NOORCHAIN LogoNOORCHAIN
NOORCHAIN Logo

NOORCHAIN

A Human-Centered Blockchain for Social Signals

Private mainnet-like environment — controlled operation, non-public by design.

A Social Signal Blockchain with PoSS-inspired signal validation. Designed for transparent participation, curator validation, and a fixed-supply digital model free from financial speculation.

Explore TechnologyGenesis Overview
Controlled-access review environmentApplication-layer social signals, separate from consensusNo yield • no custody • no production-readiness claim

PoSS Signal Board

Verifiable Signals • Curator Validation

Controlled
Signal streamCurator checkpointsAuditability-first
Network
Private mainnet-like
Consensus
Permissioned BFT
Layer
Sovereign EVM L1
PoSS
Application-layer

Proof-of-Liveness

Minimal public signal (read-only)

30s refresh
chain_id
—
leader_height
—
observed_at
—
uptime_seconds
—
Public surface: /liveness.json

Current Project Status

Last updated: 2026-07-05
Status: Active technical hardening
Network: Private mainnet-like environment under controlled operation
Consensus: Permissioned BFT
Layer 1: Sovereign EVM-compatible L1
PoSS: Application-layer signal model, separate from consensus
Access: Non-public by design; controlled review access only
Evidence: Minimal public liveness signal; detailed validation evidence remains access-controlled
Next track: BFT-native security and chaos validation

A New Approach to Blockchain Design

NOORCHAIN introduces a mission-driven blockchain architecture focused on verified social participation rather than financial speculation. It combines a permissioned BFT network, an EVM-compatible Layer 1, curator validation, and application-layer social signals to support transparent digital infrastructure for NGOs, associations, institutions, participants, and communities.

PoSS Framing

PoSS is not consensus. Network security is provided by a permissioned BFT consensus layer.

PoSS is an application-layer signal model. It structures governance coordination, curator validation, and verifiable contribution signals.

Economic posture: NUR is the native gas token. NOORCHAIN does not offer yield, returns, or custody.

Core Architecture

Technology

NOORCHAIN is built as a modular blockchain architecture for controlled, transparent, and verifiable social participation.

Core Stack

The network combines a core ledger, an EVM-compatible execution layer, and an application-layer PoSS signal model. This structure supports transparent participation rules and provides a controlled foundation for future applications.

PoSS Integration

Proof of Signal Social is framed as an application-layer signal model, separate from consensus. It is designed to support participation limits, curator validation, and verifiable contribution signals through controlled, reviewable parameters. It does not define network security, custody, or financial yield.

Security & Governance

Governance mechanisms and multi-signature controls are used to manage critical parameters and institutional allocations. Parameter changes are designed to be traceable, reviewable, and aligned with NOORCHAIN’s mission-driven, long-term vision.

Engineering Transparency (Controlled)

NOORCHAIN is operated in a controlled, private mainnet-like environment. Public access is intentionally limited while feature completeness and security validation are in progress.

  • Layer 1: sovereign EVM L1 with a permissioned BFT consensus layer.
  • PoSS: application-layer signal model for governance, curator validation, and verifiable contribution signals (not consensus).
  • Engineering artifacts: development is tracked through tagged milestones and versioned documentation.
  • Public access posture: interfaces are opened progressively after review, not by default.
Application Layer (Non-Consensus)

Proof of Signal Social (PoSS)

PoSS is an application-layer mechanism for governance, coordination, curator validation, and verifiable contribution signals. It is separate from consensus; network security is provided by the permissioned BFT layer.

Types of Social Signals

  • Micro-donation signals
  • Verified participation
  • Curator-reviewed content
  • Community communication signals

Signal Allocation Model

  • Target model: 70% participant-side recognition
  • Target model: 30% curator-side recognition

This model is designed for participation accounting and curator validation. It is not presented as yield, custody, or an investment return. Parameters remain subject to controlled review.

Transparency & Parameters

PoSS parameters are designed to be reviewable, auditable, and governance-driven. NOORCHAIN does not offer yield, returns, or custody.

Social Validation Layer

Curators

Curators are mission-driven reviewers who help validate social signals within NOORCHAIN. They review participation evidence, mission context, and curator-level criteria to support a transparent and accountable signal layer for NGOs, associations, institutions, and communities.

Who are the Curators?

Curators may include community organizations, NGOs, educators, and mission-aligned social institutions. They help verify real participation and assess whether PoSS signals reflect genuine social contribution rather than automated, abusive, or manipulative behavior.

Curator Levels

  • Bronze - Basic visibility and limited review scope.
  • Silver - Expanded visibility and increased review responsibilities.
  • Gold - Advanced recognition with broader review scope, stricter accountability, and conflict-of-interest expectations.

Recognition & Contribution

Curators may receive social recognition and increased visibility for their contribution to ecosystem integrity. Any future allocation model is intended to support participation accounting and curator validation, without yield promises, custody, or investment-return expectations.

Becoming a Curator

A structured application process is intended to allow qualified organizations to join the curator network over time. Requirements will emphasize mission alignment, transparency, verified identity, conflict-of-interest disclosure, and relevant field experience.

Genesis & Allocation

Genesis Overview

The NOORCHAIN genesis defines the fixed-supply framework, initial allocation structure, and controlled network parameters. Application-layer PoSS parameters, including recognition and participation-accounting models, remain subject to governance review and are not presented as yield or investment returns.

Total Supply

The total supply is fixed at 299,792,458 NUR under the current genesis framework. The supply model is designed around a non-increasing cap, with allocation parameters intended to remain traceable and reviewable over time.

Initial Distribution

At genesis, the fixed supply is structured into five allocation categories:

  • 5% — Foundation stewardship
  • 5% — Development pool
  • 5% — Controlled participation programs
  • 5% — Reserved allocation, subject to legal and governance review
  • 80% — Application-layer signal accounting reserve

These categories are part of the fixed-supply framework. They are not presented as a public offering, yield program, custody service, or investment return.

Governance Principles

Genesis governance defines the foundational framework for NOORCHAIN:

  • Fixed-supply model designed around a non-increasing cap.
  • Application-layer allocation parameters remain subject to governance review.
  • Curator validation and participation accounting follow reviewable rules.
  • Parameters are intended to be traceable and auditable through controlled review.

Genesis Pack

The full genesis documentation, including governance, allocation, economic model and institutional structure, will be available as a public Genesis Pack document.

Download Genesis Pack
Project Timeline

Roadmap

The NOORCHAIN roadmap reflects completed milestones, active technical hardening, and planned validation tracks. Items are not delivery promises; they are presented with explicit status labels and may evolve based on engineering evidence, security review, and governance decisions.

✅ Completed

  • Mainnet-like multi-node environment and controlled private network baseline
  • EVM-compatible execution hardening: receipts, logs, state reads, storage, and state root persistence
  • RPC and WebSocket compatibility milestones, including HTTP/WS parity, subscriptions, filters, and client compatibility checks
  • Txpool, fee-model, and pending-transaction realism improvements
  • Consensus/finality surface stabilization, threat modeling, and adversarial resilience work
  • Operational foundations: backup/restore runbooks, LogRec indexing, evidence handling, and pre-audit freeze discipline
  • Internal review tracks completed, with prior critical findings closed or scoped before external review access
  • External review access package completed and merged under controlled-access posture

🔧 In progress

  • Active technical hardening after the external review access package
  • BFT-native security and chaos validation design
  • Harness, sentry, recovery, and evidence-model hardening
  • Audit-grade mapping between BFT invariants, scenarios, and validation evidence
  • Controlled observability and operator-readiness improvements

⏳ Planned

  • Local and geo-distributed BFT security/chaos validation
  • Production hardening of validation harnesses, sentries, recovery scripts, and failure classification
  • Formal BFT evidence matrix for audit-grade review
  • Observability and operator dashboards for finality, peer health, resources, and incident response
  • Disaster recovery validation: backup/restore, node rebuild, VM loss, corrupted state, and measured RTO/RPO
  • Economic, governance, and curator-security review
  • External red-team and audit follow-up with critical/high findings fixed or formally scoped before any production-readiness candidate discussion
Documentation Hub

Documentation

Access the official public documents of NOORCHAIN, including white papers, technical specifications, governance rules, legal framework, and branding assets.

Branding

The official visual identity of NOORCHAIN, including logo system, color palette, typography, and social assets.

White Papers

Protocol — Release Candidate (RC)

Internal verification notes and reproducible evidence for the current RC baseline. These documents are not third-party security audits.

Research & Position Papers

Selected research preprints and position papers. These documents are conceptual in scope and may be revised.

Downloads

Final documents and archives will be available in downloadable format (PDF or ZIP) from this section.

Download All Docs (coming soon)