Trossen Robotics

Tight budgets? Investor deadlines? Gaps in expertise? Read Now: buff.ly/Bd7Ujzp We’ve seen it over and over: the wrong hardware partner can cost months of time and thousands of dollars, while the right partner can accelerate you toward your next milestone.

You know who we're rooting for tonight, let's go #USA

The ability to collect once and innovate many times is becoming one of the most powerful advantages in robotics. For a deeper look at the SDK overview, visit: buff.ly/5lDNl3u If you just want the code, go straight to GitHub: buff.ly/txXJxda #PhysicalAI

The Trossen SDK helps turn robot data into a reusable asset—enabling researchers, developers, and AI teams to convert datasets into popular training formats, integrate with existing pipelines, and rapidly experiment with new approaches. Physical AI is moving fast.

Physical AI won't be built by collecting more data. It will be built by making data more useful. Every robot interaction, movement, and observation contains value far beyond a single training run.

If the first two changed the face of the world, what do you think happens when physical AI comes around? If you're curious to find out, follow us to see how we're building the robots of the future.

The second was the age of the internet, which birthed AI and automated intellectual labor. The lovechild of the two is the era of robotics, which we're now entering.

There are two eras that changed the modern world, and a third that will change the future. The first was the industrial age, with its combustion engines and electric motors. We automated physical labor, and the world hasn’t been the same since...

For a deeper look at the SDK overview, visit: buff.ly/NOv2tRV If you just want the code, go straight to GitHub: buff.ly/cB8HoUW #PhysicalAI #Robotics #EmbodiedAI #OpenSource #MachineLearning #SensorFusion #AIInfrastructure #TrossenRobotics

The goal is simple: give robotics teams a flexible, extensible data layer that evolves alongside Physical AI research. No vendor lock-in. No rebuilding pipelines from scratch every time hardware changes.

The Trossen SDK was built to work beyond Trossen hardware: Bring your own robot arms. Bring your own sensors. Bring your own workflows. This includes: Depth cameras. Touch sensors. Lidar. Skin sensors. Future multimodal systems we haven’t even standardized yet.

How exciting it is to see our Trossen Arms running a live inference demo of OpenPi 0.5 powered by Intel's Panther Lake embedded PCs on the Intel Physical AI Studio. We’re proud to be pioneering the future of human automation!

For a deeper look at the SDK overview, visit: buff.ly/NOv2tRV If you just want the code, go straight to GitHub: buff.ly/cB8HoUW #PhysicalAI #Robotics #EmbodiedAI #MachineLearning #RobotLearning #DataEngineering #AIInfrastructure #TrossenRobotics

That means: • Easier dataset curation • Better task analysis • Faster filtering of failed attempts • Cleaner training data • More controllable dataset distribution Less post-processing. More usable data. Faster iteration for Physical AI teams.

Long recording streams create massive cleanup work including finding task boundaries, removing resets, cutting failed attempts and manually organizing usable data. The Trossen SDK solves this with Episodes — discrete task completions recorded as structured units.

We're not looking for degrees or titles. What matters most is who you are and what you can do. Apply today: buff.ly/IavKE4p

With 40+ employees and counting, we're always looking to expand the Trossen team. You're a great fit if: - You have a strong portfolio of personal projects - You're hungry to build skills and character for your career - You're excited about AI and robotics

For a deeper look at the SDK overview, visit: buff.ly/NOv2tRV If you just want the code, go straight to GitHub: buff.ly/cB8HoUW #PhysicalAI #Robotics #EmbodiedAI #DataCollection #MachineLearning #AIInfrastructure #DeveloperTools #TrossenRobotics

That means fewer dropped frames, less buffering overhead, and cleaner multimodal datasets for training Physical AI systems. In robotics, bad synchronization silently destroys model quality. The Trossen SDK solves it!

The Trossen SDK was designed around synchronization, throughput, and data integrity from the ground up: • Lock-free multi-producer architecture • Efficient batched I/O operations • Monotonic timestamps for replay + ordering • Real-time clock correlation across sensors