Missions should not be typed into a separate tool. They should come from the software that already runs your operations, and the result should go straight back into it. Here is the integration surface we are building, and where we start.
This is a roadmap, not a catalogue of available integrations. Availability is defined per deployment, and nothing on this page is a certified partnership.
No parallel process, no second source of truth. A task is created where your teams already work, and closed there too.
An order is picked, a work order is opened, a room is checked out, a sensor throws an alert. The trigger already exists in your software.
The connector translates it into a mission the robot understands: what to fetch, where to go, what to verify, by when.
Autonomously where the task is mastered, teleoperated by our operators where it is not. Same interface either way.
Status, timestamps, quantities and a photo of the result are written back to the record that created the task.
Rather than a logo wall, we build against the categories of system that actually create and close work orders.
Pick lists, replenishment orders and inter-zone transfers become robot missions, with stock updated on completion.
Warehouse management and control systems, order management platforms
First integration target
Line supply, kitting and part calls triggered by the production schedule instead of by someone walking to a rack.
Manufacturing execution systems, shop-floor supervision, PLC gateways
First integration target
Movements booked against the right cost centre, inventory kept accurate, no double entry by operators.
Enterprise resource planning suites and their inventory modules
Planned
Rounds and inspections dispatched as missions; readings, photos and anomalies attached to the asset record.
Maintenance management and asset management platforms
Planned
A request from a team becomes a robot task, tracked and closed in the same ticket everyone already watches.
Service desk and ticketing tools, internal request portals
Planned
Deliveries and collections triggered by check-outs, ward requests or transport orders between departments.
Property management systems, hospital information and logistics systems
Exploratory
Mission history, uptime and cycle times streamed to your dashboards, alerts pushed where your teams already talk.
BI and data warehouses, IoT brokers, messaging and chat platforms
Planned
What changes from one site to another is rarely the gesture. It is the system that decides when the gesture is needed.
The schedule decides what the line needs next. The robot brings it before an operator has to leave their station.
Waves, replenishment and transfers already live in the WMS. The robot becomes one more resource it can assign.
Transport orders between departments, linen, samples and equipment, dispatched from the systems the wards use.
Stock alerts and shelf checks turn into back-store to floor missions, with counts written back to inventory.
Internal transport and recurring rounds requested through the tools people already use to ask for anything else.
Every deployment starts with our API and webhooks, which is enough to drive missions from anything your team can script. Where a system is common enough across our clients, we turn that into a maintained connector.
Ask about your stack →A connector reads only the fields a mission needs and writes only the result. Scoped credentials, revocable at any time.
Cloud, private cloud or fully on premise. The robot works without an internet link for autonomous missions.
Every call logged on both sides, so a mission can be reconstructed months later during an audit.
Data residency in Europe by default, with GDPR and AI Act traceability built into the integration contract.
Tell us what runs your operations today. We scope the connector with your IT team as part of the pilot, before the robot arrives.