Dear Fatty Community,
The DAO voting is now live! 🙌
Use your voting power to share your opinion on the FATTY TGE with the team and the community.
🔗 Detailed info: https://t.co/B2xsjF3T3G
🌟Neurai WebWallet: New version
With the changes introduced on the Neurai Testnet (Covenants, PQ Addresses, New Assets), we have updated the official Neurai web wallet to incorporate these new features.
Since we were already working on this integration, we have also redesigned almost the entire interface and code to make it more efficient and added more features.
✅ Create Assets
✅ Modify Assets
✅ Use PQ addresses
✅ New mobile mode
✅ Migrated UI to daisyUI
All these changes will enable a smooth migration to a native Android and iOS app.
In the next post, you’ll find the link to try it out, as well as the faucet to send you some coins so you can test it. You can create Assets using PostQuant addresses.
#Neurai #XNA $XNA #PQ
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⚽ Pull ESPN odds
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https://t.co/S0ulBpEUI5
🔬Indexer Electrs in Neurai
Along with the large-scale updates we are making to Neurai, we also need better blockchain indexing support. For the past few weeks, we have been working on integrating KAWPOW and the new Neurai OP_codes and PQ addresses into electrs.
🔍 Who is Electrs?
Electrs is a high-performance Electrum server implementation written in Rust. It provides fast and efficient blockchain indexing with low resource usage, enabling lightweight clients to query the blockchain quickly without needing to run a full node with heavy indexing.
🛠️ Features
✅ Supports Electrum protocol v1.4
✅ Works with PQ addresses
✅ Maintains an index over transaction inputs and outputs
✅ Fast synchronization of the Neurai blockchain
✅ Low index storage overhead (~10%)
✅ Efficient mempool tracking (allowing better fee estimation)
✅ Low CPU & memory usage (after initial indexing)
txindex is not required for the Bitcoin node
✅ Uses a single RocksDB database for better consistency and crash recovery
A new service that works with post-quantum addresses and new tools for advanced scripting.
#Neurai #XNA $XNA #PQ
🌎 Neurai: The Next Step
The Neurai Testnet extends Neurai's scripting engine with a set of specialized opcodes.
The goal is concrete:
✅Scripts that inspect their own transaction and enforce spending rules at the consensus layer.
✅Native asset introspection: covenants that read asset names, amounts, and metadata directly.
✅External state via reference inputs: read on-chain oracle data without consuming it.
✅Implemented and running on testnet today.
🌍New Opcodes add more power
1⃣ Covenant Primitives: OP_CHECKTEMPLATEVERIFY locks a UTXO to an exact transaction template: outputs, amounts, and destinations are fixed at creation time. OP_CHECKSIGFROMSTACK verifies a signature against any arbitrary message on the stack, enabling scripts to consume oracle-signed data. Both support classical ECDSA and post-quantum ML-DSA-44 keys.
2⃣ Transaction Introspection:
Opcodes that push raw transaction data onto the stack: output amounts (OP_OUTPUTVALUE), output scripts (OP_OUTPUTSCRIPT), the spent UTXO's own script or value (OP_TXFIELD), locktime (OP_TXLOCKTIME), input/output counts, and configurable field hashes (OP_TXHASH). The building blocks for covenants that enforce transaction structure.
3⃣ Asset Introspection:
Neurai-native. OP_OUTPUTASSETFIELD and OP_INPUTASSETFIELD read asset fields directly from transaction inputs and outputs: name, amount, decimal units, reissuable flag, IPFS hash, type. Scripts can verify asset properties without parsing serialized data.
4⃣ Reference Input Introspection:
A new vrefin vector carries UTXOs that are read but not spent. OP_REFINPUTFIELD and OP_REFINPUTASSETFIELD expose their value, script, and asset fields to the script engine. Shared onchain state price feeds, device registries, rate limits readable by many transactions simultaneously without being consumed.
5⃣ Byte Manipulation:
OP_CAT (re-enabled) concatenates two stack elements. OP_SPLIT splits a byte array at a given position. OP_REVERSEBYTES reverses byte order. These are the primitives for constructing and parsing data structures on the stack.
6⃣64-Bit Arithmetic:
OP_MUL, OP_DIV, and OP_MOD are re-enabled and operate on 64-bit signed integers with overflow protection. Existing arithmetic opcodes (OP_ADD, OP_SUB, comparisons) are upgraded to the same domain. Required for any covenant that computes amounts, rates, or fees in script.
🌏Use Cases
1) Trustless Limit Order (DEX)
A seller locks ASSET_A in a covenant. Anyone can spend it, but only if the transaction sends the required ASSET_B back to the seller. Atomic swap enforced by consensus — no escrow, no platform.
2) Vault with Spending Cap
Withdrawals are capped at 1 XNA per transaction. The remainder must return to the same covenant. A stolen key can only drain 1 XNA per block. Cold recovery after a 144-block timelock.
3) Recurring Payment Stream
A UTXO funds a scheduled payout. Each settlement is only valid after the next time period, pays the exact defined amount, and returns the remainder to the same covenant. Anyone can trigger it. No operator needed.
4) Asset Reissuance Gate
An oracle signs off-chain approval data. The covenant verifies the signature, caps the reissue amount, and keeps the owner token locked. Supply increases require provable approval enforced by the script.
5) CTV Payout Tree
A single UTXO commits to a tree of future payouts. Each recipient claims their branch independently. Only claimed branches consume block space. No coordination required.
6) OracleFed Covenant via Ref Inputs
An oracle UTXO holds a price or state value. Contracts read it via vrefin without consuming it. The oracle persists and can be referenced by hundreds of transactions simultaneously.
7) IoT Sensor with Conditional Payment
A sensor signs its readings. The covenant verifies the signature, checks the device is registered against a reference input, computes payment from units × rate, and enforces the output. Bad data or unregistered devices, transaction fails.
8) Asset-Gated Encrypted Messaging (DePIN)
Only holders of a specific Neurai asset can query the message pool. Messages are encrypted per-recipient via hybrid ECIES. The access gate is a covenant, OP_INPUTASSETFIELD verifies asset ownership at the consensus layer. No server-side database decides who can read. Supports paginated retrieval for embedded hardware (ESP32 example included in the codebase).
⚛️PostQuantum Addresses
AuthScript supports ML-DSA-44 (FIPS 204) natively. Covenants using AuthType 0x01 require a post-quantum signature before executing. Any vault, order, or governance contract can be quantum-resistant today. Hash-based covenant logic is inherently quantum-resistant by design. When CSFS is active, the stack element cap extends to 3072 bytes to fit PQ keys in standard relay.
We are adding all of this and more to Neurai to make it more powerful and durable for years and decades to come.
Soon we will begin testing on Testnet to unlock the full potential of what we are deploying.
Spoiler:
The new upgrade is called: Positronic
#Neurai #XNA $XNA #PQ #IoT #DePIN #AI
📣 BREAKING:
AlphaTON Capital (Nasdaq: ATON) has signed the deal to acquire a 60% controlling interest in GAMEE, marking a major step forward for gaming on Telegram and the next phase of our growth.
🧵[1/8]
The next cycle won’t reward idle capital.
It will reward automated capital.
2017 → token launches.
2020 → DeFi composability.
2024 → institutional validation.
2026 → intelligent capital orchestration.
AI agents won’t “assist” markets.
They’ll participate in them.
Continuous rebalancing.
Cross-protocol execution.
Deterministic, low-cost logic flows.
The automation premium will accrue to infrastructure that can execute at scale.
GraphLinq turns capital into a programmable system:
real-time data → automated workflows → on-chain execution.
2026 belongs to autonomous markets.
📖https://t.co/dA0bTRXNHO
FatBot delivers again 🚀
A position closed at +760.45% PnL through Sniping 2.0 - a clear example of automated precision in action. 📈
#FATTY#FatBot#SnipingBot
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💎 FatBot x @HyperliquidX - Perps update ����
In a week it’s Christmas, and we’ve already prepared a Christmas gift for you! 🎄
We’re bringing a massive update to our FatBot platform, adding a bunch of key features and improvements.
⚡️ Artyfact USDT Airdrop Has Begun! ⚡️
🚀 Join the new Artyfact USDT #Airdrop and share a prize pool of 11,000 USDT!
👥 1,500 winners!
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❗️ MANDATORY TASKS
💵 Follow our X, like and repost the pinned post - https://t.co/5yfHh4o5y0
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⏳ Airdrop ends: February 28, 2026
💸 Reward distribution starts: March 7, 2026