interfaces, debug protocols — exactly like production gear. Click any node in the topology to open a terminal.

NetPilot App - AI-powered network lab showing MPLS L3VPN configuration with live topology visualization
SSH: PE1 (1.1.1.1)
# Click any device to SSH
PE1# show mpls ldp neighbor
Peer LDP Ident: 3.3.3.3:0
TCP connection: 3.3.3.3:646
State: Oper
PE1# show ip route vrf CUSTOMER_A
B 192.168.2.0/30 [200/0] via 2.2.2.2
C 192.168.1.0/30 directly connected
PE1# _
NetPilot verification results showing all-green checks for OSPF, MPLS LDP, iBGP, and end-to-end routing
Step 4

Validates connectivity autonomously

After deployment, the AI checks routing tables, protocol adjacencies, end-to-end reachability, and VPN paths — without you typing a single command. If something fails, it diagnoses the issue and offers fixes.

Step 5

Generates traffic to test performance

Validate throughput, latency, and failover behavior using built-in iperf3 traffic generation. Test across MPLS paths, VPN tunnels, and redundant links before anything touches production.

NetPilot iperf3 TCP throughput test across MPLS L3VPN network

More Built-In Capabilities

Beyond the core workflow — everything else NetPilot brings to your lab environment.

Digital Twin Import

Import your production network configurations to create an exact virtual replica. Test changes in a sandbox that mirrors your live environment.

Bring Your Own Images

Upload your own vendor device images for specialized requirements. The AI configures them within your topologies just like built-in images.

Template Library

Save any lab as a reusable template. Duplicate and modify to create variations — perfect for training curricula or repeatable demo environments.

Multi-Vendor Native

The AI understands each vendor's CLI syntax, interface naming, and protocol semantics natively. No vendor-specific expertise required from your team.

Isolated Cloud Environments

Every lab runs in a dedicated cloud VM. No shared infrastructure, no conflicts between labs. Test sensitive scenarios without exposing production.

Packet Tracer Export

Export complete topologies as .pkt files for Cisco Packet Tracer. Perfect for students and instructors who need standardized formats for coursework and assignments.

Works With Any Vendor

NetPilot is built on Containerlab. If a device image runs in a container, NetPilot can deploy and configure it.

Cisco IOLJuniper cRPDArista cEOSPalo Alto PAN-OSFortinet FortiGateNokia SR LinuxFRRLinux+ more on request

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