All the latest news and key insights you need from Neurai
What Is Neurai?
1. What Is Neurai?
Neurai is a decentralized blockchain project that integrates artificial intelligence (AI), the Internet of Things (IoT), and Web3 technologies into one unified ecosystem. It aims to power a machine-driven economy where devices can communicate, share data, and transact autonomously without relying on centralized infrastructure. Built with a lightweight proof-of-work (PoW) consensus, Neurai ensures secure, scalable, and tamper-proof interactions between smart devices, making it ideal for real-world automation across various industries.
2. Why Neurai Was Created
Neurai was developed to address the limitations of traditional AI and IoT systems, which often rely on centralized servers and cloud platforms. These centralized models are prone to single points of failure, data breaches, high latency, and limited interoperability. By leveraging blockchain, Neurai offers a decentralized alternative that provides:
Secure data validation and integrity
Transparent and immutable records of device interactions
Autonomous decision-making through AI-powered logic
Scalable infrastructure for the growing number of connected devices
3. How Neurai Works
Device Connectivity: IoT devices like sensors and edge systems connect to the Neurai blockchain using secure protocols to transmit real-time data.
Blockchain Validation: All transmitted data is recorded on-chain via Neurai’s proof-of-work consensus, ensuring transparency, authenticity, and immutability.
AI Model Interaction: AI models use on-chain data to generate insights, automate responses, or initiate actions based on pre-programmed logic.
Smart Contract Execution: Smart contracts manage logic flows, triggering automated actions like alerts, device commands, or fund transfers based on AI decisions.
Autonomous Payments: Devices or users can transact using $XNA for services such as data exchange, computation, or storage.
Developer & API Layer: Neurai provides SDKs and APIs that allow developers to build dApps or integrate blockchain functionality into IoT solutions.
4. Key Features of Neurai
AI + IoT Integration – Seamlessly merges intelligent processing with real-world device data
Lightweight PoW Protocol – Energy-efficient consensus designed for low-power devices and edge computing
Decentralized Data Layer – Immutable and tamper-resistant storage for IoT and AI-generated data
Autonomous Device Interactions – Enables machine-to-machine (M2M) logic, transactions, and communication
Edge AI Support – Runs AI algorithms closer to data sources for faster, more responsive automation
Developer Tooling – Includes APIs, SDKs, and templates for easy integration and dApp development
5. Who Can Use Neurai?
IoT Device Manufacturers – Looking to add secure, decentralized communication and payment systems
AI Engineers and Developers – Building autonomous applications that operate on verified real-world data
Startups & Enterprises – Especially in sectors like agriculture, logistics, manufacturing, or energy
Blockchain Enthusiasts and Miners – Interested in contributing to and earning from a PoW-based network
dApp Developers – Creating decentralized platforms that use on-chain data and automated logic
6. What Is the $XNA Token?
$XNA is the native token of the Neurai ecosystem and is essential for enabling its core functionality. It serves several purposes across the network:
Transaction Fees: Used for submitting data, interacting with smart contracts, and performing on-chain actions
Service Payments: Facilitates payments between machines for data, computation, or other services
Mining Rewards: Earned by miners who secure the network and validate transactions via PoW
Platform Access: Required to access certain developer tools, APIs, or advanced AI features
Governance Participation: May be used in future for decentralized decision-making or network upgrades
Social Pulse
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NeurAI Project / XNA@neuraiproject
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NeurAI Project / XNA@neuraiproject
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🔐 Neurai: MLDSA for ESP32
We present the first NIST post-quantum library exclusively for ESP32 microcontrollers, hosted in the Arduino library with easy integration into the software developed for these small devices.
This is one of several libraries that we will be creating for ESP32 devices to optimize the use of the Neurai network in the interconnection of IoT devices through the DePIN system that we have developed.
✨Features about this library
✅ FIPS 204 compliant
✅ML-DSA security levels (44, 65, 87)
✅Hardware RNG
✅Memory optimized
✅Constant-time
✅NVS key storage
✅Simple C++ wrapper classes (MLDSA44, MLDSA65, MLDSA87)
✅NIST test vectors
Today we have updated to MLDSA65 and MLDSA87, ensuring more powerful models for devices with greater resources, such as advanced ARM processors.
🎯Benefits of this library
1⃣ On-Device Transaction Signing The library enables ESP32 microcontrollers to process ML-DSA key generation and signature algorithms locally.
2⃣ Message Payload Authentication For Neurai's token-based messaging system, the library provides the necessary cryptographic functions to append ML-DSA signatures to data payloads.
3⃣ Elimination of Centralized Signing Proxies By supporting heavy cryptographic operations on the edge, the system architecture can be simplified.
4⃣ FIPS 204 Cryptographic Compliance for Extended Lifecycles Embedded devices often have operational lifecycles spanning several years.
5⃣ Implementation of Token-Based Access Protocols The library allows the ESP32 to act as a verifier for incoming commands.
🛰️ Conclusion
We are currently creating a series of devices with software for ESP32 that we will be presenting in the coming days. Although the problem of quantum computers is still years away, it is good to start thinking about having everything adapted for when the time comes.
With the DePIN communication encryption we currently have, we can be certain that it will not be possible to decrypt it for many years to come.
#Neurai #XNA $XNA #MLDSA #ESP32
NeurAI Project / XNA@neuraiproject
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🔐 Neurai: MLDSA44 for ESP32
Here's a sneak peek at what we've been working on these past few weeks.
The first MLDSA44 library for post-quantum signatures for ESP32, created by our developers.
More coming soon.
#Neurai #XNA $XNA #MLDSA44 #ESP32
NeurAI Project / XNA@neuraiproject
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🔬Testing with Neurai PostQuantum
On our website for generating Neurai addresses, we have added the ability to generate new Quantum Resistance addresses.
To try it out, you need to select: Neurai PostQuantum and generate words for the seed to be used.
The public key is very long, which is why it resists quantum computing, and the private key in this case is the seed to obtain the actual private key.
📍Address example:
nq1pg3j30a8hqnuxxq3f5cnh04dyhlgg4tt5mrnftn
#Neurai #XNA $XNA #FIPS204
NeurAI Project / XNA@neuraiproject
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DunkzGam1ng@dunkzgam1ng
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Head tracking with a Webcam and Opentrack NeuraI Net | Setup Guide for IL-2 Great Battles
