fix(crypto/ci): repair Keccak-256 KAT, purge claims_audit pseudo-inferences, enforce boolean release gate, package zymatica_cli

fix(crypto/ci): repair Keccak-256 KAT, purge claims_audit pseudo-inferences, enforce boolean release gate, package zymatica_cli

fix(crypto/ci): repair Keccak-256 KAT, purge claims_audit pseudo-inferences, enforce boolean release gate, package zymatica_cli

fix(crypto/ci): repair Keccak-256 KAT, purge claims_audit pseudo-inferences, enforce boolean release gate, package zymatica_cli

fix(crypto/ci): repair Keccak-256 KAT, purge claims_audit pseudo-inferences, enforce boolean release gate, package zymatica_cli

fix(crypto/ci): repair Keccak-256 KAT, purge claims_audit pseudo-inferences, enforce boolean release gate, package zymatica_cli

fix(auditor): harden nested metric recursion, fix clippy needless_range_loop, relabel Class 36/37 as simulation prototypes, clarify source-available licensing

fix(auditor): harden nested metric recursion, fix clippy needless_range_loop, relabel Class 36/37 as simulation prototypes, clarify source-available licensing

fix(auditor): harden nested metric recursion, fix clippy needless_range_loop, relabel Class 36/37 as simulation prototypes, clarify source-available licensing

fix(auditor): harden nested metric recursion, fix clippy needless_range_loop, relabel Class 36/37 as simulation prototypes, clarify source-available licensing

fix(auditor): harden nested metric recursion, fix clippy needless_range_loop, relabel Class 36/37 as simulation prototypes, clarify source-available licensing

fix(auditor): harden nested metric recursion, fix clippy needless_range_loop, relabel Class 36/37 as simulation prototypes, clarify source-available licensing

fix(auditor): harden nested metric recursion, fix clippy needless_range_loop, relabel Class 36/37 as simulation prototypes, clarify source-available licensing

fix(auditor): harden nested metric recursion, fix clippy needless_range_loop, relabel Class 36/37 as simulation prototypes, clarify source-available licensing

fix(auditor): harden nested metric recursion, fix clippy needless_range_loop, relabel Class 36/37 as simulation prototypes, clarify source-available licensing

fix(auditor): harden nested metric recursion, fix clippy needless_range_loop, relabel Class 36/37 as simulation prototypes, clarify source-available licensing

fix(auditor): harden nested metric recursion, fix clippy needless_range_loop, relabel Class 36/37 as simulation prototypes, clarify source-available licensing

fix(auditor): harden nested metric recursion, fix clippy needless_range_loop, relabel Class 36/37 as simulation prototypes, clarify source-available licensing

fix(auditor): harden nested metric recursion, fix clippy needless_range_loop, relabel Class 36/37 as simulation prototypes, clarify source-available licensing

fix(auditor): harden nested metric recursion, fix clippy needless_range_loop, relabel Class 36/37 as simulation prototypes, clarify source-available licensing

feat(experiment): add live end-to-end LLM Wolfpack multi-hop mountain relay experiment

feat(wolfpack): codify Wolfpack Protocol, DIY solar retrofit blueprint, and multi-hop ZK mesh into smart contract and whitepapers

feat(wolfpack): codify Wolfpack Protocol, DIY solar retrofit blueprint, and multi-hop ZK mesh into smart contract and whitepapers

feat(wolfpack): codify Wolfpack Protocol, DIY solar retrofit blueprint, and multi-hop ZK mesh into smart contract and whitepapers

feat(wolfpack): codify Wolfpack Protocol, DIY solar retrofit blueprint, and multi-hop ZK mesh into smart contract and whitepapers

feat(wolfpack): codify Wolfpack Protocol, DIY solar retrofit blueprint, and multi-hop ZK mesh into smart contract and whitepapers

feat(wolfpack): codify Wolfpack Protocol, DIY solar retrofit blueprint, and multi-hop ZK mesh into smart contract and whitepapers

feat(wolfpack): codify Wolfpack Protocol, DIY solar retrofit blueprint, and multi-hop ZK mesh into smart contract and whitepapers

feat(wolfpack): codify Wolfpack Protocol, DIY solar retrofit blueprint, and multi-hop ZK mesh into smart contract and whitepapers

docs(geospatial): refine Uptime-weighted Christmas Airdrop and H3 Hex Density Scale

docs(geospatial): refine Uptime-weighted Christmas Airdrop and H3 Hex Density Scale

docs(geospatial): refine Uptime-weighted Christmas Airdrop and H3 Hex Density Scale

docs(geospatial): refine Uptime-weighted Christmas Airdrop and H3 Hex Density Scale

feat(geospatial): add GEODNET-style H3 Hexagonal PoC engine, 10-month uptime threshold, and coverage map visualizer

feat(geospatial): add GEODNET-style H3 Hexagonal PoC engine, 10-month uptime threshold, and coverage map visualizer

feat(geospatial): add GEODNET-style H3 Hexagonal PoC engine, 10-month uptime threshold, and coverage map visualizer

feat(geospatial): add GEODNET-style H3 Hexagonal PoC engine, 10-month uptime threshold, and coverage map visualizer

feat(geospatial): add GEODNET-style H3 Hexagonal PoC engine, 10-month uptime threshold, and coverage map visualizer

feat(geospatial): add GEODNET-style H3 Hexagonal PoC engine, 10-month uptime threshold, and coverage map visualizer

feat(geospatial): add GEODNET-style H3 Hexagonal PoC engine, 10-month uptime threshold, and coverage map visualizer

feat(solana): implement 3-Tier Split and 50% Christmas Distribution Engine into Solana Cuneiform Anchor

feat(solana): implement 3-Tier Split and 50% Christmas Distribution Engine into Solana Cuneiform Anchor

feat(solana): implement 3-Tier Split and 50% Christmas Distribution Engine into Solana Cuneiform Anchor

feat(solana): implement 3-Tier Split and 50% Christmas Distribution Engine into Solana Cuneiform Anchor

docs(tokenomics): implement Option C Tiered Payload Pricing & 50% Christmas Distribution

docs(tokenomics): implement Option C Tiered Payload Pricing & 50% Christmas Distribution

docs(tokenomics): implement Option C Tiered Payload Pricing & 50% Christmas Distribution

docs(tokenomics): implement Option C Tiered Payload Pricing & 50% Christmas Distribution

docs(tokenomics): implement Option C Tiered Payload Pricing & 50% Christmas Distribution

docs(tokenomics): finalize 50% Christmas Distribution Engine (10% Devs, 20% Gateways, 20% Stakeholders, 50% Reserve)