Coordination
The part, the person and the window, picked and explained.
PartAir-circuit seal kit
In stock at the depotTechnicianCompressor technician
Pneumatics · certifiedKeepyouroperationmoving
Machine health, spare parts and technician schedules in one maintenance system. Know what needs fixing, what the job needs, and when to do it.
The machine breaking is not the expensive part
Studies across mining, wind, oil and gas and rail keep landing in the same place. Most lost production is not the mechanical failure. It is the days around it: parts that were never staged, a technician who was not free, a window that came and went while four systems were reconciled by hand.
30–60%
of total downtime
is coordination failure, not the mechanical event — waiting on staged parts, skill mismatch, bay bottlenecks, poor timing against the shift.
€30K–260K
per hour
Unplanned downtime in mining, energy and process industries
3–5×
more expensive
Emergency repair vs a planned maintenance event
10–15 hrs
every week
A maintenance manager's week, spent bridging four systems by hand
Sources: Deloitte · McKinsey · ARC Advisory · DNV · ORE Catapult, and O&M scheduling research at Strathclyde.
Start with the systems you already use
Sensor readings, existing software and your team's notes. Talpeye connects them into one clear view of your assets, parts, people and work.
Integration scope agreed for your site
SCADA
PLC
OPC-UA
MQTT
Modbus
CareTrack
IBM Maximo
SAP PM
Infor EAM
Oracle EAM
Microsoft Dynamics
Fiix
UpKeep
ServiceMax
SAP ERP
IoT sensors
Your industryYour machines
Factory lines, aircraft, charging stations. Start with the data you already have, whatever shape it is in, and build from there.
01Heavy equipment & fleets
Prepare parts, workshop time and field visits around the next hire or shift.
02Manufacturing
Plan work on motors, robots and production lines around the orders you need to deliver.
03Energy
Bring turbine readings, specialist skills and spare parts into the plan for each site visit.
04Aviation
Bring aircraft condition records, parts and qualified teams into maintenance planning under your approved procedures.
05Charging stations
Use charger faults and power readings to prepare the right technician, replacement module and site visit.
06Process industries
Check pump and compressor condition alongside parts lead times and the next shutdown window.
07Rail & public transport
Fit inspections and repairs around service timetables, depot capacity and the parts each vehicle needs.
08Ports & maritime
Prepare crane, handling-equipment and auxiliary-system maintenance around vessel schedules and access to the equipment.
09Warehouses & logistics
Connect conveyor and sorting-equipment signals with repair plans that account for dispatch deadlines.
10Data centres & facilities
Plan cooling, backup-power and building-equipment maintenance around access, redundancy and qualified technicians.
01–03 / 10
Three parts of maintenance you already know
Metro-train air production unit
Compressor · oil circuit
The agent
Maintenance in the tool people already carry.
OllyInteractive demo
What can I help you get done?
Predictive maintenance
The machine raises the job before a person notices.
Oil temperature78°C
In 7 days77–89°C
Talpeye flagged this leak about ten days before it happened.
This is Talpeye
The product your team works in
Real recordings of the Talpeye app your team signs into: the dashboard, asset records, work orders and Ask Olly. Not mockups.
Sort the fleet by urgency and open the machines that need a closer look.
talpeye.app
Questions about Talpeye
How it works with your machines, systems and team.
What is an industrial maintenance operating system?
Talpeye is an industrial maintenance operating system. It brings machine readings, spare parts, technician schedules and production plans together. When a machine needs attention, your team can see what the repair needs, choose a time and approve the work.
Who is Talpeye designed for?
Maintenance teams, heavy-equipment dealers and fleet operators who need to organise repairs across several systems. We start a pilot with one type of equipment and the faults your team wants to address.
How does Talpeye work with predictive maintenance and a CMMS?
Predictive maintenance helps spot a developing fault. Talpeye also checks the parts, technician and time needed to repair it. You keep your CMMS for managing work orders; we agree how to send approved jobs into it.
Who approves the work?
Your team decides what the system can do on its own and what needs approval. You can check the findings, change the plan or hold it for further review. The example on this page waits for your approval before scheduling the job.
What data and integrations does a pilot need?
We review your machine records, sensor readings, repair history, stock and technician schedules. Then we check how to read and update the relevant CMMS and ERP records. We use existing sensors where they provide the readings needed for the faults being tested.
What has the research evaluated?
We checked alerts against historical machine data, including recorded failures. The research table identifies the data sources. A pilot is the next step for testing how the alerts and repair plans work at a site.
See a maintenance plan in action
Tell us about your machines and how you plan maintenance today. We’ll show you how Talpeye prepares a repair and discuss what a pilot would need.