Production decentralized storage infrastructure.

Protocol Labs pedigree

Built by the people who built the protocol.

AR Data's founder engineered IPFS and Filecoin infrastructure at Protocol Labs — the organization that invented both protocols. This is not a team that learned decentralized storage from documentation or a Web3 bootcamp. This is production infrastructure built at the organization where the protocols were designed, iterated, and deployed at scale.

That depth is the foundation for Delta Storage — a production decentralized storage product we have shipped and operate. Delta Storage is the kind of system that only gets built when you understand the protocol well enough to work around its rough edges, optimize its performance characteristics, and make it behave reliably for end users. See Delta Storage.

When clients engage AR Data for decentralized storage work, they are not getting a systems integrator who knows how to call an API. They are getting engineers who have operated at the protocol layer — who understand why content routing behaves the way it does under load, how Filecoin's retrieval market actually works, and what it takes to run IPFS at enterprise scale without it becoming a maintenance liability.

Why decentralized storage matters

The fundamental problem with location-addressed storage — the model every cloud provider uses — is that a URL tells you where data is, not what it is. If that location changes, the link breaks. If the server goes down, the data is inaccessible. If the vendor decides to remove the content, it is gone. Enterprise systems that depend on data being permanently accessible should not be built on infrastructure that can fail at the discretion of a third party.

Content addressing solves this at the protocol level. A CID is a cryptographic hash of the content itself — it is the same no matter where the data is stored, and any node that has the data can serve it. You can verify that what you received is exactly what was stored, without trusting the server you received it from. That is not a product feature. It is a property of how the data is identified.

The practical consequences matter for enterprise: censorship resistance means your data cannot be taken down by infrastructure providers acting under external pressure. Data permanence means archival storage can be proven, not just claimed. Cost reduction at scale is real — decentralised storage markets create pricing competition that cloud incumbents do not face. Elimination of single points of failure follows from the distributed architecture. None of these are theoretical. They are properties that show up in production.

Why AR Data

Protocol Labs pedigree is the starting point. The founder built IPFS and Filecoin infrastructure at the organization that invented both — that is the depth we bring to client engagements. The systems we deliver are not demos or proof-of-concepts. They are production infrastructure built by engineers who have operated these protocols under real-world conditions.

Agentic workflows make us meaningfully faster than traditional delivery. That is not a claim about effort — it is a claim about throughput. We run agentic systems across research, code generation, testing, and documentation. The engineering judgment that directs those systems comes from 20+ years of enterprise delivery at Oracle, IBM, Protocol Labs, Macquarie, Scotiabank, and Iron Mountain. Faster delivery does not mean lower quality — it means we can take on the scope that other shops cannot close.

We are based in Canada and work with enterprise and growth-stage clients who need decentralized storage expertise they cannot hire in-house. If your organization is serious about building on IPFS, Filecoin, or the broader decentralized storage ecosystem, we are the team to call.