Απόψεις κοινότητας #COAI και κλίμα της αγοράς

·

--

COAI thesis#coai $COAI Chainopera.ai believes Artificial General Intelligence (AGI) will not emerge from a single giant model like today’s LLMs, but from collaborative intelligence — a network of many specialized models across modalities and agents orchestrated in complex workflows, contributed by distributed institutes and individuals in a decentralized ecosystem. Because these models and agents must work together, decentralized economics and technical architecture are the inevitable choice. The underlying decentralized AI infrastructure for training and inference must be self-sustaining, transparent, cost-efficient, resilient, and trustworthy, powered by a community leveraging distributed AI assets — including GPUs, models, and data. Achieving this requires economic innovation to incentivize people to build, distribute, orchestrate, and deploy specialized AI models/agents, alongside product and technological innovation to advance AGI through collaborative intelligence. This is where ChainOpera is pioneering: building agent routers/networks to coordinate specialized agents for complex workflows, and federated learning and inference to enable multi-modal models running across diverse compute and data sources. There is growing proof: OpenAI’s GPT-5 architecture is a real-time router coordinating a few specialized models (source), and Anthropic’s recent statements also underscore multi-agent workflows as the next frontier (source). This is one side of our vision—building AI through decentralization. But we also believe decentralized AI must go further: training dedicated LLMs and multi-modal models to power agentic applications in finance and crypto. These models simplify access to complex tools, provide intelligent automation, and enhance the security of both funds and systems. Therefore, our goal also includes training foundational models with community power; unlike OpenAI, which develops the GPT series (GPT-3 to GPT-5) on centralized GPU clusters, ChainOpera AI leverages federated learning and decentralized training on GPU DePINs—creating models purpose-built for the industry. In short, AGI is the goal, but instead of chasing one centralized giant model, we are pursuing collaborative intelligence through an AI Agent Network — co-created and co-owned by the community — with applications starting in Crypto and FinTech. @heyi @richardteng @CZ @Binance_Angels

COAI thesis

#coai $COAI
Chainopera.ai believes Artificial General Intelligence (AGI) will not emerge from a single giant model like today’s LLMs, but from collaborative intelligence — a network of many specialized models across modalities and agents orchestrated in complex workflows, contributed by distributed institutes and individuals in a decentralized ecosystem.
Because these models and agents must work together, decentralized economics and technical architecture are the inevitable choice. The underlying decentralized AI infrastructure for training and inference must be self-sustaining, transparent, cost-efficient, resilient, and trustworthy, powered by a community leveraging distributed AI assets — including GPUs, models, and data.
Achieving this requires economic innovation to incentivize people to build, distribute, orchestrate, and deploy specialized AI models/agents, alongside product and technological innovation to advance AGI through collaborative intelligence. This is where ChainOpera is pioneering: building agent routers/networks to coordinate specialized agents for complex workflows, and federated learning and inference to enable multi-modal models running across diverse compute and data sources.
There is growing proof: OpenAI’s GPT-5 architecture is a real-time router coordinating a few specialized models (source), and Anthropic’s recent statements also underscore multi-agent workflows as the next frontier (source).
This is one side of our vision—building AI through decentralization. But we also believe decentralized AI must go further: training dedicated LLMs and multi-modal models to power agentic applications in finance and crypto. These models simplify access to complex tools, provide intelligent automation, and enhance the security of both funds and systems. Therefore, our goal also includes training foundational models with community power; unlike OpenAI, which develops the GPT series (GPT-3 to GPT-5) on centralized GPU clusters, ChainOpera AI leverages federated learning and decentralized training on GPU DePINs—creating models purpose-built for the industry.
In short, AGI is the goal, but instead of chasing one centralized giant model, we are pursuing collaborative intelligence through an AI Agent Network — co-created and co-owned by the community — with applications starting in Crypto and FinTech.
@Yi He @Richard Teng @CZ @Binance_Angels

coai

COAI thesis

Δημοφιλή θέματα