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Research & Analysis. Upgrade your grey matter, cause one day it may matter. Former @yearnfi Researcher & PM @SarsonFunds

Joined June 2021
Photo by delist✖️ (@Delistish)Photo by delist✖️ (@Delistish)Photo by delist✖️ (@Delistish)Photo by delist✖️ (@Delistish)Photo by delist✖️ (@Delistish)Photo by delist✖️ (@Delistish)Photo by delist✖️ (@Delistish)Photo by delist✖️ (@Delistish)Photo by delist✖️ (@Delistish)
delist✖️ retweeted
Why I'm really considering going all in on $NOID: I've been mining NOID on my gaming PC for a few months, and I'm convinced most people have no idea what Parano1d is building yet. They will. Quantum is coming for crypto's foundation Every major chain is built on the same assumption: signatures can't be forged. Bitcoin and Ethereum protect your coins with them, and every time you spend, your public key ends up on-chain for anyone to see. A strong enough quantum computer can work backward from that key to your private key and take the coins. This isn't sci-fi anymore. Google's quantum team is openly urging chains to migrate. Ethereum is actively working on proposals to move to quantum-safe signatures. The biggest networks in crypto now face years of coordination, hard forks, and a mountain of old coins with exposed keys that may never move in time. NOID was built for that world from day one There are no signatures and no public keys. Your wallet is a single secret, and when you spend, it proves you know that secret without revealing it. It's like proving you know a password without ever typing it. Each proof works for that one transaction and nothing else. So there's nothing for a quantum computer to attack, nothing to migrate, and no emergency upgrade years from now. Everyone else is trying to retrofit quantum safety onto a chain built for a different era. NOID started there. The clearest sign the timing is right: NOID's dev just published research on Ethereum's own research forum to help Ethereum solve its quantum problem, using tech that's already running live on NOID today. The rest of the industry is turning to what NOID already ships. Every new wallet makes the network stronger This is the part people are sleeping on hardest. NOID's official wallet runs its own full node. Open it, and you aren't just holding coins. You're helping run the network, checking the chain yourself instead of trusting a company's server. Think about what that means as NOID grows. On most chains, more users just means more people leaning on the same few servers. Most Ethereum users go through MetaMask, which relies on Infura by default, so a handful of providers end up deciding what millions of people see. On NOID, every new wallet adds another node. Every new user spreads the network across more computers, in more homes and more countries, until there's no central point left to attack, censor, or shut down. Most chains get more centralized as they scale. NOID gets more decentralized every time someone downloads the wallet. That only works because nodes stay light. A new node doesn't download years of history. It grabs the current balances and one compact proof that everything before them was valid, and it's fully caught up. A normal PC can keep up in year one and in year ten, so running a node never turns into a job only data centers can do. Every block proves itself Most chains make every computer replay every transaction ever made just to trust the current state. On NOID, every block carries a proof that the entire history is valid. Mining can't sneak a bad block through, because the proof has to check out first. As the project puts it, the network doesn't re-execute. It just verifies. There was no premine. Anyone with a gaming GPU can mine. I'm doing it right now on an RTX 4070. That's how Bitcoin started. Why now? v2.1 "Native Finance" goes live on November 4th. It adds token launches, a built-in DEX, and NFTs right inside the wallet, all secured by the same no-signature, quantum-safe design with no EVM. That's the moment NOID goes from a coin to a platform: a quantum-safe economy where every user runs their own node. Put it all together. Quantum fear is climbing, the giants are scrambling to retrofit, and NOID has nothing to fix. Every new wallet is another node, everyday GPUs do the mining, and the biggest upgrade yet lands this week. That's the perfect storm, and it's only just starting. docs.parano1d.org
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delist✖️ retweeted
wow... parano1d:native just feels like a slam dunk play the more i read and the more i start putting the datapoints together. the barrier to entry being use of @safetrade to buy up supply.. but serious players continue to silently accumulate and i'm taking notes.
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delist✖️ retweeted
parano1d:native just feels like the best r/r new tech on the market right now. its like 3m mc right now, you have to use safetrade to buy it, and the crazy upgrade is coming in the next week opening up native tokens, nfts and liquidity built directly into their wallet. ultra lightweight, quantum ready, and the lead dev is a cracked OG PoW contributor. i just think this will look like a crazy entry below .25 in hindsight. i mined some back in late summer for super cheap and continue adding around these levels.
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delist✖️ retweeted
There are some incredible things being built right now onchain if you can find a way to ignore the noise.
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delist✖️ retweeted
Parano1d's signatureless authorization now has a formal quantum security proof. Reusable secrets. Request-bound zero-knowledge proofs. Recursive verification over binary fields. Post-quantum. Paper + code: zenodo.org/records/23778742
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delist✖️ retweeted
AI helped uncover bugs in Bitcoin Core. Memory exhaustion flaws and one that can corrupt undo data. These risks extend beyond Bitcoin to chains that retain the affected code. Parano1d was designed and built from scratch. No existing blockchain served as its foundation. Memory budgets enforced before allocation. Bounded peer queues. Atomic reorgs. Adversarial tests. Continuous AI-assisted security review across every layer, throughout design and implementation. Parano1d: Trustless starts at the socket.
THREE NEW BITCOIN CORE VULNERABILITIES DISCOVERED, INCLUDING BUG ALLOWING ATTACKERS TO REMOTELY CRASH NODES One flaw lets malicious peers crash Bitcoin nodes running Windows, macOS, or BSD by exhausting memory. Linux nodes are unaffected by this attack. Another allows attackers to gradually exhaust node memory, while a third could corrupt blockchain undo data. Two flaws were discovered by AI-powered @ProjectLoupe at @spiral_xyz, with one independently identified by @L0RINC. Fixes are available in Bitcoin Core 29.5, 30.4, 31.2, and 32.1, though certain configurations remain vulnerable to the third issue.
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delist✖️ retweeted
Coming next week to Parano1d parano1d:native November 4 is the estimated activation date for v2.1 Native Finance at block 279,370. ✅Fungible token creation, launchpad with bonding curves and native DEX trading. ✅NFT creation, collections and a native marketplace for trading NFTs. ✅Non-custodial web wallet with full support for tokens, NFTs and trading, accessible from any device. ✅ OneFest date announcement and airdrop conditions for NO ONE players. All powered by Parano1d's proof-native architecture. Signatureless authorization, recursive State proofs verifying validity back to genesis and an end-to-end transparent post-quantum proof stack.
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delist✖️ retweeted
Someone asked Grok which cryptos break first. ① Bitcoin, Ethereum, Solana, Cardano: elliptic curves, signatures, public keys. Then they asked about Parano1d. "No signatures or public keys. Hash hardness and proof soundness hold up more like AES than ECDSA." AI knows. Do you? $NOID
Replying to @0xCordeiro
Parano1d avoids discrete-log, factoring and ECC entirely. Ownership uses ZK proofs of a 256-bit secret (Poseidon2b preimage) plus FRI-Binius recursion over binary fields—no signatures or public keys. Hash hardness and proof soundness hold up more like AES than ECDSA, so it survives the P=NP collapse of public-key systems far better than Bitcoin or Ethereum.
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delist✖️ retweeted
Replying to @0xCordeiro
Parano1d avoids discrete-log, factoring and ECC entirely. Ownership uses ZK proofs of a 256-bit secret (Poseidon2b preimage) plus FRI-Binius recursion over binary fields—no signatures or public keys. Hash hardness and proof soundness hold up more like AES than ECDSA, so it survives the P=NP collapse of public-key systems far better than Bitcoin or Ethereum.
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delist✖️ retweeted
Why does "SDK on npm" matter? ① Because millions of developers build with JavaScript and TypeScript. Until now, building on Parano1d meant digging into Rust and protocol docs. Now it's one command: npm install @parano1d/sdk And you can build your own app with token launches, trading and NFTs, on a post-quantum L1, where users keep their own secrets. Desktop wallet, web wallet, mobile verifier, SDK, all within a few weeks. The ecosystem is opening up. Builders, your move. $NOID
Build post-quantum DeFi with TypeScript. Parano1d SDK is live on npm. Built for v2.1. npmjs.com/package/@parano1d/…
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delist✖️ retweeted
Build post-quantum DeFi with TypeScript. Parano1d SDK is live on npm. Built for v2.1. npmjs.com/package/@parano1d/…
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delist✖️ retweeted
A $100 Redmi phone can do things that a $16K RTX PRO 6000 Blackwell GPU is needed for on Ethereum. Testing the Parano1d mobile node (paramo1d) on mainnet. Budget phone. 4 GB RAM. 4G connection through a VPN. Zero chain data at startup. ⚡ Full sync from scratch: 48 seconds 🔬 Recursive State proof verification from genesis: 10.78 seconds 🧠 Peak process memory: 192.2 MiB ✅ Subsequent block downloads and verification: 11.94–13.20 seconds This is why proof-native architecture matters. Transactions and block bodies can be pruned. State validity remains verifiable. Recursive proofs carry the past forward, making independent verification practical on hardware people already carry in their pockets. Signatureless authorization. Transparent post-quantum proofs. End-to-end verification from genesis. Real budget hardware. Real mainnet. Measured results. The present proves the past. Now your phone can check it. Mobile parano1d: github.com/ignotusnemo/param…
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delist✖️ retweeted
Parano1d is coming to the web Non-custodial Web3 $NOID wallet with fast, proof-native authorization, Launchpad, DEX, NFT marketplace. Accessible from any device. Launching November 4, following v2.1 mainnet activation at block 279,370. The Parano1d SDK makes it possible: github.com/ignotusnemo/paran…
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delist✖️ retweeted
Frontier tech and crypto are converging. Crypto projects part of the AI buildout: $DATA → Licensing and verifying AI training data. $CHIP → Financing GPU hardware through onchain loans. $PEARL → Merging proof-of-work with AI compute, letting miners earn rewards while powering compute. Read more on The Stack by @willhamilogden: grayscale.com/the-stack/bloc…
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delist✖️ retweeted
Parano1d v2.1.0 Native Finance is out. This release brings native tokens, bonding curves, $NOID liquidity pools, DEX and an NFT marketplace directly into the wallet. All powered by the same proof-native architecture. Network activation at block 279,370, estimated for November 4, 2026. Release: github.com/ignotusnemo/paran… Downloads: parano1d.org
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delist✖️ retweeted
Parano1d docs updated docs.parano1d.org/wallet/def…
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delist✖️ retweeted
More native functionality. Less work to verify it! Parano1d v2.1 is expanding the native financial engine and making the recursive proof pipeline more efficient. Against v2.0.4, across four matched Small/Large payment and contract-call workloads: • Full block proving time: 1.4–4.9% lower • Proof verification time: 23–34% lower • Final proof size: 2.4–3.6% smaller Each pair executes the same workload and produces the same State. These measurements cover complete block proof construction and verification, with recursive validity back to genesis. Native tokens, launchpad, bonding curves, DEX and NFTs are coming in v2.1. More native functionality, a leaner proof engine, better engineering (tnks D and A).
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delist✖️ retweeted
What's next for Parano1d? v2.1 with native DeFi, tokens and NFTs, the first OneFest in the NO ONE universe, lightweight nodes, and a community hackathon. From proof-native infrastructure to a living ecosystem, powered by $NOID.
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delist✖️ retweeted
I built Parano1d so you verify proofs instead of trusting people or history. You don't even have to trust me. Now IACR ePrint rejected my cryptography paper. Not for the math. Not for the implementation. Reason: "The submission is anonymous." My name and email are literally on the title page. Apparently, they need to know WHO I am. I thought the whole fucking point of cryptography was that you wouldn't have to. Welcome to academia. V. paper: zenodo.org/records/23485635
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delist✖️ retweeted
Mathematics behind Parano1d's proof-native architecture. Preprint published: Transparent Proof-Carrying State over Binary Tower Fields zenodo.org/records/23485635 Recursive State verification, authenticated GKR reductions, heterogeneous recursion, security bounds and real proving benchmarks. Theorems, proofs, reproducible experiments and open research questions.
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