Augury Machine Health

This is a service, and Augury says so itself, which is refreshing. Augury states that it does not sell hardware and instead delivers Diagnostics as a Service, covering sensors, software, connectivity, installation, support, updates and unlimited diagnostics for a flat per-machine fee billed annually. That single sentence settles the question this directory most needs answered about Augury. You are not buying a software licence and you are not buying sensors; you are buying an annual per-machine monitoring subscription in which Augury supplies and owns the measurement chain. Augury’s terms do note that routine hardware maintenance such as battery replacement is performed by customer personnel following Augury instructions, so some labour stays with you.

Product naming. Augury markets two products: Machine Health, described as prescriptive AI machine diagnostics to predict and prevent industrial machine failure, and Process Health, which Augury states was previously known as Seebo, the process optimisation company it acquired. This profile covers Machine Health, which is the APM-relevant product. Augury also uses the framing Industrial AI Workforce and names an Operations Agent, a Reliability Agent and Auguscope under Machine Health, but it does not explain what those do, so they are not recorded as capabilities.

Sensor requirement: yes, and they are Augury’s. The service includes Augury sensors as part of the fee. Augury describes a patent-pending combination of vibration, temperature, ultrasound and magnetic field sensor data, which is a more diverse measurement set than vibration-only competitors, and the ultrasound element is specifically relevant to very low-speed equipment where vibration signatures are weak. Coverage is described across more than two hundred asset types and four criticality levels. Because the sensors come with the service, there is no question of using your existing instrumentation: this is a parallel monitoring layer installed on your machines, not an analytics layer over data you already have.

On integration, Augury says it integrates with a variety of software platforms and has engineers to enable integration into the systems you use, but names no specific platform, no CMMS, no API and no ERP anywhere on its public product pages. That is a real gap for a buyer who needs findings in a work order queue, and it should be pinned down contractually. On mechanism, Augury names its sensor modalities clearly but does not describe the models, the training requirement or the failure modes addressed, so failure prediction and anomaly detection are recorded as unknown. Augury publishes a Forrester study with ROI and payback figures; none are recorded here. Independent reviews note that deployment is resource-intensive to inventory assets, deploy sensors and calibrate.

Fits: manufacturers that want machine health coverage without owning any part of the stack. Food and beverage, consumer packaged goods, pharmaceuticals, paper, metals and water utilities are the typical sectors, and the flat per-machine annual fee makes budgeting unusually predictable for this category. It suits organisations with no vibration analysis capability, since diagnostics are unlimited and included, and those with slow-turning or low-speed equipment, where the ultrasound modality addresses a genuine blind spot in vibration-only monitoring. Multi-site manufacturers scaling a standard monitoring offer across plants are well served.

Does not fit: organisations that already have instrumentation and want analytics over it, because Augury brings its own sensors and the service model gives you no route to use what you have. It is a poor fit where IT or OT policy prohibits a vendor-managed cloud data path, since no on-premises option was verified. It is also unsuitable where automated work order creation is a hard requirement, because no named CMMS integration or API is published. Organisations that want to own the diagnostic model, or exit without losing the capability, should note that ending the subscription ends the monitoring.

Typical use cases: standing up machine health monitoring across a few hundred motors, pumps, fans, compressors and gearboxes with no internal analyst; covering low-RPM equipment where vibration alone is insufficient; adding a predictable annual per-machine cost line instead of a capital sensor project; getting consistent diagnostics across plants with uneven local reliability maturity.

Buyer caution: because this is a subscription with vendor-owned sensors, model the multi-year cost and the exit position before signing, and get the integration path to your CMMS written into the contract rather than left to a promise that engineers can enable it.