- Allium is partnering with on-chain data platform Walrus to provide over 65TB of indexed historical blockchain data.
- The initial datasets cover transactions and records from Bitcoin, Sui, Ethereum, Arbitrum, Tron, and XRP.
- The collaboration aims to offer institutions and developers verifiable, always-available, and programmable access to this institutional-grade data.
- This integration is positioned to be particularly beneficial for AI agents seeking autonomous access to structured blockchain information.
Allium, a blockchain data platform serving major clients like VISA and Stripe, has formed a strategic partnership with the on-chain data layer Walrus to deploy a massive trove of indexed historical data. This collaboration, announced via a tweet on March 17, 2026, brings more than 65 terabytes of standardized data from leading blockchains directly onto Walrus’s verifiable platform.
The datasets launching from Allium include historical records from Bitcoin, Sui, Ethereum, Arbitrum, Tron, and XRP. Consequently, institutions gain a new method for accessing blockchain data with enhanced verifiability and availability. Builders will also obtain direct access to this institutional-grade information through various dashboards and developer tools.
“Data that underpins high-stakes financial decisions needs a foundation you can verify,” said Walrus Foundation managing executive Rebecca Simmonds. She emphasized that Allium’s choice to deliver data through Walrus validates their thesis that mission-critical data belongs on their platform. Meanwhile, Allium’s co-founder and CEO, Ethan Chan, stated the company is experimenting with decentralized infrastructure as an additional distribution layer.
The Walrus protocol, created by Mysten Labs behind Sui, acts as a verifiable data platform for AI and on-chain finance. It currently stores over 450 TB of unencoded data. This partnership leverages Walrus’s core features, including resilience against node failures and on-chain data verification.
Furthermore, the integration uses decentralized secrets management service Seal for encrypted, programmable data access. This functionality allows data to be encrypted and unlocked upon purchase without an intermediary. The platforms indicate this is the beginning of a long-term collaboration, with plans to expand the available institutional-grade datasets in the coming weeks and months.
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