Unleash the Power of Robotics
with the Palladyne AI Robotic Software Platform

Palladyne AI unveils transformative capabilities that are redefining the boundaries of robotics.

Minimal Training,
Maximized Potential

Gone are the months of extensive training regimens and data-intensive models. At the core of the Palladyne AI robotic software platform lies a groundbreaking approach that empowers machines to observe, learn, reason, and act with unprecedented agility — requiring minimal training time, limited data sets, and lower computational and power requirements.

Hardware agnostic and designed to work with most commercial robots being sold today, our platform brings AI to the edge, empowering them to quickly adapt and adjust to environmental or task variances without reprogramming.

Close-up of a blue robotic exoskeleton component

The Palladyne AI Robotic Software Platform

A real-time, closed-loop, autonomy framework for enabling machines to observe, learn, reason, and act like humans.

Abstract eye-shaped swirl of blue light (representing machine perception)

Perceive, Comprehend, and Conquer

Palladyne AI equips robots with real-time environmental awareness by integrating diverse inputs, enabling them to navigate complex environments confidently and execute tasks precisely without extensive retraining or reliance on large databases.

Abstract blue wave pattern with spark-like dots

Real-Time Learning & Reasoning

Palladyne AI empowers robots with real-time reasoning and adaptation without constant cloud connectivity, fostering autonomy and resilience in dynamic environments. This local edge-computing approach ensures seamless adaptability, reducing costs and latency for uninterrupted operations, even in remote settings.

Icons for a robotic arm, airplane, solar panel, worker, shield, and wrench on a blue background

Industry-Wide Adoption

Palladyne AI’s software platform seamlessly integrates with most commercial robots, promising revolutionary impacts across industries like manufacturing, warehousing, automotive, aviation, construction, defense, and logistics. It unlocks unparalleled efficiency, productivity, and safety enhancements.

The Foundation of Robotic Intelligence

Through meticulous development and continuous refinement, our platform has evolved into a comprehensive solution that encompasses observation, learning, reasoning, and action – the cornerstones of true robotic intelligence.

Observation

Learning

Reasoning

Action

Another angle of a blue robotic exoskeleton or robot arm

A Legacy of Innovation
and Expertise

Our vision for our AI Robotic Platform began in 2017 drawing from a foundation of over 30 years of robotics hardware and software experience. Our vision has crystallized into a platform that transcends hardware limitations, empowering robotic systems to thrive in tasks involving environmental variations and object manipulation.

Palladyne AI News

Mobilicom and Palladyne AI Partner to Deliver Cybersecure Autonomy for Drones, Industrial Robots and Other Unmanned Systems

Each party to offer Palladyne™ AI’s embodied neuro-symbolic artificial intelligence software bundled with Mobilicom’s OS3 cybersecurity solution Palo Alto, California,…

Learn More

Smarter Automation

Starts with Palladyne AI

See how edge-based intelligence is transforming robotics in real manufacturing environments.

ABI Research whitepaper cover on AI in manufacturing (‘Speeding Time-to-Value’)

Speeding Robotics Automation with AI

Download our new research on why closed-loop frameworks are key to next-gen automation

Whitepaper cover showing two robotic arms in a factory (title: ‘Speeding Robotics Automation with AI’)

Talk to Palladyne AI

By enabling autonomy, reducing programming complexity, and enhancing efficiency, we are paving the way for a future where machines can excel in tasks that were once considered beyond their reach. We’re setting the stage for unparalleled advancements in automation and machine intelligence. Join us as we redefine possibilities in the world of robotics and propel your operations into the future.