The platform

Rack data becomes verified intelligence.

From physical perception to continuous reconciliation, RackTrack turns rack data into verified infrastructure intelligence - synced to every system your teams already use.

Principles

How a sweep becomes a record.

RackTrack unifies the physical and digital layers of your infrastructure, delivering trusted, real-time intelligence you can act on.

An engineer holding a phone up to a cabinet, capturing the rack in front of live cabling

Perceive

AI-powered computer vision captures the physical reality with precision and scale.

AI vision scan

Two colleagues cross-checking a printed infrastructure record against the same data on a tablet

Reconcile

We reconcile data from every source into one verified, living model of your infrastructure.

Data fusion · De-duplication · Continuous verification

An operations floor acting on infrastructure data shown across a wall of displays

Operationalize

Actionable intelligence delivered anywhere, empowering your teams to move faster and operate with confidence.

Mobile-first · Real-time · Workflow automation

DC1 / SYSTEM SCHEMATICRECONCILIATION DATA FLOWDWG RT-SYS-001 · REV A · NOT TO SCALESOURCESRECONCILIATIONSYSTEMS OF RECORDRACK SWEEPIMAGES · LABELS · PORTSToRNETWORK TELEMETRYCDP · LLDP · NEIGHBOURPHYSICALLOGICALRACKTRACK ENGINE3 STAGES01PERCEIVEevery device, port, label and cable read from the sweep02RECONCILEobservations validated against live switch data03COGNIZEchange, drift and dependency resolved across scansCMDBRECORD UPDATEDDCIMCAPACITY · U-SPACEAUDIT PACKEVIDENCE · DATEDWRITE-BACK · ON APPROVAL ONLYKEYREAD THIS SWEEPCONDITIONAL PATHVERIFIED / TRACEDRACKTRACK · PHYSICAL INFRASTRUCTURE INTELLIGENCESHEET 00 · SYSTEM
Fig. 2.1 - System schematic · DWG RT-SYS-001 · Rev A

3D topology

A rack you can perceive, reconcile & operationalize.

RackTrack reads rack imagery to build a continuously reconciled digital twin - switches, patch panels, servers, port activity, LED state, and cable routes - turning one cabinet sweep into verified infrastructure intelligence.

Cabinet DC1-R3
Sweep verified · 42U

Select a reading

Reading the cabinet top to bottom. Each device registers as the sweep passes it.

U42-38Patch Panel - 48 portIdentified
U37-34ToR Switch - NX-9336CVerified
U33-20Compute - 8× 2U serverIdentified
U19-06Storage arrayIdentified
U05-01Available capacity - 5UFree

What runs on every sweep.

Every intelligence surface in RackTrack is powered by one continuous workflow - perceive, cognize, connect, twin, reconcile, and secure.

Cabinet rows seen down a secured data hallPerceive

Visual Rack Intelligence

Capture rack-facing visual evidence that identifies device placement, rack-unit position, labels, visible ports, and front-panel state from a guided sweep.

A rack face being read with a handheld scanner during a guided sweepCognize

Autonomous Asset Identification

Classify switches, servers, patch panels, PDUs, controllers, and labels into structured asset records without manual transcription.

An engineer reading rack detail from a tablet in a data hallConnect

Connectivity Intelligence

Map visible port usage, cable paths, link indicators, and active or unused connections against the physical rack evidence.

A dense patch field of terminated fibre cabling seen from aboveTwin

Topology Intelligence

Connect rack position, device relationships, ports, and cabling context into a verified topology view teams can inspect and reconcile.

A cable run traced down the back of a cabinet rowReconcile

Continuous Reconciliation

Compare every new scan with CMDB, DCIM, asset, and network records so changes, drift, and missing fields stay visible.

A lit aisle between metal cabinet rowsPosture

Posture Intelligence

Surface device-level risk signals, missing evidence, firmware context, and audit gaps from the verified infrastructure record.

Next step

Start with one cabinet. See the whole stack.

We'll run a guided sweep on a single rack or row and show the reconciled output against your CMDB and network records.

Request platform brief