IN Brief:
- eMaint has launched its first Global Partner Network for industrial maintenance software.
- The programme provides partner training, certification, enablement, incentives, and go-to-market support.
- The launch reflects rising demand for implementation expertise around connected maintenance and asset reliability systems.
eMaint, the CMMS and enterprise asset management software product from Fluke Corporation, has launched its first Global Partner Network to expand implementation and service support across industrial maintenance markets.
The programme formalises eMaint’s partner ecosystem with structured training, certification, enablement, incentives, and go-to-market support. Customers will gain access to a broader network of experts, technologies, and services for maintenance modernisation, asset reliability, and operational efficiency.
The network launches with 25 new partners onboarded across Western and Central Europe, South America, and Canada. eMaint has also trained 46 partners in Bonita Springs and Eindhoven, with a new certification programme planned for late 2026.
Partners will support manufacturing, life sciences, food and beverage, automotive, oil and gas, facilities management, power generation, transportation, and public sector customers. Services will cover implementation, adoption support, strategic consulting, and sector-specific deployment work.
Jay Hack, Vice President and General Manager of eMaint, said: “This is a defining moment for eMaint. We are formalising a global partner ecosystem that reflects the scale of our business and the growing demand we see from industrial organisations. Our partners will play a critical role in helping customers move faster, adopt more effectively, and achieve measurable value from their maintenance programs.”
Maintenance software is becoming more closely tied to connected equipment, condition monitoring, handheld test tools, sensor data, and asset-level diagnostics. A CMMS or EAM platform is no longer only a work-order database; in mature deployments, it connects maintenance planning with operational data, spare parts, inspection routines, compliance, and reliability strategy.
The UK engineering sector still has a significant adoption gap, with many engineering and technology companies not yet adopting assessed Industry 4.0 technologies. That gap is rarely caused by software availability alone. Integration quality, training, data structure, change management, and local support often decide whether a maintenance system becomes embedded in operations or remains a limited pilot.
Modern equipment estates also place new demands on maintenance teams. Production lines now combine PLCs, drives, sensors, robotics, power electronics, safety systems, networks, and software-controlled subsystems. Reliability work has to account for mechanical wear, electronic failure modes, firmware, calibration, cybersecurity, signal quality, and obsolescence.
Industrial control upgrades show the same operational pressure at heavier scale, with ABB’s modernisation of offshore control and safety systems on the Buzzard platform centred on continuity, safety, and lifecycle extension. Different industries face different operating risks, but ageing assets and modern control technology increasingly have to be managed together.
A formal partner network gives eMaint a route to support the less visible work behind maintenance digitisation. Asset hierarchy design, data cleansing, ERP and inventory integration, mobile workflows, condition-monitoring triggers, user training, and revised procedures all shape whether reliability software produces measurable operational gains.
Electronics-heavy plants add another layer, because device health, network availability, calibration status, power quality, and diagnostic data increasingly feed maintenance decisions. Without structured implementation, those signals can remain isolated in equipment interfaces, spreadsheets, or alarm histories rather than forming part of a useful asset record.
eMaint’s Global Partner Network addresses that implementation layer by widening the number of trained organisations able to support deployment across regions and industries. As industrial maintenance becomes more data-driven, software success will depend less on feature count alone and more on whether partners can turn equipment information into reliable processes on the factory floor.
