From first connection to root cause, in one platform
LatencyLabs connects to what you already run, builds a live map of it, and keeps watching so your team doesn't have to. Here's the whole lifecycle, step by step.
~1 hr
Target time to first topology view
Read-only
No write access requested from any provider
Seconds
From degraded link to AI root-cause narrative
Four steps, one continuous loop
Grant read-only access, nothing more
Cloud accounts connect via a scoped, read-only credential — cross-account IAM role, service principal, or service account. On-prem sites deploy the Collector — a small VM appliance for VMware, Hyper-V, Nutanix, or bare-metal — authenticated by mutual TLS.
- No write access requested from any provider, ever
- Collector deploys in under 5 minutes per site
- One outbound HTTPS port is the only firewall change
Built on a few firm principles
These hold regardless of which cloud, vendor, or site you connect.
Read-only by design
Every connector and Collector is scoped to read-only access. LatencyLabs never modifies production infrastructure.
One unified graph
Cloud regions, on-prem sites, circuits, firewalls, business locations, and apps all live in a single connected model.
Sub-3-second refresh
Health, latency, and firewall state stream continuously — not on a 5-minute polling cycle.
Vendor-agnostic
Works across Palo Alto, Fortinet, Cisco ASA, and native cloud firewalls (Security Groups, NSGs, GCP rules).
See it running on live sample data
The interactive demo mirrors this exact lifecycle with simulated infrastructure — click through topology, alerts, cost, and AI insights yourself.