TeepTrak vs Shoplogix: an OEE comparison across 6 criteria

TeepTrak and Shoplogix both deliver real-time OEE and production visibility, but they take different architectural paths. Shoplogix is a mature, Constellation-backed Smart Factory platform that integrates with existing machines, PLCs, and devices. TeepTrak is a sensor-based OEE system that instruments machines with its own non-invasive sensors. This TeepTrak vs Shoplogix comparison works through 6 criteria, acknowledging the real strengths of each so you can match the right approach to your plant.

Criterion 1: data-collection architecture

Shoplogix. Integration-based “thin layer” that connects to existing machines, PLCs, and devices to automate data collection. Elegant on connected equipment; avoids adding hardware where signals are accessible.

TeepTrak. Sensor-based — clips its own non-invasive sensors (current clamps, photoelectric, magnetic) onto machines with no PLC integration. Coverage does not depend on what each machine can expose.

Takeaway. Integrate (Shoplogix) vs instrument (TeepTrak). On modern fleets, integration shines; on mixed or closed fleets, sensors guarantee coverage.

Criterion 2: deployment predictability

Shoplogix. Fast where machine signals are accessible; more involved where integration, controller access, or IT/OT coordination is required.

TeepTrak. Consistent across machine types — one to two hours per machine, no PLC access, data in 48 hours — because deployment does not hinge on per-machine integration.

Criterion 3: OEE depth and analytics

Shoplogix. Strong visual dashboards (Digital Whiteboard) and a Core Analytics BI layer. Some users note room for improvement in trending, filtering, and search.

TeepTrak. Specialized OEE depth: micro-stops from three seconds, changeover-to-the-second, and the JEMBA machine-learning engine for pattern and degradation detection.

Takeaway. For broad BI across many data sources, Shoplogix; for deep OEE-specific analytics, TeepTrak.

Criterion 4: fleet coverage

Shoplogix. Connects to any machine that can be integrated; coverage of older or closed machines depends on accessible signals or added devices.

TeepTrak. Non-invasive current sensing works on any mains-powered machine regardless of age, brand, or controller, ensuring uniform coverage across heterogeneous fleets.

Criterion 5: maturity and backing

Shoplogix. A genuine strength: 20+ years in market, backed by Constellation Software, with deep enterprise references and stability.

TeepTrak. Founded in 2014, 450+ factories across 30 countries, references including Stellantis, Hutchinson, Nutriset, Alstom, and Aptargroup. Well-proven, though Shoplogix’s two-decade track record is longer.

Criterion 6: enterprise integration and scaling

Shoplogix. Open APIs and connectors sync with ERP and MES; designed to scale from a pilot line to multi-plant, a long-standing strength.

TeepTrak. Also scales to multi-site (450+ factories, 30 countries) with an API for data export, plus the advantage of uniform sensor-based coverage across every site’s heterogeneous fleet.

Honest summary

Shoplogix is a mature, enterprise-grade platform whose integration-based approach and 20-year track record make it a strong choice for connected fleets and BI-centric deployments. TeepTrak differentiates on sensor-based coverage that does not depend on integration, predictable fast deployment across mixed fleets, and specialized OEE depth with pattern AI. The right choice depends on your fleet’s connectivity and whether your priority is broad platform integration or guaranteed sensor coverage with deep OEE.

Frequently asked questions

Is TeepTrak as established as Shoplogix?

Shoplogix has a longer track record — 20+ years and Constellation Software backing. TeepTrak, founded in 2014, is also well-proven with 450+ factories across 30 countries. Both are credible; Shoplogix’s longevity is a legitimate strength, while TeepTrak’s differentiation is its sensor-based architecture and OEE depth.

Which is easier to deploy on old machines?

TeepTrak, generally. Its non-invasive current sensors work on any mains-powered machine regardless of age or controller, with no integration. Shoplogix connects to machines and devices, which is easy on connected equipment but can require more effort on older or closed machines.

Does Shoplogix have stronger BI than TeepTrak?

Shoplogix invests heavily in dashboards and a Core Analytics BI layer across many data sources, which is a strength for broad reporting. TeepTrak’s analytics are more specialized toward OEE depth and pattern detection. Which is “stronger” depends on whether you want broad BI or deep OEE analytics.

Which integrates better with ERP and MES?

Both offer APIs and integrations. Shoplogix’s open connectors to ERP and MES are a long-standing strength of its platform approach. TeepTrak also provides an API to export performance data into ERP, MES, and BI systems. For integration-heavy enterprise environments, evaluate both vendors’ connectors specifically.

Which is better for a multi-plant rollout?

Both scale to multi-plant. Shoplogix has two decades of multi-plant experience. TeepTrak’s 450+ factories across 30 countries and uniform sensor-based coverage across heterogeneous fleets are its multi-site strengths. Your fleet’s connectivity and your BI vs OEE-depth priorities should guide the choice.

Can the two be combined?

Yes. TeepTrak can instrument machines that are hard to integrate, providing reliable sensor data, while a platform like Shoplogix consolidates and visualizes data enterprise-wide. TeepTrak’s API enables this complementary layering.

What is the most reliable way to compare them?

Run a pilot. Install TeepTrak on a few representative machines — especially your harder-to-integrate ones — and compare data quality, deployment effort, and OEE depth against your Shoplogix experience or evaluation. Real data from your floor is the clearest decision tool.

Pilot sensor-based OEE — request a TeepTrak demo

For the broader evaluation context, read our article on the Shoplogix alternative for OEE. To understand the architectural choice at the heart of this comparison, see OEE data collection: PLC integration vs sensors.