The hottest Spatial Web Substack posts right now

Active Inference AI is redefining the meaning of AI by mimicking the human brain's real-time interaction for adaptive and complex operations.
Active Inference offers potential for self-evolving and ethically integrated AI advancements.
Spatial Web AI aids in understanding the cutting-edge potential of Active Inference AI and its impact on future developments.

Active Inference AI has advantages over LLMs like ChatGPT, including better alignment with human values, real-time data access, reduced cost, and ability to handle novel situations.
Active Inference AI combined with the Spatial Web can act as a nervous system for companies and cities by perceiving real-time data, processing it in a generative model, and making informed decisions to optimize operations.
VERSES AI offers unique capabilities with its Active Inference AI methodology that integrates with the Spatial Web, providing a sophisticated system for monitoring and managing complex systems efficiently.

Active Inference AI is a new type of networked AI designed for real-time operations in managing functions like hospitals, airports, and smart cities, streamlining and automating real-world activities.
Predictive machine learning models rely on historical data and lack real-time decision-making abilities, unlike Active Inference AI which continuously updates its understanding of the world through real-life data.
The Spatial Web Protocol and HSML enable Active Inference AI to interact with the world in real-time, mimicking human decision-making abilities like perceiving and taking action based on changing contexts.

Building AI apps traditionally takes a lot of time and money, but VERSES Genius™ offers a way to do it easily and creatively with their innovative developer kit.
Unlike traditional AI systems, VERSES creates a network of intelligence that evolves and updates in real-time, enabling contextual awareness within computing power.
VERSES Genius™ platform introduces a new way of AI operation, using the Active Inference AI method, enabling intelligent agents to understand physical and digital worlds without relying on big data.

Active Inference and the Free Energy Principle are key concepts developed by Dr. Karl Friston for explaining how agents can maintain their internal states and behavior based on minimizing the difference between their beliefs and reality, paving the way for Artificial General Intelligence.
The proposed stages of development suggest a timeline for achieving different levels of artificial intelligence, from Systemic Intelligence to Artificial Super Intelligence, showing a path towards creating more advanced AI.
Active Inference AI within the Spatial Web has the potential to transform artificial intelligence into a self-evolving system that learns from real-time data, considers context, and optimizes behavior, which could lead to the realization of Artificial General Intelligence.

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Developing core standards for the spatial web is essential to enabling universal access, connectivity, and opportunities on a global scale.
Internet protocol evolution has consistently built upon previous protocols, not replaced them, to amplify network capabilities.
The IEEE, a leading technical organization, is actively involved in establishing the Hyperspace Transaction Protocol (HSTP) as a new standard for the Spatial Web (Web 3.0).

Web 3.0 goes beyond Web 2.0 by creating a living, interactive world of information through technologies like AI, AR, VR, IOT, and DLT.
HSML (Hyperspace Modeling Language) is crucial for understanding how objects interact in spaces based on context and for creating a technologically augmented existence.
Computable context provided by HSML enables a new logic system that governs spatial elements across Smart Technologies, ensuring security, interoperability, and global collaboration in Web 3.0.

The Spatial Web is a new approach to networking spaces and objects, connecting real and virtual elements together.
The internet, specifically the World Wide Web, has evolved from connecting computers with slow connections to dynamic web pages and now faces limitations with merging physical and digital experiences.
The Spatial Web introduces a Stateful system with data sovereignty, allowing users to control and own their data interactions within various spaces and circumstances.

Web 3.0 envisions a common network where everything is connected, blurring the line between the physical and digital worlds.
The future Web 3.0 will involve a fully networked interface, powered by advanced technology like KOSM AI.
To stay relevant in the future Web 3.0, companies and individuals must be part of this all-encompassing network of everything.