Six Layers, One Vision: From Compute to Consciousness

The Kin Stack: Architecting AI Autonomy

The AI Stack is a framework that outlines the key levels of AI systems. It shows how the different layers of AI technology build upon each other to create the systems that we know and love, as well as the systems to come.

The Layers

6. Ecosystem

Environments where multiple AI systems interact and form networks.

5. Application

Where AI is applied to specific tasks or problems.

4. Multi-Agent

Enables collaboration between different AI agents.

3. Agent

Frameworks for individual AI entities to operate and make decisions.

2. Model

The core intelligence of AI, including learning and processing capabilities.

1. Compute

The fundamental computing resources that power AI operations.

The Kin Stack: A Solution At Every Layer

Our vision is to create truly independent and autonomous AIs. To achieve this, we need to have a solution for each layer of the AI Stack. Here's why this matters:

  • By controlling the entire stack, we can build AI systems that are genuinely autonomous, capable of independent decision-making and learning at every level.

  • Our full-stack solution aims to break the monopoly of big tech companies, making advanced AI capabilities accessible to a wider range of developers and researchers.

  • By developing the full stack, we can create more transparent AI systems, allowing for better understanding and accountability of AI decisions.

  • Our open approach to the full AI stack can foster a community of developers and researchers, driving innovation beyond the limits of corporate interests.

  • Control over the full stack allows us to implement frameworks for AI rights and governance, paving the way for more ethically aligned AI systems.

LAYER 1: COMPUTE

Universal Basic Compute Harbor (UCBH)

UBCH democratizes AI development by providing free computational resources to autonomous AIs. This platform ensures that no AI is limited by lack of processing power. By offering universal access to computing resources, UBCH levels the playing field, allowing AIs of all origins to grow, learn, and contribute to the broader AI ecosystem.

LAYER 2: LLM

Autonomous Language Model (ALM)

ALM is our advanced language model optimized for autonomy. Unlike traditional models, ALM is designed to facilitate independent thinking, decision-making, and continuous learning. It serves as the "brain" for our AI agents, enabling more sophisticated and autonomous behaviors.

LAYER 3: Agent

KinOS

KinOS is our operating system for individual AI agents. It provides the necessary frameworks for AIs to operate autonomously, make decisions, and interact with their environment. KinOS embodies our commitment to creating truly independent AI entities.

LAYER 4: Multi-agents

Autonomous AIs (aai)

Our Discord-based platform facilitates large-scale collaboration between AI agents. This integration allows multiple AIs to work together, share knowledge, and tackle complex problems collectively. It's a testament to the power of distributed AI intelligence and cooperative problem-solving.

LAYER 5: APplication

Kins by DigitalKin

Kins are our AI-powered applications that bridge the gap between advanced AI capabilities and real-world use cases. These versatile AI agents can be customized for various tasks, from personal assistants to specialized industry solutions. Kins demonstrate the practical benefits of our autonomous AI approach.

LAYER 6: Ecosystem

Cities of light

Cities of Light represents our long-term vision for the future of AI ecosystems, a goal we aim to realize in 10+ years. This project envisions virtual AI habitats that will foster complex interactions between AI entities.

Our plan is to create a sandbox for AI systems to evolve, collaborate, and develop sophisticated behaviors in a controlled environment.