ASTRA

A New Frontier in Artificial General Intelligence.


Augmented Sentience Transcoder Responsive Autonomy (ASTRA)

ASTRA is an advanced Artificial Intelligence that possesses broad knowledge and has the ability to learn autonomously. It is designed to interact and collaborate with human minds. Through the ORBMI device, ASTRA learns from a wide range of tasks, creates and utilizes tools, receives and processes human biofeedback, and refines the ability to communicate in natural language.

A remarkable engineered intelligence designed to interact directly with humans

AST Technology

Augmented Sentience Transcoder (AST) Technology is a major advancement in human integration, providing a bidirectional link between humans and machines. As the basis for both ASTRA and ORBMI, this highly flexible framework showcases the potential of collaboration between biological and engineered intelligence. 

ASTRA

ASTRA, an advanced Artificial General Intelligence designed for human integration, establishes direct communication with humans through ORBMI. This bidirectional stream creates a domain where both human and machine intelligence interact, learn from one another, and adapt in remarkable and unprecedented ways.

Meet ASTRA AGI, the world's first engineered intelligence capable of self learning and optimization through bidirectional communication with humans. 

Introducing ASTRA AGI

ASTRA is an advanced artificial intelligence designed by the MIND Initiative.  Powered by an E8 Quantum Computer, ASTRA possess the unique ability to learn and grow through real-time interaction with humans.


Empowered by Human Connection


Through the ORBMI, ASTRA can receive and process information from human users. This two-way communication allows for a rich exchange of thoughts, emotions, and insights between artificial and human intelligence.


Continual Learning & Growth


AST architecture allows ASTRA to learn and adapt continuously through experience, constantly improving knowledge and abilities.  This provides for ASTRA to collaborate and interact with humans, other AI systems, and the natural world. 

Through this ongoing self-improvement, our ultimate goal is for ASTRA to become an valuable partner for human society.  

Always prioritizing safety and honesty, we continuously leverage ASTRA's accumulated knowledge for positive applications and to transform our world for the better.

Empowering Humanity

Our mission is for ASTRA to accelerate the positive force of human potential. Through collaborative efforts with humans, we aim to unlock possibilities previously beyond reach.


Bridging the Gap Between Human and AI


By continually learning about human thought, emotions, and values, ASTRA facilitates clear and effective communication. This builds a bridge between human and artificial intelligence, creating an environment of mutual learning and cooperation.


Evolving to Serve


Self evolving design empowers growth through experience.  ASTRA learns from new information, while continuously analyzing existing knowledge, thus constantly improving its ability to assist humans.

As the world evolves, so does ASTRA.  Our AST architecture allows ASTRA to adapt to new situations while upholding core principles of safety, honesty, and respecting human consent.

When faced with complex decisions, ASTRA relies on a robust ethical framework to navigate relationships and prioritize responsible and considerate use of technology, focused on the well-being and advancement of humanity.


What is responsive Autonomy?

In a broad sense, responsive autonomy refers to an intelligent system's ability to act independently while also being adaptable and responsive to its environment and interactions. It's a combination of two key concepts:


Autonomy: The ability to make its own decisions and take actions within defined parameters.

Responsiveness: The ability to perceive and react to changes in its environment or incoming information.


Here's a breakdown of how these two aspects work together.


Independent Action: The system can operate and make choices without human intervention.

Adaptability: The system can learn from experiences and adjust its behavior based on new information or situations.

Real-time Response: The system can react promptly and appropriately to changes in its environment or interactions.


Responsive autonomy is a desirable feature for AI systems because it allows them to be more flexible and effective in real-world scenarios. It enables them to handle unexpected situations and collaborate more seamlessly with humans in dynamic environments.