Product / System Overview

ArtiGuard

Rail-Guided Robotic Rack Inspection Unit

A permanently-mounted robotic carriage that operates inside a standard 19-inch EIA-310 equipment rack. ArtiGuard reaches every rack-unit position with a full imaging and sensing payload — without a technician, without downtime.

PROTOTYPESpecifications reflect current prototype design · Subject to revision before production

What It Is

ArtiGuard mounts permanently inside a standard 19-inch EIA-310 cabinet (24U–47U). Unlike floor-patrol robots or fixed external cameras, it operates inside the cabinet itself — positioning its imaging payload at any rack-unit with millimetre-level precision. An adjustable mounting bracket accommodates cabinet depths from approximately 600 mm to 1200 mm.

Motion System

01

Z-Axis (Vertical)

Rides a self-locking Tr8x8 lead screw and dual guide rail, driven by a closed-loop stepper motor. The self-locking thread holds carriage position without continuous power draw.

02

X-Axis (Horizontal / Depth)

Extends the payload to the correct equipment depth, then retracts to a parked position outside the airflow path when idle — no permanent obstruction to rack cooling.

03

Autonomous Positioning

ArtiGuard queries your DCIM or IPAM for a device's stored rack-unit position and depth, calculates the exact target coordinate, and moves there automatically. Closed-loop encoder feedback confirms arrival before capture begins.

Sensor Payload

Pan-Tilt-Zoom Camera

PTZ + LED

Integrated LED lighting for close-range video capture. Inspects equipment faces, labels, and physical condition at any U-position.

LED Status Classifier

OPTICAL

Dedicated sensor for classifying LED indicator states — power, fault, activity — on every device in the rack. Flags anomalies and maps status to your asset database.

Cable Inspection Camera

VISION + OCR

Checks cable seating and routing at each U-position. Detects unseated, unlabelled, or misrouted cables and cross-references against DCIM inventory.

Airflow Velocity Sensor

ANEMOMETER

Records airflow at every position during a scan — building a full-height airflow profile of the rack, not a single fixed reading. Identifies recirculation zones and blanking panel gaps.

Temperature Sensor

THERMAL

Captures a thermal reading at each U-position on every pass. Builds a per-U thermal map to identify hotspots before they trigger hardware throttling or failure.

Safety & Reliability

Obstruction Detection

Non-contact distance sensor halts motion immediately on obstruction detection — no physical contact required.

Independent E-Stop Circuit

The emergency-stop circuit is wired independently of the main computing module. A software fault can never prevent a safety stop.

Hard Motion Limits

Limit switches at both ends of each axis define hard mechanical boundaries — motion cannot exceed the physical travel range under any condition.

Self-Locking Drive

The Tr8x8 lead screw is self-locking: the carriage holds position without continuous motor power, eliminating drift and reducing heat generation.

Technical Specifications

Form Factor & Mounting

Rack Standard19-inch EIA-310-D
Rack Height Range24U – 47U
Cabinet Depth Range~600 mm – 1200 mm (adjustable bracket)
InstallationPermanent internal mount, tool-free bracket adjustment

Motion System

Z-Axis DriveTr8x8 self-locking lead screw + dual guide rail
Z-Axis MotorClosed-loop stepper
X-AxisMotorised depth extension, auto-retract to parked position
Position FeedbackClosed-loop encoder, confirms arrival before capture
Idle Power (Z-Axis)Zero — self-locking thread holds position without power

Safety Systems

Obstruction DetectionNon-contact distance sensor, immediate halt
Emergency StopIndependent hardware circuit, software-fault tolerant
Axis LimitsHard limit switches at both ends of each axis

Integration

Position SourceDCIM / IPAM query (rack-unit + depth)
APIREST / MQTT
DCIM PlatformsNlyte, Sunbird, Vertiv, ServiceNow, custom webhook
Data ExportJSON, CSV, SNMP trap

Ready to deploy ArtiGuard?

Contact Burnt Berge to discuss rack compatibility, integration requirements, and deployment timelines.