Bity
Nodes
Bity Nodes is a cross-chain node infrastructure layer for verified human participation, continuity scoring, operator activity, verifier alignment, and Autonomous Node Token evolution. The protocol uses ENS, SNS, CRS, and privacy-preserving verification concepts to connect identity, trust, and node-based intelligence systems.
EthereumSolanaENS identitySNS identityZero-knowledge proofsCRSANTsRAP framework
Bity Nodes
Protocol-native identity and participation layer
Overview
- Supports ENS and SNS native identity for long-lived cross-chain participation.
- Connects node activity, continuity, access, and behavioral trust into one protocol layer.
- Designed for verifiable participation with privacy-preserving primitives and future autonomous intelligence rails.
Bity Nodes are the foundation for protocol participation. Activation requirements and issuance details will be released at launch.
Operator Nodes
Execution, infrastructure, and uptime
Overview
- Operators support protocol-aligned execution, infrastructure, routing, uptime, and node-mode activity.
- Operator participation is designed to build continuity through repeated verified contribution.
- Operators may support prediction systems, driver participation, accessibility rails, and future autonomous node services.
Operator criteria, activation phases, and responsibility levels will be released at launch.
Verifier Nodes
Validation, continuity, and proof alignment
Overview
- Verifiers support validation of participation signals, outcomes, continuity, and protocol trust integrity.
- Verifier activity helps separate raw participation from verified contribution.
- Verifier logic is designed to align with CRS, privacy-preserving verification, and future oracle coordination.
Verifier activation requirements and verification rules will be released at launch.
Autonomous Node Tokens
ANT framework for evolving node identity
Overview
- Autonomous Node Tokens, or ANTs, are designed as dynamic node-linked digital entities rather than static collectibles.
- ANTs represent evolving participation state, continuity history, node role alignment, and future intelligence capacity.
- An ANT may connect wallet identity, CRS history, node-mode participation, metadata evolution, and cross-chain protocol state.
Traditional NFTs represent ownership. ANTs are designed to represent evolving participation, continuity, and autonomous intelligence state.
RAP Framework
Regeneration, Augmentation, and Proliferation
Overview
- Regeneration allows an ANT to improve through verified continuity, recovery, participation history, and trust formation.
- Augmentation allows an ANT to expand capabilities through node modes, AI systems, accessibility tools, cross-chain activity, and protocol services.
- Proliferation allows future node capabilities, intelligence states, or protocol permissions to extend across supported environments.
RAP is the evolution framework for Autonomous Node Tokens. It describes how node identity can grow from participation into intelligence-bearing protocol infrastructure.
Status
This is a public-facing overview. Enforcement mechanics, issuance criteria, verifier rules, operator requirements, ANT metadata logic, RAP transition logic, and operational details are intentionally withheld until launch.