CEH-Orbit Blockchain Fire Seed

A minimal end-to-end research prototype that extends the original CEH-Orbit project into a blockchain-oriented application layer.

This repository should be understood as an application-oriented extension of the original CEH-Orbit work at:

https://github.com/chenenhua/CEH-orbit

It does not replace the original CEH-Orbit repository. Instead, it demonstrates how the CEH-Orbit signing and orbit-consistency verification ideas can be embedded into a minimal blockchain pipeline.

1. Project Positioning

CEH-Orbit Blockchain Fire Seed is:

• a research prototype
• a system-level demonstration
• a minimal blockchain application of CEH-Orbit
• a seed for future cryptographic, system, and blockchain research

It is not:

• a production blockchain
• a formally proven cryptographic standard
• a drop-in replacement for Bitcoin or Ethereum
• an audited security product

2. Relationship to the Original CEH-Orbit Project

The original CEH-Orbit repository focuses on:

• orbit-based signature/authentication concepts
• orbit mapping
• orbit locking
• signature verification experiments
• protocol-level design and discussion

This blockchain fire-seed version builds on that foundation and adds:

• wallets and addresses
• transactions and transaction IDs
• Merkle root construction
• block and block header structures
• simplified proof-of-work
• account-based state transitions
• local gossip simulation
• Qt-based interactive visualization and parameter tuning

In short:

Original CEH-Orbit = protocol/core idea
Blockchain Fire Seed = one possible application path

3. Current Included Components

Cryptographic Layer

• CEH-Orbit KeyGen / Sign / Verify
• OrbitHead extraction
• LSH + Phase orbit descriptor
• challenge derivation
• binding hash
• signature serialization

Blockchain Layer

• wallet/address generation
• signed transfer transactions
• transaction payload encoding
• transaction ID generation
• Merkle root computation
• block header and block body
• simplified proof-of-work mining
• account-based state machine
• local node gossip simulation

Visualization / Demo Layer

• Qt parameter panel
• runtime benchmarking
• attack simulation
• acceptance basin scan
• real-time charts for:
  • LSH bits
  • Phase segments
  • EncodedOrbit_Z
  • RecoveredOrbit_W
  • basin pass-rate trends

4. Research Boundaries

This project intentionally keeps a strict research-prototype boundary.

Not yet provided

• formal security reduction
• side-channel resistance
• constant-time implementation
• fuzz testing
• distributed consensus network
• persistence/database storage
• compatibility with existing public blockchains
• smart contract support

Experimental assumptions

• current parameters are prototype parameters
• current blockchain layer is minimal and local
• current proof-of-work is simplified
• current security claims are empirical, not formal

5. Build

Typical build on macOS/Linux with OpenSSL:

g++ -std=c++17 main.cpp -lssl -lcrypto -O2 -o ceh_blockchain_fireseed
./ceh_blockchain_fireseed

For the Qt version, use your Qt/CMake project configuration with:

• Qt Widgets
• Qt Charts
• OpenSSL

6. Recommended Reading Order

1. USAGE.md
2. CEH-Orbit_Blockchain_Spec_V1.md
3. CEH-Orbit_Blockchain_Whitepaper_V1.md
4. CEH-Orbit_Blockchain_Paper.md
5. DISCLAIMER.md
6. THIRD_PARTY_NOTICES.md

7. Open Problems

Contributors and researchers may continue in directions such as:

• formal proof attempts
• parameter expansion (N = 256, N = 512)
• tolerance-mode orbit verification
• better challenge encoding
• more realistic blockchain consensus
• multi-node distributed simulation
• side-channel hardening
• optimized arithmetic / NTT / SIMD / GPU paths

8. Author

Chen Enhua
Email: a106079595@qq.com

9. Notice

This project is best described as:

a working seed, not a finished system.

License Notice

⚠️ Commercial use is strictly prohibited without authorization.

Contact: a106079595@qq.com