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NeurAI Project / XNA
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Neurai is a Layer-1 blockchain with ASIC resistant and NFT/FT onchain focused on IoT and AI. GPG: E04B BAAB FD79 2564 3C84 8275 5401 5574 1B13 FE02
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NeurAI Project / XNA
03-26
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🔬Neurai HW After creating the browser addon for Neurai, developing a decentralized system for SWAP using Atomic Swaps, and building a library to sign and manage addresses on the ESP32, we now needed to create a wallet that signs transactions directly on the microcontroller itself, without exposing private keys, and here we are. 🔥 Neurai ESP32 Wallet This first version will use the @lilygo9 ESP32-S3 Display because it is powerful in cryptography and easy to acquire. We have also created a specific library for creating transactions for coins or assets to be used on the ESP32 called: neurai-sign-esp32 ✨ What can we do? This wallet is configured with 12/24 recovery phrases and can be connected to the web wallet and the add-on we have. From there, you can sign transactions just like with a Ledger, accepting or rejecting signatures to move XNA or Assets. Easy, powerful, and secure. Here are a few images of this version currently in development. The current design is functional but will be updated 😉 And the code will be available in the coming days on our GitHub. #Neurai #XNA $XNA #ESP32 #IoT #Assets
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NeurAI Project / XNA
02-20
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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 twitter.com/neuraiproject/stat...
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NeurAI Project / XNA
01-11
🛰️ Neurai: Next Step The DePIN protocol is practically finalized and, according to our tests, works well for encrypting messages between owners of a specific asset. In the future, we will add other algorithms so that it can be configured from the Neurai node itself, but now we must move on to other developments. 🤖 Microcontrollers Now that we have a private network with which we can operate securely, we can begin to interact with ESP32 devices effectively. The attached image shows a @lilygo9 ESP32 S3 TDisplay connecting to a Neurai node to read private messages. This is just one example of the possibilities: ✅Private messaging system with low-power devices. ✅Messaging via other networks such as satellite. ✅IoT devices protected by Neurai's DePIN network. ✅Use of AI with IoT devices via the DePIN network. Our plan is to provide the tools to facilitate the use of private, secure networks that cannot be blocked in the future. One example is Iran, where the government has blocked the Internet to prevent the flow of information among the population, but there will always be ways to get around this with small interconnected devices. Private communication is essential for both individuals and businesses, and we want to be there for that. #Neurai #XNA $XNA #IoT #ESP32 #IranProtests twitter.com/neuraiproject/stat...
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