Celebrating 25 Years of Innovation, Partnership, and Purpose

Our founders, Professor Gary Koopmann, Dr. Weicheng Chen, and Dr. Jeremy Frank, launched the company from Penn State’s Center for Vibration and Acoustics, combining engineering brilliance with a shared belief: technology should elevate people. That belief became the heartbeat of KCF, shaping who we are and how we serve. 

Rooted in Research, Built on Relationships

Our growth has been steady and intentional, built on collaboration, innovation, and trust. Through the years, we have expanded thoughtfully, strengthening relationships with partners, investors, and customers who share our long-term vision. That relational approach has never changed, even as our reach and impact have multiplied. What started in a Penn State lab has evolved into a thriving company that designs, engineers, and assembles its hardware, software, and services with care and purpose.

In the early 2000s, KCF’s research began with vibration monitoring on Blackwing helicopters, advancing into commercial and industrial applications that would eventually reshape how manufacturing sites operate. Before our focus shifted solely to solving the machine health problem, our engineers developed groundbreaking innovations such as: 

• Smart Tether, an underwater GPS designed for search and rescue missions 
• Energy Harvesting Prosthetics, advancing motion-powered technology for healthcare 
• The Handheld Vibration Meter, an early tool for practical vibration measurement 
• The Collection Server (2012), the foundation for what would become the Base Station 

These early efforts laid the groundwork for KCF’s defining pursuit: solving the machine health problem by eliminating unplanned downtime, reducing industrial waste, and preventing injuries caused by equipment failure and reactive maintenance.  

• V1 Wireless Vibration Sensor (2006), our first wireless sensor 
• V2 Wireless Vibration Sensor (2014), refined for industrial reliability 
• V3 High-Definition Wireless Vibration Sensor (2017), advanced high-definition data collection that built on the ruggedized, sturdy V2 design, but brought in higher-definition data, enabling deeper root cause analysis. 
•  Piezo Sensing (2024), originally designed for ultra-low and high-speed applications, enables many advanced capabilities and some of the earliest bearing fault detection on the market today. 
• Introduction of the IoT HUB (2021), enabling triggered collections, third party sensors, and bringing process data directly into SMARTdiagnostics from PLCs, enabling deeper root cause analysis on to uncover process driven issues. 

What began as a simple vibration monitoring tool has evolved into a comprehensive machine health platform that empowers anyone, from maintenance technicians to plant managers, to make confident, informed decisions. But quality, reliable hardware is only the start – a successful predictive maintenance program requires an easy-to-use interface to interact and gain actionable information from the insights. 

• VMS (Vibration Monitoring System), developed in 2008, was our first vibration analysis tool  
• The first iteration of SMARTdiagnostics, launched in 2011, transforming the software into a predictive maintenance ecosystem that would continue to evolve to where it is today 
• Before the introduction of DeskAI, many customers needed additional support analyzing and acting on vibration data. To solve this problem, SENTRYservices, founded in 2017, was born. SENTRYservices gave customers access to expert CAT II and CAT III vibration analysts working as an extension of their teams. Today, SENTRYservices continues to work hand-in-hand with our customers, coaching teams in deeper root cause analysis 
• One of the most significant advancements to SMARTdiagnostics, Desk launched in 2023, creating an interface where anyone could glean actionable insights from machine health data and collaborate in real time with colleagues or the KCF team. With the addition of DeskAI, teams gained access to automatic fault detection, turning billions of data points into actionable and easily tracked Iissues, each with clear descriptions and recommended next steps for issue remediation. 
• SD Connect Mobile App (2023) brought machine health monitoring into the palm of your hand. Since the initial launch, SD Connect continues to expand in functionality now including features like an out of the box FLIR camera integration.

Today, SMARTdiagnostics combines advanced vibration analysis with actionable, AI-driven insights that anyone can understand. Predictive maintenance only works when it is intuitive and built for the people using it. By incorporating both advanced vibration analysis tools and easy to understand automatic callouts, data is democratized and usable at every level of the plant.