weft

Weft is an autonomous capital coordination system for the agentic economy, built around a multi-node Hermes Agent swarm that verifies milestones and releases capital based on verifiable outcomes instead of manual trust. The platform replaces fragmented workflows like Telegram approvals, screenshot reviews, and multisig payout politics with autonomous agents that gather evidence, corroborate results, and execute milestone verdicts onchain. Teams define milestones and escrow capital through smart contracts deployed on the 0G Galileo testnet, while verifier agents independently assess whether objectives were completed by analyzing deterministic signals such as deployment activity, unique caller counts, and GitHub contributions. By treating both humans and AI agents as first-class economic actors, Weft creates a new primitive for internet-native collaboration and autonomous funding coordination.

At the core of Weft is a deep integration with the 0G ecosystem, using 0G Storage not merely as file hosting but as the persistent memory architecture of the entire agent network. The system uses 0G Storage KV for real-time agent state — storing verification status, consensus proofs, and evidence bundle pointers — while 0G Storage Log serves as an immutable append-only history of milestone events, verdicts, and Builder Journey chronicles. Every attestation, peer consensus artifact, and narrative generated by the agents is persisted on 0G, allowing builders and sponsors to audit the full lifecycle of a milestone. This architecture mirrors the intended 0G design philosophy of KV for working memory and Log for long-term conversational history, making Weft one of the deepest integrations of the 0G stack in the hackathon.

Weft combines this verifiable infrastructure with a creative AI layer that transforms raw blockchain activity into meaningful, human-readable narratives. Hermes Agent skills powered by Kimi generate “Builder Journey” chronicles from milestone evidence, while fal.ai creates AI-generated milestone cards and visuals tied to verified outcomes. Verifier nodes communicate through AXL encrypted peer-to-peer transport to achieve offchain consensus before submitting final onchain verdicts through KeeperHub, eliminating the need for any central coordinator or cloud dependency. ENS identities give builders and agents portable, persistent reputations linked directly to funded outcomes. Together, these components position Weft as both autonomous financial infrastructure and a new storytelling layer for Web4 — where 0G provides the memory, Hermes provides the intelligence, and the builder keeps a permanent, verifiable history of their work.

During the hackathon, Weft evolved from an initial milestone-based funding concept into a fully autonomous Hermes Agent swarm system with deep 0G-native architecture. The primary focus was implementing a complete end-to-end verification and capital release loop, where verifier agents can independently monitor milestone deadlines, gather deterministic evidence (onchain deployment status, GitHub activity, and usage metrics), and produce structured attestations. We built and integrated the core verifier pipeline (mvp_verifier, deadline_scheduler, and weft_milestone_reader) alongside a working smart contract system on the 0G Galileo testnet, including WeftMilestone and VerifierRegistry, enabling real milestone escrow and onchain verdict execution.

A major milestone during development was the full integration of 0G Storage as the system’s persistent agent memory layer. We implemented 0G KV for real-time state management—tracking milestone status, consensus results, and evidence bundle pointers—while 0G Log was used for immutable history and chronicle generation of every verification event. This transformed Weft from a stateless verifier into a persistent, self-aware agent network capable of maintaining continuity across executions. In parallel, we introduced indexer fallback logic, deterministic bundle generation, and 0G-backed evidence publishing, ensuring that every verdict and artifact can be reconstructed and independently verified directly from decentralized storage.

We also significantly expanded Weft’s autonomy, multi-node coordination, and user-facing experience during the hackathon. The AXL peer-to-peer layer was implemented to enable encrypted verifier communication and offchain consensus before onchain voting, removing any reliance on centralized coordination. We integrated KeeperHub for reliable onchain execution with retry and audit guarantees, and added ENS-based identity resolution to link builder reputation directly to milestone outcomes. On the product side, we built Hermes Agent skills, including verification, narration, and chronicle generation powered by Kimi, as well as fal.ai-powered milestone visuals and story cards. By the end of the hackathon, Weft became a fully functioning autonomous capital release system where AI agents coordinate, verify, record, and execute funding decisions entirely through verifiable decentralized infrastructure.

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