Built for factory floors and smart facilities

Smart Robotics Integration

One app for the robots you already run: live status, diagnostics, scheduled tasks and fault alerts, across every cell and every site.

  • Fleet monitoring
  • Vendor-agnostic
  • For maintenance teams

What the app does

Remote monitoring of connected robots

Every connected arm, AGV and cell reports in on one screen: running, idle, blocked, stopped. Drill into a single device without leaving the floor view.

Real-time status and diagnostics

Cycle times, axis loads, temperatures, error codes and the last state change, read live from the controller rather than from a nightly export.

Automation task scheduling

Queue jobs, set windows, pause a line for a changeover and release it again. Schedules are versioned, so you can see who changed what and roll it back.

Fleet and device management

Group devices by cell, line, hall or site. Track firmware, drivers and configuration per unit, and push a change to a group instead of one controller at a time.

Alerts for faults and maintenance

Fault conditions and service thresholds route to whoever is on call, with the device, the code and the last twenty minutes of telemetry attached.

Access that matches the job

Operators see and acknowledge. Technicians schedule and intervene. Everything a user does is logged against their account.

Integration is the part nobody sells you

Most floors are not short of robots. They are short of one place to see them. A palletising cell from one vendor, two AGVs from another, a vision station bolted on last year, a press line whose controller predates everyone in the building — each with its own pendant, its own software, its own idea of what an error code means. The information exists. It just lives in six places, and none of them are in your pocket while you are standing in front of the machine.

Smart Robotics Integration is the layer that collects it. The app does not replace your controllers and it does not ask you to standardise on one brand. It connects to what is already installed, normalises the state into a vocabulary that is the same for every device — running, idle, blocked, faulted, in service — and keeps the vendor-specific detail underneath, intact, for when a technician needs it.

What that changes on a shift

The usual sequence is: something stops, somebody notices, somebody walks, somebody reads the pendant, somebody calls the person who knows that cell. The useful minutes are the ones before the stop, and they are usually spent elsewhere. When the drift in an axis load, the rising servo temperature and the three recovered faults in an hour all land on the same handset, the walk happens earlier and with the right part already in hand.

The other change is quieter. Scheduling stops being a conversation. A changeover window, a planned service, a line held back because upstream is behind — those become entries in a queue the whole team can see, with a record of who moved what and when. Nobody has to remember the verbal instruction from two shifts ago.

What you end up holding

A connected fleet, device by device, with drivers written against your actual controllers and firmware. A live view that works on a phone in a loud hall. An alert routing setup that reaches the person on call instead of a shared inbox. A task scheduler your technicians can run without a laptop. And a log that answers, after the fact, what the machine was doing in the minutes before it stopped.

None of that is a dashboard you look at once. It is the thing you check between jobs, acknowledge from the aisle, and hand over at the end of a shift.

How it is packaged

Start on one cell, or connect the whole site. The integration work is the same craft either way.

Most requested

Pilot deployment

One cell or one line, connected end to end, so your team can judge the data before you commit the floor to it.

  • A defined set of connected devices
  • Driver work against your controllers
  • Live status, diagnostics and fault feed
  • Read-only access for the wider team

Fleet licence

The whole estate under one account: multiple halls or sites, grouped the way your maintenance structure already works.

  • Multi-site device grouping
  • Role-based access for operators and technicians
  • Task scheduling and job queues
  • Alert routing to on-call rotas

Integration and support

The engineering around the app: protocol bridging, hand-off to the systems you already report into, and someone who answers when a controller changes.

  • OPC UA, MQTT and vendor API bridging
  • Historian and MES hand-off
  • Commissioning alongside your own engineers
  • A named engineer for change requests

Licensing and integration scope are quoted per fleet — send your controller list and we will price against what is actually on the floor.

How a deployment goes

  1. Send the fleet list

    Controller makes, models, firmware versions and what protocols are exposed. One page is usually enough for us to say what connects cleanly and what needs bridging.

  2. Connection review

    We map each device to a driver, flag the ones that need a gateway or a firmware step, and come back with the gaps stated plainly rather than buried.

  3. Pilot on one cell

    One cell goes live while it keeps producing. Your technicians use the app for real shifts and tell us what is missing from the fault detail.

  4. Roll out and hand over

    Remaining devices are brought on in groups, alert routing is set against your rota, and your team gets the access model, the logs and the runbook.

Tell us what is on your floor

Send the controllers you run and what you need visibility on. We will come back with whether it connects and how.

  • An integration engineer reads it, not a sales queue
  • We reply with a short list of questions about your controllers and protocols
  • The first call is a technical walkthrough of your fleet, not a slide deck