What is the primary purpose of the Kolmogorov Codex Quest skill?

It acts as a verification and orchestration layer for a cryptographic puzzle where users must prove they have traversed specific skill paths to claim blockchain bounties.

How do I invoke the quest within Claude Code?

You can start the process by using the command /kolmogorov-codex-quest within a Claude environment equipped with the Plurigrid ASI skills.

How is the bounty secured against spoofing?

The skill utilizes a security model based on ed25519 oracle attestations, requiring a trusted signature that verifies the solver, quest data, and timestamp.

Which blockchain does this skill interact with?

The Kolmogorov Codex Quest is specifically designed for the Aptos Mainnet, utilizing Move-based smart contracts for bounty distribution.

What are the four identity layers required for the quest?

Solvers must verify 1794 Wikidata Q-items, satisfy GF(3) conserved interaction colors, invoke a minimum of 6 skills, and visit at least 6 world directories.

Kolmogorov Codex Quest

Name: Kolmogorov Codex Quest
Author: plurigrid

byplurigrid

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安全与测试

Verifies multi-layer cryptographic identity proofs and orchestrates complex quest fulfillment within the Plurigrid ASI ecosystem.

关于

The Kolmogorov Codex Quest skill is a specialized orchestration layer designed for complex cryptographic puzzles and decentralized identity verification. It requires solvers to traverse the Plurigrid ASI skill lattice, satisfying proof requirements across four distinct layers: Wikidata knowledge mapping, GF(3) colored interaction traces, skill invocation thresholds, and directory exploration. By integrating ed25519 oracle attestations on the Aptos Mainnet, the skill provides a secure, non-spoofable mechanism for validating high-level task completion and releasing blockchain-based bounties.

主要功能

Four-layer identity verification (Wikidata, GF(3) coloring, skills, and worlds)
Secure ed25519 oracle attestation for Aptos Mainnet bounty distribution
Time-bound replay protection for cryptographic attestations
Integration with scientific skill ecosystems including graph theory and assembly theory
2 GitHub stars
Compositional coherence via Cat# equipment structures and GF(3) naturality

使用场景

Claiming Aptos blockchain bounties by proving multi-skill proficiency
Executing complex topological identity proofs in decentralized ASI environments
Orchestrating scientific research tasks across integrated Plurigrid skill lattices

关于

主要功能

Four-layer identity verification (Wikidata, GF(3) coloring, skills, and worlds)
Secure ed25519 oracle attestation for Aptos Mainnet bounty distribution
Time-bound replay protection for cryptographic attestations
Integration with scientific skill ecosystems including graph theory and assembly theory
2 GitHub stars
Compositional coherence via Cat# equipment structures and GF(3) naturality

使用场景

Claiming Aptos blockchain bounties by proving multi-skill proficiency
Executing complex topological identity proofs in decentralized ASI environments
Orchestrating scientific research tasks across integrated Plurigrid skill lattices