XYO Layer One was built for a world producing more data than ever before. AI systems, robots, sensors, DePIN infrastructure, and autonomous machines can generate enormous amounts of informati
XYO Layer One was built for a world producing more data than ever before. AI systems, robots, sensors, DePIN infrastructure, and autonomous machines can generate enormous amounts of information, and that creates a practical question: where should all of that data live?
Not every byte belongs directly on XYO Layer One.
That’s why XYO is partnering with Autonomys to connect XYO Layer One with Auto Drive, a decentralized storage platform designed for persistent data.
The combination gives developers a way to store larger datasets permanently on-chain through Auto Drive while using XYO Layer One to create verifiable records associated with that information. It expands the kinds of data-heavy applications developers can build around XYO without requiring XYO Layer One itself to become a giant file cabinet.
XYO brings the verification layer to that equation, giving developers a way to establish provenance and create a trusted record around datasets stored permanently on the Autonomys Network.
XYO is built around making data useful and verifiable.
For many applications, though, the information surrounding an event can be much larger than the verification record needed on XYO Layer One. A robot might generate video, sensor readings, system logs, and other data around a single action. An AI system might produce large outputs or supporting datasets. A decentralized physical infrastructure project could generate continuous streams of machine data.
Storing all of that directly on XYO Layer One isn't always practical.
Through this collaboration, developers can use Auto Drive to store the larger underlying dataset permanently on the Autonomys Network while XYO Layer One handles the verifiable record connected to it. As those datasets grow, being able to verify their origin and connect them to an immutable record becomes increasingly important.
“XYO Layer One is built for data-heavy applications, but not every piece of data belongs directly on XYO Layer One,” said Arie Trouw, CEO, CTO, and Co-Founder of XYO. “Autonomys gives developers a strong storage layer that complements the verification capabilities of XYO.”
Auto Drive provides decentralized, content-addressed storage through the Autonomys Network. Data uploaded through Auto Drive is erasure-coded, distributed across independent storage nodes, and archived into the network as part of its chain history, where it remains retrievable by content identifier. Developers can work with that storage through familiar tools, including SDKs, APIs, and an S3-compatible interface.
That familiar developer experience is important. Building decentralized applications shouldn't necessarily require developers to throw away the storage workflows and tools they already understand.
The partnership lets the two systems focus on different jobs. Auto Drive gives larger datasets permanent on-chain storage through the Autonomys Network, while XYO Layer One provides the verification infrastructure that establishes their provenance.
“Machines are generating more data than most infrastructure was built to handle. Autonomys makes it possible to store that full dataset permanently on-chain, and XYO Layer One adds a verification layer that proves where it came from. Together, developers get data that lasts and data they can trust,” said Todd Ruoff, CEO of Autonomys.
We’re beginning with an open-source developer sample that demonstrates how the two systems can work together.
The example stores an application payload using Auto Drive, confirms that the data can be retrieved, and connects that process with a signed transaction finalized on XYO Layer One.
The sample is intentionally straightforward. It’s meant to show developers the basic architecture and give them something they can build on as we expand the integration. Developers can also bring this architecture into AI applications through the XYO AI SDK, connecting verified data and provenance from XYO Layer One with larger datasets stored through Auto Drive.
The possibilities become much broader from there. Robotics logs, sensor records, AI-generated data, media, historical datasets, and other large or continuously growing sources of information can all benefit from storing the full dataset permanently on the Autonomys Network while connecting it to a verification record on XYO Layer One.
“This expands what developers and businesses can build around XYO,” said Markus Levin, Co-Founder of XYO. “It makes much larger datasets practical without sacrificing verification.”
The amount of data produced by machines is only going to increase. XYO’s goal isn't to put every piece of it directly onto XYO Layer One. It’s to give developers better ways to establish where data came from, connect it to verifiable events, and build applications that can trust the records they depend on.
Working with Autonomys gives XYO developers another piece of that infrastructure. This first open-source integration is the starting point, and we’ll be sharing additional documentation and examples as the collaboration develops.
