Vanar Unveils MyNeutron Decentralized AI Memory Layer For Portable And Permanent AI Context
In Brief
Vanar has launched MyNeutron, a decentralized AI memory layer that transforms knowledge into user-owned, verifiable Seeds for seamless, permanent, and portable integration across AI models.
Network developing a comprehensive AI infrastructure stack for Web3, Vanar announced the launch of MyNeutron, the first decentralized AI memory layer. MyNeutron introduces a new concept called Seeds, which are compressed, verifiable knowledge capsules that provide users with full ownership of their data and context across different AI models.
For years, AI assistants such as ChatGPT, Claude, and Gemini have struggled with “AI amnesia,” requiring users to repeatedly provide the same information and depend on centralized servers. MyNeutron addresses this limitation by leveraging Vanar’s Neutron technology to convert knowledge into Seeds that can be securely stored in the cloud, on platforms like Google Drive, or permanently on-chain, creating a new category of AI memory assets fully controlled by the user.
“AI is only as good as what it remembers,” said Jawad Ashraf, Co-founder and CEO of Vanar, in a written statement. “Seeds are portable, verifiable, and composable across chains and apps—your AI context finally belongs to you,” he added.
MyNeutron: Decentralized AI Memory Layer Enabling User-Owned, Verifiable Knowledge Assets
MyNeutron allows users to capture content from a variety of sources, including webpages, PDFs, Gmail, Drive, Slack, and LLM chats, with a single click. The system automatically organizes this information into semantic, searchable memory units, which can then be integrated seamlessly into AI models such as ChatGPT, Claude, or Gemini. For long-term preservation, Seeds can be anchored on-chain, providing permanent and verifiable storage.
“We spend all day in tabs, chats, and PDFs, then lose most of it,” said Jawad Ashraf, CEO of Vanar to Mpost. “Bookmarks become guilt piles we never revisit, and every app hoards your data in its own silo. MyNeutron captures the useful bits as you work and builds your searchable knowledge store. When you switch AI models or platforms, your entire context travels with you. The memory stays with you regardless of which AI you use,” he added.
Neutron introduces a novel category of memory assets known as Seeds, which can be owned, shared, or incorporated into AI agents and decentralized applications. By applying semantic compression, documents are transformed into AI-readable capsules without loss of meaning. Seeds are cryptographically tied to the user, ensuring that knowledge remains intact when switching devices, applications, or even blockchain networks.
“Every capture becomes a Seed with a signature, timestamp, and provenance,” said Jawad Ashraf. “When AI gives you an answer, it cites specific Seeds, so every claim has receipts. For enterprises, this means audit-ready AI. Decisions, summaries, and reports link back to durable Seeds that satisfy compliance, KYC/AML, and internal audit requirements without vendor dependency. Researchers can trace every citation back to the exact source. You can fork someone’s research, add your annotations as new Seeds, and publish just the additions. In decentralized apps, Seeds create traceable DAO memory, cross-chain registries, and licensable knowledge bundles. The applications go far beyond personal assistants,” he noted.
All prompts, insights, and ideas are securely retained under the user’s control and can be reused across AI workflows. By integrating Vanar’s on-chain semantic data layer through the Model Context Protocol (MCP) or a Chrome extension, MyNeutron makes verifiable AI memory broadly accessible, enabling a new era of user-owned, agentic intelligence.
“The biggest challenges were fragmented chains, storage silos, identity systems, and vendor lock-in disguised as convenience,” said Jawad Ashraf. “Plus AI models that sound confident but provide no proof for their claims.
We built MyNeutron with wallet-anchored identity and client-side encryption by default. Every Seed is content-addressed and signed, with no god-mode server watching over. For privacy, we encrypt and shard originals at the page level, so you share only what’s needed for proof,” he explained.
“We force AI to reference specific Seed IDs for every statement it makes. Unsupported claims get flagged visibly, and versions keep summaries tied to what was written. We made it usable at scale with one-gesture capture, sub-second semantic search, and adapters that let you switch providers without losing your history.
For cross-chain compatibility, we use a lightweight on-chain registry for anchors and permissions, store encrypted content off-chain, and use attestations to prove Seeds across ecosystems without heavy bridges. Your life’s research becomes portable, provable memory that you own and can use with any AI,” Jawad Ashraf highlighted.
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About The Author
Alisa, a dedicated journalist at the MPost, specializes in cryptocurrency, zero-knowledge proofs, investments, and the expansive realm of Web3. With a keen eye for emerging trends and technologies, she delivers comprehensive coverage to inform and engage readers in the ever-evolving landscape of digital finance.
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Alisa, a dedicated journalist at the MPost, specializes in cryptocurrency, zero-knowledge proofs, investments, and the expansive realm of Web3. With a keen eye for emerging trends and technologies, she delivers comprehensive coverage to inform and engage readers in the ever-evolving landscape of digital finance.
