Signalium is a yield-generating AI prediction market protocol that turns viral X posts into tradable markets.
Signalium is an AI-powered prediction market protocol that turns real-time information from X into tradable financial markets.
By combining verifiable AI execution with on-chain infrastructure, Signalium enables users to create, trade, and resolve markets in a fully automated and trust-minimized way.
At its core, Signalium introduces a new primitive: AI-resolved markets with built-in capital efficiency. An AI pipeline—consisting of a gatekeeper, writer, and judge—evaluates posts, generates structured markets, and determines outcomes inside a Trusted Execution Environment (TEE), with results verified on-chain.
Unlike traditional prediction markets where funds remain idle, Signalium integrates yield generation directly into each market. User stakes are routed into liquid staking via Gimo Finance, allowing capital to remain productive while markets are active.
AI-Native Market Creation
Instantly convert X posts into structured YES/NO prediction markets.
Verifiable AI Resolution
Outcomes are decided by AI running in TEE and verified on-chain via signatures.
Yield-Generating Markets
Idle funds are deployed into staking, generating yield during market lifecycle.
Per-Market Treasury
Each market has isolated capital management for transparency and risk control.
Trust-Minimized Architecture
Combines on-chain logic with verifiable off-chain AI execution.
Transforms social data into financial instruments
Combines AI + DeFi + on-chain markets in one system
Turns betting into a productive, yield-bearing activity
Introduces a new category: capital-efficient prediction markets
0G Compute (TEE)
Powers the AI gatekeeper, writer, and judge with secure, verifiable execution, ensuring tamper-proof market creation and resolution.
0G Chain
Hosts all prediction markets with fast finality and low costs, enabling seamless market deployment and trading.
0G Storage
Stores and anchors AI-generated data (judge prompts, resolution receipts) with verifiable integrity via Merkle proofs.
pitch deck: https://canva.link/v6c4emgm68rmffx
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