LooshPrice

(SN78)

Loosh defines this concept through a specialized three-part architecture designed to power autonomous agents and robotics. This includes a Cognitive Engine for long-horizon reasoning, a Deontological Framework that serves as a moral "conscience" for ethical decision-making, and Persistent Memory, which allows agents to retain context and learn over time. Together, these components aim to create a high-level cognitive process beyond simple task execution.

The project focuses on decoding human brain signals, such as emotions, intent, and non-verbal cognition, and translating them into machine-readable data. By using EEG and fMRI signals, Loosh allows AI agents to align their behaviors and responses more closely with human emotional states. This integration aims to create more intuitive and empathetic interactions between humans and autonomous robotic systems.

Most Bittensor subnets focus on narrow AI tasks like text-to-speech or image generation. In contrast, SN78 is a "frontier" subnet that prioritizes high-level cognitive processes and autonomous moral reasoning. Its primary focus is on the complex reasoning and decision-making frameworks required for advanced robotics rather than simple content generation.

Participation is open to technical users who can provide high-performance GPU power. Interested miners and validators can find the necessary scripts and registration details on the project’s official GitHub. Miners are responsible for processing cognitive inference and neurodata mapping, with hardware requirements, such as VRAM, depending on the specific AI models being incentivized by the validators at any given time.

The SN78 token is used to incentivize the decentralized network of miners and validators on the Bittensor subnet. Users can stake the token to earn a portion of the daily emissions or use it to access the protocol’s advanced cognitive services. While an earlier version existed on other networks, the native SN78 token is the active asset for the ecosystem and can be accessed through platforms like LBank.

Loosh's acceptance into the Yuma Subnet Accelerator, a subsidiary of DCG, provides the project with essential strategic resources. This partnership offers the protocol capital, validator support, and the infrastructure needed to scale within the Bittensor ecosystem. This support, combined with a core team of distributed network engineers and neuroscientists, facilitates the development of the protocol's cognitive engine and neurodata models.