Offerings
Four ways to put an autonomous inspection robot to work: two training programs for the technicians who keep critical facilities running, and two verification programs for data center builds and operating sites.
01Training Courses
Sharper technicians, faster: online courses built from what our robots see in the field.
Four courses teach what to look for, how inspection methods work, when to escalate a finding and how to review an inspection report for evidence and follow up.
- Electrical Defects10 units · about 9 hours
- Thermal and Visual Identification LabsSimulator · 12 scenarios
- Fiber Inspection and Connections13 units · 3 parts
- NFPA 70B10 units · build your program
Supplemental skills training. The courses do not replace qualified inspectors or formal certification.
02Robot Supervised Learning
Hands-on fiber training on a real rack, with a robot watching every step.
The trainee does real fiber work: connecting and seating fibers, cleaning connectors, handling dust caps, finding and fixing polarity mistakes, routing and dressing, and testing links.
The robot flags mistakes as they happen and produces a clean record of how well each task was done.
What you get
- Objective view of every trainee for instructors
- A skills record showing exactly what each trainee can do
03Build Verification
Catch fiber problems during the build, not after handover.
The robot works new rows during construction, checking installed fiber against the plan: ports and labels, seated connectors, dust caps and routing.
Every finding comes back on a punch list with a photo attached, so contractors, integrators and commissioning teams close issues before go live.
04Operations Verification
Every round walked, every reading recorded, every night.
A FacilityOps inspection robot walks the route on its own, round after round, checking the same equipment your team checks today for heat, leaks, smoke, abnormal sound and vibration.
It saves photos, readings and a timestamped record of every check. Your technicians stay in charge and can take manual control at any time, while the walking and logging move to the robot.
In a live data center, the robot found a failed condenser running 7.2°F warmer than its twin, and a technician confirmed the reading by hand within 1.1°F.
FacilityOps AI is a d/b/a of RoboSkill Inc., Houston, Texas.