Platform · Observability

Vantage

The dependency map of your applications, built on low-cost sensors. See what depends on what before the change — not during the incident.

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What it solves

Dependency map

Automatic discovery of which application talks to which service, server and network segment.

Change impact

Before touching a switch or powering down a server, know exactly which applications are affected.

Faster diagnosis

During an incident, the map shows the whole chain: from the user's complaint to the component that is failing.

Vantage — flow sensor

The standard sensor: one per segment or site.

Virtual (KVM/VMware)
Physical (fanless mini-PC)
CPU
2 vCPU
4 embedded-class cores
RAM
2 GB
4 GB
Storage
20 GB (OS only, no packet retention)
32–64 GB eMMC/SSD
Networking
2 virtual interfaces (capture + management)
2× 1GbE ports (dedicated capture + management)
Power draw
<15 W, fanless
Use
One sensor per virtualized segment/site
Sites without virtualization, or dedicated hardware; rack or wall mountable

Vantage Deep — full packet capture

For critical points: full packet capture, not deployed en masse.

Virtual (KVM/VMware)
Physical (1U / mini-tower)
CPU
4 vCPU
6–8 desktop/server-class cores
RAM
4 GB
8–16 GB
Storage
Dedicated virtual disk for the ring buffer, sized by retention and bandwidth
Dedicated SSD/NVMe, sized the same way
Networking
2 virtual interfaces minimum
2× 1GbE minimum; a 10GbE variant for busier links
Use
Critical points already virtualized
Datacenter edge / key WAN links

Tool

Flow spool calculator

How fast a sensor spool grows per second of traffic, and how many hours of collector outage a given cap absorbs. Computed in your browser.

Open the calculator →

See your infrastructure the way your applications see it.

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