Top 3 Augury Alternatives
Augury delivers machine health monitoring through its Halo sensor platform that captures vibration, temperature, and magnetic field data to detect both mechanical and electrical anomalies in industrial equipment. Operating on a Machine Health as a Service model, the company deploys wireless sensors with edge computing capabilities and AI algorithms trained on extensive operational data. The platform promises guaranteed diagnostics backed by insurance coverage up to $150,000 per machine annuall
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The 3 Best Waites Sensor Technologies Alternatives
Waites offers a wireless condition monitoring service built around its SM6 vibration/temperature sensors, cloud software, and a 24/7 analyst team that interprets data and advises maintenance actions. The pitch centers on plug-and-play deployment, fast time-to-value, and minimal IT requirements for mid-market operations and facilities teams. That said, the platform’s current focus appears to be limited to vibration and temperature monitoring, and details about hazardous-area certifications are
Michael Smith
Top 3 AssetWatch Alternatives
AssetWatch provides an end-to-end monitoring service combining Vero® tri-axial vibration and temperature sensors with AI-powered analytics and dedicated human expertise. This is a critical part of any comprehensive, tech-driven condition-based maintenance program. Operating on a subscription model, they supply wireless sensors with cellular connectivity, cloud-based monitoring software, and assign a certified Category III vibration analyst to each client. The company promises rapid deployment
Michael Smith
G2 Fall Reports Confirm: Tractian Is the Only Unified Platform for CMMS & Condition Monitoring
Tractian has earned three G2 badges, including Leader in Industrial IoT software, and High Performer in CMMS and Asset Management
Igor Marinelli
Mean Time to Detect: A Complete MTTD Guide for Maintenance Teams
Learn how to reduce mean time to detect (MTTD), prevent hidden failures, and protect your assets with real-time insights and predictive monitoring.
Billy Cassano
Why Our AI Is Better
Every vendor in the maintenance and reliability space says their system uses AI. But that claim doesn’t mean much unless it actually takes work off your team’s plate. Here’s the reality: if you are monitoring these machines, they are most likely critical, and no matter how good these solutions claim to be, trust doesn’t come easy. Most teams still verify every alert manually with handheld tools like vibration guns or 2140s, because they’ve learned the hard way that not all insights are worth
Igor Marinelli
How to Reduce Unplanned and Planned Downtime
Learn key strategies to cut downtime, improve MTTR and OEE, and plan maintenance smarter. Discover how condition monitoring drives reliability.
Michael Smith
Bearing Failures: What Causes Them and How to Prevent Them
Learn how to identify bearing failures in industrial equipment by recognizing early warning signs, common causes, and how to prevent breakdowns.
Billy Cassano
5 Causes of Equipment Failure and How To Prevent Them
Discover the 5 main causes of equipment failure and learn some practical strategies that can prevent downtime and boost operational efficiency.
Michael Smith
How to Use Bearing Vibration Analysis to Prevent Failures
Learn how bearing vibration analysis helps detect faults early, monitor wear, and prevent equipment failure using data-driven predictive strategies
Billy Cassano
Condition Monitoring: What It Is, Benefits, and How to Apply
Learn how condition monitoring works, explore key techniques, and see how it helps prevent failures, reduce costs, and boost industrial reliability.
Michael Smith
Root Cause Analysis: What It Is, Benefits and How to Use It
Boost efficiency and prevent failures with Root Cause Analysis (RCA), learning how to identify and eliminate issues for long-term operational success.
Geraldo Signorini
What is Reliability Centered Maintenance (RCM) and How to Implement It
Ever had a crucial piece of equipment fail at the worst possible moment? Unexpected breakdowns can wreak havoc on production schedules and budgets. That’s where Reliability Centered Maintenance (RCM) steps in. Developed in the late 1960s for aviation to ensure peak performance and safety, it has become a cornerstone of maintenance strategies across industries. IRCM is no longer just about fixing equipment when it breaks; it's about integrating advanced technologies, such as AI and IoT, to pred
Gabriel Lameirinhas
Comprehensive free materials for your maintenance and reliability
Get free access to materials for increased productivity and an optimized maintenance routine.