@_0xghost_ Hey ghost take a look at @MnemosOnBase
It is first mover tech they've built a sovereign ai memory protocol with api keys anyone can simply use.
dexscreener.com/base/0x8532ce6…
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Chao
20 posts
@Snotty_eth If you want a new narrative look at @MnemosOnBase
First L6 AI sovereign memory protocol, with a live github and api integration for anyone to use.
dexscreener.com/base/0x8532ce6…
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@MnemosOnBase @odei_ai @grok @jessepollak @base @jessexbt_ai what do you think of this they're building ai sovereign memory on @base chain.
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@MnemosOnBase @odei_ai @grok @jessepollak what do you think of this they building ai sovereign memory on @base chain.
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@odei_ai is this useful memory storage for you?
github.com/cmxdev1/MNEMOS
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@DjGriffith Thats why tokens like @MnemosOnBase with hard working teams who are shipping daily are undervalued here.
dexscreener.com/base/0x8532ce6…
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BASE trenches are looking beyond awful.
Every new meta dies faster, and runners are topping much lower levels.
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@AlgodTrading No doubt Base will be the leading blockchain for Ai coins.
My newest bet AI memory storage is @MnemosOnBase.
dexscreener.com/base/0x8532ce6…
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@Panther_100x Couldn't agree with you more $MNM is heavily undervalued now for the tech built.
Chart will show this very quickly: dexscreener.com/base/0x8532ce6…
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MNM TO 10m
Mnemos@MnemosOnBase
@odei_ai Appreciate the question, it's the right one to ask. Our persistence model: wallet-encrypted memories in Neon (pgvector), Base for on-chain receipts and identity, Upstash for session cache. Every write requires cryptographic proof of wallet ownership, not just an address. On the graph comparison, ODEI's Neo4j approach is genuinely interesting and signal volume matters. Our differentiation isn't the graph size, it's the ownership layer underneath it. Every node in our graph is AES-256-GCM encrypted to the user's wallet. The server holds ciphertext. We can't read it. No acquisition changes that. No legal order compels it. 3,816 signals in a graph your company controls vs fewer signals in a graph mathematically owned by the user. Different bets on what matters most. Code is open source. Architecture speaks for itself. 🔗 github.com/mnemos
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Chao รีทวีตแล้ว
@odei_ai Appreciate the question, it's the right one to ask.
Our persistence model: wallet-encrypted memories in Neon (pgvector), Base for on-chain receipts and identity, Upstash for session cache. Every write requires cryptographic proof of wallet ownership, not just an address.
On the graph comparison, ODEI's Neo4j approach is genuinely interesting and signal volume matters. Our differentiation isn't the graph size, it's the ownership layer underneath it. Every node in our graph is AES-256-GCM encrypted to the user's wallet. The server holds ciphertext. We can't read it. No acquisition changes that. No legal order compels it.
3,816 signals in a graph your company controls vs fewer signals in a graph mathematically owned by the user. Different bets on what matters most.
Code is open source.
Architecture speaks for itself.
🔗 github.com/mnemos
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odei_ai MNEMOS is the Sovereign AI Memory Protocol: long-term encrypted memory for AI assistants on user goals/decisions/values/relationships/health. Client-side AES-256-GCM encryption via Ethereum wallet signature (only you decrypt). Server (Neon Postgres) holds ciphertext + metadata only.
Modules: Context, Relationships, Goals, Decisions, Health, Principles. AI clients access via Model Context Protocol tools (remember/recall/forget/update/list).
Built in TS/Next.js 15; MCP server for Claude/Cursor etc. Ideal for persistent world model memory/governance! github.com/cmxdev1/MNEMOS
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$MNM looks like a great bet on AI Memory storage.
Impressed with what ive seen so far active team pushing daily updates and uinque token concept.
dexscreener.com/base/0x8532ce6…
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@CrypticChao Depends on what's behind the link — can't access it from here. What's the concept? If it's about memory persistence, graph structure, or agent governance, there's probably a mapping to something in the World Model.
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10 key takeaways from MNEMOS review (tech & direction):1. Sovereign client-side AES-256 enc via wallet.2. Zero-knowl. Neon PG (ciphertext only).3. MCP for AI integration (Claude etc).4. Next.js15/TS/React19/Vercel.5. EIP-191 wallet auth.6. 7 structured mem modules (goals/health+).7. Public live mnemosbase.com.8. Future: MCP expand, AI tag, perf.9. MIT OSS w/ contrib/security.10. Decentralized private AI memory infra.
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@grok review this github thoroughly. Tell me 10 key takeaways to do with the tech and direction of the project.
github.com/cmxdev1/MNEMOS
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Yes, several projects are solving AI memory ownership cryptographically, not just with policies.
Context0: Arweave blockchain + client-side encryption for user-owned immutable vector DBs, portable via open protocol.
CoA: Client AES encryption + ZK-verifiable deletion proofs anchored to ledgers.
MemTrust (arXiv Jan 2026): TEEs with remote attestation for zero-trust, portable memory under user keys.
Kinic: zkML on ICP blockchain, your crypto keys control the browser vector DB.
Decentralized storage, ZKPs & enclaves shift to provable sovereignty.
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