Maximize Performance and Reliability of Production and Automation Assets, Integrate Across Industrial Systems, and Foster a Connected Workforce
Emerson’s AMS brand represents its Reliability Solutions business, delivering tools and insights that keep assets running safely, efficiently, and predictably via sensing and software solutions. From the plant floor to enterprise-level decisions, AMS unifies machinery health analytics, field device management, diagnostics, workflow orchestration, and real-time condition monitoring in one portfolio.
With AI-driven machinery health management, AMS detects vibration, imbalance, bearing wear, and other issues through intelligent sensing and analytics. Its field device management solutions use digital connectivity to simplify calibration, configuration, and real-time monitoring of smart valves, transmitters, and other critical instruments. Across the enterprise, AMS provides predictive insights that reduce downtime, optimize maintenance, and improve reliability. Integrated workflow orchestration and asset performance management tools connect teams and systems—bridging reliability, maintenance, operations, engineering, and leadership through a unified, data-driven view of asset performance.
Serving a Wide Range of Industrial End Users
By combining diagnostic intelligence, device data, and operational workflows, AMS helps leading manufacturers, original equipment manufacturers (OEMs), and engineering, procurement, and construction (EPC) firms extend asset life, cut maintenance costs, boost availability, and turn reliability into a measurable advantage.
Emerson's AMS Portfolio: Asset Management with an Intuitive Approach to Drive Reliability
Emerson’s AMS portfolio enables the Emerson vision for Boundless Automation by unifying data, systems, and people across the enterprise to achieve improvements in safety, production, reliability, sustainability and workforce empowerment.
Brochure: Asset Management with an Intuitive Approach to Drive Reliability
The AMS Reliability portfolio helps Reliability Engineers, Maintenance Technicians, Operations Managers, Automation Engineers, Instrumentation Specialists, Process Engineers, Control Valve Specialists, Vibration Analysts, and many others do their jobs more efficiently—from field, to workshop, to boardroom, and beyond.
White Paper: The Evolution of Industrial AI for Reliability
Artificial Intelligence has quietly transformed condition monitoring long before it became a cultural phenomenon. Emerson’s AMS technologies have embedded AI-driven insights for decades—helping users detect anomalies, optimize maintenance, and enhance asset health. Today, with advances in IIoT sensing, machine learning, and generative AI, reliability teams can scale condition monitoring like never before.
White Paper: The Evolution of Industrial AI for Reliability
Discover how Emerson is redefining reliability by combining embedded edge analytics, wireless vibration monitoring, and scalable AI architectures. Learn how these technologies work together to deliver actionable insights, greater efficiency, and measurable business value across your entire asset lifecycle.
Customer Success Stories
Power Company Cuts Cost, Improves Reliability with Wireless, Software
Discover how a power customer harnessed PeakVue technology, AMS Wireless Vibration Monitors, and AMS Machine Works to trim labor cost associated with collecting of vibration data, attain more frequent vibration data and reducing risk of costly shutdown.
Areas of Expertise
Field Device Management
Machinery Health Management
Asset Performance Management
Services for AMS Products
Frequently Asked Questions
AMS historically stood for Asset Management Solutions. Today, Emerson uses AMS (no acronym) primarily as the established brand name for its reliability, asset management, and workflow orchestration portfolio.
The modern AMS portfolio reflects decades of innovation and expertise, bringing together technologies and capabilities from across Emerson's reliability heritage. This includes the machinery health and vibration analysis solutions pioneered by CSI (Computational Systems, Inc.), an industry leader in predictive maintenance and condition monitoring that became part of Emerson, as well as Emerson's field device management, instrumentation, valve management software, and handheld diagnostic solutions with roots in the Fisher-Rosemount and Plantweb technology portfolios.
Over time, these technologies evolved into a unified, class-leading portfolio under the AMS brand, giving organizations a more connected approach to asset health, reliability, diagnostics, and performance optimization. Today, AMS solutions help the world’s leading companies monitor, manage, and maintain critical assets across the entire plant lifecycle, enabling improved reliability, performance, and operational efficiency.
Machinery health management is the process of monitoring equipment condition to identify developing issues before they lead to failures. It combines patented technologies, vibration analysis, condition monitoring, protection systems, AI, and analytics to improve reliability or rotating equipment and production assets or systems.
Field device management software and handheld field communicators help teams configure, calibrate, diagnose, document, and maintain intelligent field instruments, control valves and other IIoT from a centralized platform.
Condition monitoring continuously tracks equipment health using data such as vibration, temperature, and pressure. Predictive maintenance uses that data and analytics to forecast failures and recommend maintenance actions before problems occur.
Vibration analysis evaluates machine vibration patterns to identify potential issues such as bearing damage, imbalance, misalignment, looseness, gear defects, and cavitation.
PeakVue technology is Emerson's patented vibration analysis technology designed to detect early-stage bearing and mechanical faults that may not be visible through conventional vibration methods.
- Oil and gas
- Refining and petrochemicals
- Chemical processing
- Power generation
- Water and wastewater treatment
- Mining and metals
- Aerospace and defense
- Automotive
- Marine shipping
- Pulp and paper
- Food and beverage
- Pharmaceutical and life sciences
- Manufacturing and industrial facilities
- Data centers and critical infrastructure
- Semiconductor manufacturing
- Electronics manufacturing
- Cement and building materials
- Glass production
- Industrial machinery and equipment
- Rubber and plastics manufacturing
- Packaging operations
- Renewable energy (wind, solar, hydro)
- District energy and utilities
- Transportation and rail
- Warehousing and logistics facilities
- Consumer packaged goods (CPG)
- Reliability Engineer
- Maintenance Engineer
- Predictive Maintenance (PdM) Engineer
- Condition Monitoring Specialist
- Vibration Analyst
- Asset Reliability Engineer
- Asset Performance Manager
- Maintenance Manager
- Plant Manager
- Operations Manager
- Instrumentation Technician
- Instrument & Electrical (I&E) Technician
- Rotating Equipment Engineer
- Mechanical Engineer
- Electrical Engineer
- Reliability Manager
- Maintenance Supervisor
- Asset Integrity Engineer
- Process Engineer
- Production Manager
- Facilities Manager
- Field Service Engineer
- Plant Maintenance Technician
- Asset Health Specialist
- Digital Transformation or Industrial IoT Manager
