Robotics Engineering for Telecom

No. We build the mechanical side: actuators, nests, mounts and positioning stages that sit beside or inside the enclosure your lab already runs. Your RF engineer or test lab characterises the chamber, calibrates instruments and measures and interprets results, including checking that our fixture leaves the noise floor and reflections unchanged. A fixture that turns a router to the same angle every time is good evidence of repeatability; it tells you nothing about that router's radio performance.

Not directly. Approval for your device belongs to you as OEM or importer and to the designated laboratory that tests it. Our rigs can make your own pre-approval regression runs more repeatable and better recorded, which helps your engineers find problems earlier. They produce engineering evidence, not certification results. If a rig of ours carries its own radio module, we check its approval position with you before it is used in your lab.

Often you should. Device-test robots, turntable chambers, robotic patch panels and inspection robots are all sold today, and our feasibility assessment compares them honestly with your current method. Custom work makes sense when your units, mounts or mesh nodes do not fit, when a bought platform needs a new nest, tip or adapter, or when the gap is linking existing equipment to your test runner. Sometimes a better nest is the whole answer.

Only as a short, supervised data-capture trial on a route your operations team approves, in an agreed window, under escort and change control. The carrier does not touch equipment, open doors, use lifts or join your network unless you decide otherwise. It records images, temperatures and LED states for comparison with a human round. Autonomous or unattended running in in-service halls, and work at sites declared critical infrastructure, are later, gated steps.

Not in our starting offer. Work at height and near radiating antennas depends on the operator's permits, EMF compliance, sector shutdown or exclusion procedures and qualified climbers, none of which we provide. Site batteries, rectifiers and generators also need electrical competence and isolation procedures. We discuss tower or site-power scopes only with your safety and RF teams and qualified partners; grid and generation assets belong on our Energy & Utilities page.

They stay under your control. You supply clean test devices and test SIMs carrying no subscriber data, and you handle any IMEI registration for imported units; we never alter identifiers. Unreleased hardware and firmware are covered by the NDA, kept in agreed storage and returned or wiped at the end. Rig camera images are logged for test review only, with retention set in the engagement, and nothing leaves your lab without approval.

Yes, for a defined package with a clear start and end, such as automating one regression suite or building nests for a new model range. Describe the package and your tools; we propose engineers with real availability, you interview them, and we agree deliverables and review points. They follow your lab induction, device handling and network rules, and leave behind versioned code, drawings and run records your own team can maintain.

We price a fixed-scope feasibility assessment first, then a bench prototype and integration trial as separate milestones, and dedicated engineers by the month. Cost depends on how many device models need nests, the enclosure or route constraints, integration with your test runner, review effort and documentation. We do not resell test equipment, sell certification or run a managed inspection service, and we quote no savings before your trial has measured them.