Unplanned equipment failures and lubrication-related bearing damage remain among the most persistent challenges in industrial reliability programs. While many organizations recognize the limitations of time-based inspections and calendar-driven lubrication routes, transitioning to a truly condition-based and autonomous approach presents both technical and organizational hurdles.

This session explores the core principles behind condition-based monitoring and autonomous lubrication, focusing on how maintenance teams can use real-time asset data to make better, risk-informed decisions. Attendees will learn how combining multiple condition indicators such as ultrasound, vibration, and temperature provides a more complete picture of asset health than any single technology alone. Emphasis will be placed on how these data streams complement each other, reduce false positives, and improve confidence in maintenance actions.

The presentation will also address practical decision criteria, including how to determine when intervention is truly required, how to avoid over- and under-lubrication, and how to align lubrication practices with actual bearing conditions. Common implementation challenges, such as data overload, workforce adoption, alert fatigue, and integrating monitoring insights into existing maintenance workflows will be discussed, along with strategies to overcome them.

Using real-world examples from wireless monitoring and lubrication deployments, this session will demonstrate how condition-based insights can be translated into automated or semi-automated maintenance actions that reduce manual labor, extend asset life, and improve reliability outcomes. Attendees will leave with a clearer understanding of how to apply these concepts within their own organizations, regardless of the specific tools or technologies they use.

Alex began his career in the reliability industry in 2020, quickly immersing himself in the field. His passion for continuous learning and building meaningful connections has made the industry a natural fit.

Today, Alex serves as an Account Executive at UE Systems, where he leads the company’s remote solutions initiatives. Most recently, he took on responsibility as the Account Executive for all OnTrak Wireless projects across North America, the UK, and Ireland a role that reflects his growing expertise and leadership within the industry.

Previously, Alex served as Regional Manager for the Gulf Coast region, a hub for oil, gas, and chemical facilities. This experience gave him the opportunity to collaborate with industry leaders and address complex mechanical challenges, accelerating his professional growth.

Alex is a certified Level I Ultrasound technician and holds a Bachelor of Science in Sociology with a Minor in Health from the University of Houston, where he also played football from 2011 to 2015. Before joining the Reliability world, Alex spent a small stint playing football professionally in the NFL with the Cincinnati Bengals. He continues to give back to the sport as a volunteer coach for middle school athletes. In addition, Alex serves on the board of FlightXXV, a non-profit organization dedicated to mentoring at-risk high school students in West Houston.