About

Building the Foundation
for Intelligent Motion

Founded in Silicon Valley, Servo AI brings together semiconductor innovation and artificial intelligence to create the next generation of motion systems.

About Servo AI

Unifying Motion Control,
Power, and Intelligence

Servo AI is developing a unified platform that integrates motion control, power electronics, and edge intelligence into a scalable architecture for robotics and automation.

By combining silicon, software, and analytics, Servo AI enables intelligent motion systems that are more efficient, adaptable, and scalable.

Heritage

From Motion Control
to Motion Intelligence

Servo AI builds on over three decades of experience in motion control and embedded systems.

Through Arcus Technology, advanced motion control solutions were developed and deployed across a wide range of commercial and industrial applications, including large-scale embedded systems.

Foundational Technologies

TITAN™ Servo Engine

A universal motion control platform supporting multiple motor types.

2ndSight™ Analytics

An edge-based motion intelligence system enabling real-time monitoring and predictive insights.

These technologies established a strong foundation in both high-performance control and data-driven motion analysis.

As robotics and automation systems scale in complexity, the need for deeper integration—combining control, power, and intelligence—has become critical.

Servo AI was founded to define the next generation of motion system architecture, extending these proven technologies into a unified silicon-to-cloud platform designed for scalable, intelligent motion systems.

Industry Evolution

Evolution of Motion Systems

Motion control technology has evolved through several key stages—from power electronics and microprocessor-based control to integrated systems and industrial networking.

Evolution of motion systems through Servo 1.0 to Servo 5.0
Servo 5.0

This progression led to the concept of Servo 5.0, introduced by Arcus Servo Motion, defining a new era of intelligent and connected motion systems.

Edge Data Collection

Edge data collection from motion systems.

Real-Time Edge Analytics

Real-time edge analytics and intelligence.

Edge–Cloud Connectivity

Connectivity between edge devices and cloud platforms.

Servo AI builds upon these principles—extending intelligent and connected motion into a unified silicon-to-cloud platform designed for scalable, next-generation systems.

Our Vision

To define the global standard
for intelligent motion systems.

Why Servo AI

From Fragmented Components
to a Unified Platform

Motion Systems Today

Motion systems today are fragmented — requiring multiple components for control, power, sensing, and analytics.

The Servo AI Model

Servo AI re-architects this model into a unified platform that simplifies design, reduces cost, and enables scalable intelligence across systems.

Why Now

A Defining Moment for
Intelligent Motion

Four converging forces are creating the window for a new foundational platform in motion intelligence.

Robotics & Automation Growth

Rapid growth of robotics and automation across industries.

Intelligent, Connected Systems

Increasing demand for intelligent, connected systems.

Edge AI & Semiconductor Advances

Advances in semiconductor integration and AI at the edge.

Scalable Motion Architectures

Need for scalable, standardized motion architectures.

Christopher Chang, Founder of Servo AI

Christopher Chang

Founder — Servo AI

Christopher Chang is the founder of Servo AI and Arcus Technology, with over three decades of experience in motion control and embedded systems.

He led the development of the TITAN™ servo platform and 2ndSight™ edge analytics technologies, deployed across a wide range of industrial and commercial applications.

His work focuses on integrating control, power, and intelligence into scalable motion systems for next-generation robotics and automation.

Location

Built in Silicon Valley

At the intersection of semiconductor innovation and artificial intelligence, Servo AI is positioned to lead the next wave of intelligent motion systems.

Join Us in Building the
Future of Intelligent Motion