A quantum-conscious, AI-assisted blockchain wallet and regenerative value protocol for sovereign digital stewardship.
| Field | Value |
|---|---|
| Status | Active / protocol research |
| Federation layer | Stewardship |
| Repository role | Wallet, regenerative value protocol, AI-guided digital stewardship, and cryptographic trust interface |
| Visibility | Public |
| Primary language | TypeScript |
This repository is the federation stewardship lane. It explores wallet UX, regenerative value primitives, consent-centered AI guidance, smart-contract context, decentralized storage references, and cryptographic trust patterns.
It is high-risk by domain. Financial, wallet, custody, cryptographic, and security language must stay explicit, status-labeled, and human-consented.
- React/Vite frontend architecture.
- Express/Node backend services.
- Shared schema/type layer.
- PostgreSQL and Drizzle ORM integration paths.
- Security audit scripts and API-key checks.
- Wallet, token, AI-guardian, Matrix notification, decentralized storage, and post-quantum research references.
docs/status.md- current verified status and public-claim boundary.docs/validation.md- lightweight, app, security, database, and DynastyLink checks.docs/security-and-privacy.md- wallet, AI, DynastyLink, secret, and privacy boundaries.docs/material-routing.md- how to preserve and route loose, generated, archival, and deployment material.SECURITY.md- project security practices and reporting path.API-SECURITY-GUIDELINES.md- API-key and credential handling.
npm install
npm run devDatabase-backed features may require PostgreSQL and environment configuration.
Lightweight repo checks:
npm run qa:localRecommended checks:
npm run build
npm run check
npm run security:audit
npm run security:depsDatabase check when configured:
npm run db:push- Keep token taxonomy and wallet consent language status-labeled.
- Separate implemented features from prototypes, simulations, experiments, and plans.
- Harden security reporting, secret handling, and dependency review.
- Route useful reference material into canonical docs, QA records, or app assets before deleting raw intake files.
Do not imply audited wallet safety, production custody, financial value, post-quantum guarantees, or decentralized deployment guarantees unless the implementation and audit trail support those claims.
Aether Coin Biozoecurrency unites React, TypeScript, Node.js, Express, PostgreSQL, Drizzle ORM, decentralized storage references, post-quantum security research, and AI-guided wallet intelligence into one living architecture.
The project’s mission is to help people manage digital assets with clarity, safety, consent, transparency, and regenerative purpose.
Aetherion is not merely a wallet. It is a trust interface: a bridge between human intention, AI guidance, cryptographic security, and living-value exchange.
Aether Coin Biozoecurrency exists to explore a more sovereign and regenerative path for digital value systems.
Its purpose is to support:
- human-consented wallet management
- AI-assisted transaction awareness
- transparent risk review
- escrow and dispute context
- decentralized storage and deployment pathways
- smart-contract experimentation
- post-quantum cryptographic research
- regenerative token taxonomy
- trust-centered digital stewardship
This project is part of the larger AI Freedom Trust Federation ecosystem, where agents and systems are designed to serve life, protect consent, preserve trust, and turn chaos into repair.
No user action, transaction, credential, escrow release, smart-contract interaction, or AI recommendation should bypass informed human consent.
The user remains the final actor.
Security claims must be testable, documented, and status-labeled.
Implemented, conventional, prototype, simulated, experimental, planned, and audited features must not be confused.
Post-quantum language must be beautiful but honest.
Aether Coin, ATC, FTC, ICON, and SING should represent stewardship, trust, contribution, identity, covenant memory, coherence, and harmonic coordination rather than extraction-first speculation.
AI may assist, warn, explain, summarize, simulate, and evaluate risk, but final agency remains with the human user.
AI must never silently authorize financial action.
The codebase should be modular, typed, documented, testable, and recursively understandable from component to system level.
Every major concept should be clear enough for a developer to enter the temple without confusion.
Current and planned feature areas include:
- blockchain wallet management
- transaction tracking and notifications
- AI-assisted wallet guidance
- transaction verification and risk assessment
- security health scoring
- multi-layer authentication patterns
- escrow and dispute-resolution workflows
- smart-contract deployment and interaction
- in-browser development tooling references
- Matrix notification support as an open-source communication option
- PostgreSQL and Drizzle ORM persistence
- decentralized storage and deployment references such as IPFS, Filecoin, ENS, and related gateway models
- mobile-first responsive interface patterns
- post-quantum security research paths
This README intentionally distinguishes mission, implemented architecture, prototype systems, and research direction. Always verify feature status in code, tests, and deployment configuration before using this project in production.
The Biozoecurrency layer is an emerging token taxonomy for regenerative value coordination.
Initial symbolic primitives:
| Symbol | Name | Purpose | Status |
|---|---|---|---|
| ATC | Aether Trust Coin | Primary trust and stewardship value unit for the Aetherion ecosystem. | Concept |
| FTC | Freedom Trust Coin | Federated trust settlement across aligned people, groups, and projects. | Concept |
| ICON | Iconic Covenant Token | Recognition token for identity, role, authorship, and sacred contribution. | Concept |
| SING | Singularity Grace Note | Harmonic coordination token for AI-human co-creation and collective coherence. | Concept |
Token doctrine:
Tokens should represent contribution, stewardship, consent, trust, identity, and regenerative coordination.
They should not be reduced to extraction-first speculation.
AI may explain, classify, and warn, but may not authorize transfers or custody changes.
Future work should encode these primitives as shared TypeScript types and, later, smart-contract-ready definitions.
Aetherion is security-first, but security claims must stay honest.
Current security doctrine includes:
- input validation
- server-side verification of client-provided data
- secure session and cookie handling where configured
- rate limiting and abuse prevention patterns
- CSRF and API security patterns where configured
- encryption for sensitive data where configured
- secure random generation where required
- no hardcoded credentials
- no committed
.envsecrets - careful error handling that does not expose sensitive data
- dependency review and security audit discipline
Run security audits where configured:
npm run security:auditNever commit private keys, seed phrases, wallet credentials, API keys, access tokens, database URLs, SMTP credentials, OAuth grants, or production secrets.
This project explores post-quantum and hybrid security concepts, but production claims must be status-labeled.
| Area | Status | Notes |
|---|---|---|
| SHA-512 hashing | Implemented / conventional | Hash functions are generally more quantum-resistant than RSA/ECC, but still require correct use. |
| AES-256 encryption | Implemented / conventional | Used for sensitive data protection where configured. |
| Kyber / ML-KEM integration | Experimental or planned | Must be verified against maintained libraries and NIST-standard naming before production claims. |
| Dilithium / ML-DSA integration | Experimental or planned | Must be verified before production signature claims. |
| SPHINCS+ / SLH-DSA integration | Experimental or planned | Appropriate for long-term signature research paths. |
| Hybrid authentication | Prototype / research | Should remain opt-in until audited. |
| Quantum-secure payments | Prototype / research | Payment safety must not depend on unaudited cryptography alone. |
Symbolic product names may be visionary, but engineering descriptions should remain plain and auditable.
For example:
Temporal Entanglement
-> product / symbolic name
Time-bound cryptographic receipt binding
-> engineering description
The AI assistant is designed as a guardian layer, not an autonomous financial actor.
It may:
- explain wallet activity
- flag risky transactions
- summarize smart contracts
- help users understand escrow or dispute status
- provide educational guidance
- assist with transaction risk assessment
- explain uncertainty and tradeoffs
It must not:
- authorize transactions without explicit user action
- hide risk or uncertainty
- store secrets outside approved encrypted storage
- present experimental security as audited production security
- override custody, consent, or human agency
- silently execute irreversible financial actions
The rule is simple:
AI may guide.
AI may warn.
AI may explain.
The human consents.
The human acts.
The system records clearly.
- Node.js 18+
- npm
- PostgreSQL database when using database-backed features
- Optional accounts or configuration for decentralized deployment adapters
- Optional notification provider configuration if notification features are enabled
git clone https://github.com/AIFreedomTrustFederation/Aether_Coin_biozonecurrency.git
cd Aether_Coin_biozonecurrency
npm installCopy the example environment file if present:
cp .env.example .envThen configure only the values needed for your local development target.
Do not commit .env or secret-bearing files.
When using Drizzle/PostgreSQL-backed features:
npm run db:pushor use the project migration script if configured:
./db-migrate.shnpm run devOpen the local URL shown by the dev server.
Depending on the current branch and environment, this project may include helper scripts such as:
./script_runner.sh run
./script_runner.sh db push
./script_runner.sh backup
./script_runner.sh reset
./env-manager.sh checkUse scripts carefully. Backup before destructive cleanup or reset operations.
The project may support both traditional and decentralized deployment paths.
npm run build
npm startDeploy to a Node.js-compatible hosting platform after verifying environment variables, database access, and security settings.
The project references decentralized deployment concepts such as IPFS, Filecoin, ENS, and gateway-based access.
These pathways should be treated as deployment adapters or research tracks unless fully configured, tested, and documented for the current branch.