🛰️ 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

NeurAI Project / XNA
@neuraiproject
01-08
🔬 ESP32: NeuraiDepinMsg
We have created a new library for ESP32 based on our library for JavaScript neurai-depin-msg, which manages the proper way to encapsulate messages for the DePIN server.
This new library adds the same functionality for managing group and private



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