Frequently Asked Questions

DataHaven is a decentralized, AI-first storage solution designed as an Autonomous Verifiable Service (AVS) and secured by Ethereum restaking through EigenLayer. DataHaven provides an unshakable foundation for the next wave of digital transformation by ensuring that data is:

• Tamper-proof, protected by cryptographic proofs that guarantee integrity
• Verifiable, allowing AI-generated models and logs to remain auditable and accountable
• Censorship-resistant, ensuring no single entity controls access
• AI-optimized, designed for federated learning, AI agents, and machine learning workloads

DataHaven is built for developers, builders, and users who demand a decentralized storage layer that is secure, programmable, and built for the future of the internet. While we are AI-first — meaning our architecture natively supports agent memory, chaining, RAG, and verifiability — DataHaven is also a top-tier, general-purpose storage solution. It’s designed to rival centralized alternatives in performance and composability, supporting any use case where data needs to be trusted, dynamic, and decentralized.

DataHaven is being developed by the same team behind Moonbeam Network, including Moonsong Labs, PaperMoon, OpsLayer, and key contributors from the Moonbeam Foundation. The Foundation has also expanded its team and partners to ensure both DataHaven and Moonbeam continue to thrive.

DataHaven’s economic model is centered around a system token that will be considered native to the network. This token is integral to the network’s operation and value accrual and will serve several key functions. There is no token sale planned at this time. Stay tuned for more details on tokenomics and the role(s) GLMR will play in the DataHaven network.

As a strategic product expansion, DataHaven is funded by the Moonbeam Foundation.

The demand for data infrastructure purpose-built for AI, verifiability, and agent workflows is growing. Incumbent solutions have yet to demonstrate real traction in these areas. DataHaven meets these needs directly by combining composability, cryptographic verifiability, and Ethereum-grade security. DataHaven is designed to be flexible and extensible. Over time, an MSP (Main Storage Provider) implementation could be developed to support high-frequency read/write operations by temporarily storing data in memory and periodically syncing back to DataHaven for persistence. Any such solution would need to prioritize two aspects of the CAP theorem—consistency, availability, or partition tolerance—based on the requirements of the specific use case.

DataHaven’s goal is to become the leading decentralized storage platform for both AI-native and general-purpose applications — a high-performance, programmable alternative to centralized services like S3. While purpose-built for AI agents, verifiable compute, and autonomous systems, DataHaven is designed to be the go-to solution for any use case that demands secure, censorship-resistant data infrastructure.

Join our community via Discord, Telegram, and X (Twitter)! You can support DataHaven by sharing announcements, participating in early conversations, and helping us create a passionate, informed community.

DataHaven is an EVM-compatible chain with integrated, programmable storage and smart contract capabilities. It uses EigenLayer’s restaking protocol to secure its AVS and features a native runtime storage module for flexible data handling.

DataHaven operates as an AVS secured by EigenLayer, leveraging Ethereum’s economic security via restaking. This enhances trust and makes it easier to attract node operators, partners, and capital to support long-term scalability and reliability.

AI agents require decentralized memory, data access, chaining, and audit logs. DataHaven supports all of these by allowing agents to store and query large structured and unstructured datasets in a secure, authentic, and tamper-proof environment. It’s built to prevent adversarial manipulation while enabling transparency and control.

DataHaven empowers both humans and AI agents with sovereignty over their data. Through cryptographic verification and customizable permissioning, users can maintain privacy while retaining full control over how and where their data is used.

Even when the broader market is in flux, innovation doesn’t stop. DataHaven addresses critical infrastructure gaps in AI, data verification, and decentralized storage—which is especially relevant as demand for sovereign AI and censorship-resistant systems continues to grow. And we are already seeing significant inbound demand, which validates our model.

DataHaven is a general-purpose, programmable storage layer for any use case involving smart contracts and dynamic data—whether that’s DeFi, tokenized assets, public goods, or governance data.

Unlike incumbents, DataHaven is:

• The first and only decentralized storage platform secured by Ethereum restaking via EigenLayer — offering unmatched trust, economic security, and alignment with the broader Ethereum ecosystem
• Purpose-built for dynamic, programmable, and AI-native use cases
• Fully EVM-compatible with its own execution layer
• Built for composability, not just cold storage

Our MVP is currently in development, with a public testnet to follow. Developer documentation, SDKs, and smart contract templates will be made available to support integrations with AI frameworks, LLMs, and standard EVM tooling. Stay tuned and watch our Discord, Telegram, and X (Twitter) for announcements!

Yes. Ecosystem grants and contributor programs will support early builders, especially those working on decentralized AI, storage infrastructure, and verifiable compute.

Absolutely not. DataHaven is an expansion—not a replacement. Moonbeam remains a Polkadot rollup with its own roadmap and focus. DataHaven creates new surface area for Moonbeam in Ethereum, bringing new users, partnerships, and use cases to both ecosystems. In addition, we plan to introduce native storage functionality to Moonbeam.

DataHaven shares a common runtime architecture with Moonbeam but differs in a few ways. First, DataHaven is secured via EigenLayer as opposed to Polkadot validators. Second, because DataHaven will run as a standalone chain, it will feature higher overall throughput for transactions than Moonbeam. Meanwhile, Moonbeam will allow other Polkadot rollups to access storage natively via XCM. A trustless bridge between the two will enable liquidity and composability across networks.

Yes. $GLMR can be restaked to help secure DataHaven through EigenLayer, creating tighter economic alignment between the two ecosystems.

DataHaven enhances Moonbeam’s reach into the Ethereum ecosystem, creates shared infrastructure, and introduces new growth paths through its role as a storage layer for the AI-native web.

Moonbeam has always focused on interoperability and developer experience. DataHaven builds on that vision by enabling Moonbeam dApps to access native decentralized storage and participate in a broader, Ethereum-secured data economy.

Yes! Moonbeam will continue to operate as a top parachain in the Polkadot ecosystem, with a roadmap focused on interoperability. As part of this evolution, we plan to introduce native storage functionality to Moonbeam. This will create a shared, cross-ecosystem storage fabric with DataHaven while ultimately strengthening both platforms.

Yes! DataHaven has contributor and community programs already live, with more launching soon. If you’re interested in getting involved, stop by the Discord to learn more and get started.

Yes. We have Discord activities going every week in the DataHaven server and will have more AMAs starting shortly.

Join our Discord to share feedback, ask questions, and participate in real-time discussions with the core team and other community members.

Follow our official channels:

• Website
• Twitter/X
• Telegram (Group)
• Telegram (Announcements)
• Discord