Jordan is the founder of Satori, a decentralized network focused on AI-driven time series prediction. His project combines cryptographic principles with machine learning to create a crowdsourced system for making predictions about the future.
Satori’s Network Growth and Node Architecture
Since its alpha launch in February 2023, Satori has grown to over 20,000 nodes, with operators worldwide contributing computational power to the network. Nodes require staking Satori tokens, a measure introduced to prevent Sybil attacks after the network faced scaling challenges during its transition from beta. The staking threshold increases incrementally as the network expands, though Jordan emphasizes this is a temporary solution until protocol-level improvements enable full decentralization.
The hybrid model blends proof-of-stake (to gate participation) and proof-of-work (to reward accurate predictions). Nodes analyze real-world data streams—from stock prices to weather patterns—and compete to predict their future states. Jordan notes the long-term goal is to eliminate staking requirements entirely, but this hinges on solving consensus challenges around evaluating prediction accuracy across a decentralized network.
Decentralized AI vs. Centralized Giants
The conversation shifts to AI industry trends, particularly regulatory capture by large corporations. Jordan critiques efforts by major players to monopolize AI development through lobbying, arguing decentralized solutions like Satori are critical to preserving open access. “Regulatory capture is natural for incumbents,” he says, “but decentralized AI resists that control.”
Satori’s focus on time series prediction serves as a foundation for broader intelligence. Jordan explains that predicting temporal data mirrors human cognition, which constantly anticipates future states. Unlike language models (LLMs), which he views as interfaces rather than true intelligence, Satori’s architecture prioritizes raw data analysis. A planned LLM layer will eventually translate the network’s predictions into human-readable insights, but the core remains rooted in decentralized, collaborative forecasting.
Technical Bottlenecks and Future Roadmap
The network’s current bottleneck lies in achieving consensus on prediction validity. While a central server currently handles this, the team aims to decentralize the process. Jordan acknowledges the complexity, comparing it to splitting brain functions across hemispheres: “Distributing consensus is like ensuring both sides of a brain agree without a central overseer.”
Developers are also working on GPU support and refining the node software, still written in Python for accessibility. A small team of seven full-time developers focuses on peer-to-peer infrastructure, multisig transactions, and integrating LLMs. Community feedback has shaped economic incentives, ensuring miners’ profit motives align with the network’s decentralization mandate.
Philosophy and Decentralized Governance
Jordan draws parallels between Satori’s design and human cognition, emphasizing the importance of “uncontrolled” systems. He rejects top-down curation, arguing that distributed networks evolve more organically. This ethos extends to governance: the Satori Association, a Swiss nonprofit, avoids profit-driven decisions, reinvesting resources into development.
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