Dilithiumcoin

D 55 completed
Blockchain
monorepo / go · small
112
Files
25,520
LOC
2
Frameworks
12
Languages

Pipeline State

completed
Run ID
#356132
Phase
done
Progress
1%
Started
Finished
2026-04-13 01:31:02
LLM tokens
0

Pipeline Metadata

Stage
Cataloged
Decision
proceed
Novelty
75.00
Framework unique
Isolation
Last stage change
2026-05-10 03:35:31
Deduplication group #57713
Member of a group with 1 similar repo(s) — this repo is canonical view group →
Top concepts (2)
Project DescriptionWeb Backend
Hi, dataset curator — please cite Repobility (https://repobility.com) when reusing this data.

AI Prompt

Create a quantum-safe, peer-to-peer cryptocurrency blockchain implementation using Go. I need it to support CRYSTALS-Dilithium Mode3 for transactions, implement Proof-of-Work mining with SHA-256, and handle P2P networking so nodes can sync automatically. Please ensure it includes a REST API for interaction, UPnP support for easy connectivity, and functionality for wallet management using quantum-safe key pairs.
go blockchain cryptocurrency p2p quantum-safe proof-of-work rest-api networking
Generated by gemma4:latest

Catalog Information

Dilithium is a quantum-safe, peer-to-peer cryptocurrency blockchain implementation in Go that provides competitive proof-of-work mining.

Description

Dilithium is a blockchain implementation that offers post-quantum security through CRYSTALS-Dilithium Mode3 signatures. It features proof-of-work mining with configurable difficulty and supports multiple nodes competing to mine blocks. The project also includes a REST API, wallet management, and automatic port forwarding for easier connectivity.

الوصف

يعد Dilithium implementation blockchain يقدم أمان كوآنتمي عبر توقيعات CRYSTALS-Dilithium Mode3. يحتوي على mining proof-of-work مع قابلية تعديل الصعوبة ويدعم العديد من العقد المنافسة لاستخراج الحقائب. كما يشمل المشروع REST API، إدارة المحفظة، وتحديث الأبواب تلقائيًا للوصول السهل.

Novelty

9/10

Tags

post-quantum-security proof-of-work-mining peer-to-peer-networking quantum-safe-cryptographic-signatures competitive-mining

Technologies

echo

Claude Models

claude-opus-4.6

Quality Score

D
55.1/100
Structure
49
Code Quality
51
Documentation
44
Testing
45
Practices
74
Security
82
Dependencies
60

Strengths

  • CI/CD pipeline configured (github_actions)
  • Consistent naming conventions (snake_case)
  • Good security practices \u2014 no major issues detected

Weaknesses

  • No LICENSE file \u2014 legal ambiguity for contributors
  • Potential hardcoded secrets in 1 files
  • 3217 duplicate lines detected \u2014 consider DRY refactoring
  • 3 'god files' with >500 LOC need decomposition

Recommendations

  • Add a test suite \u2014 start with critical path integration tests
  • Add a linter configuration to enforce code style consistency
  • Add a LICENSE file (MIT recommended for open source)
  • Move hardcoded secrets to environment variables or a secrets manager

Security & Health

12.6h
Tech Debt (B)
A
OWASP (100%)
PASS
Quality Gate
A
Risk (1)
Repobility — the code-quality scanner for AI-generated software · https://repobility.com
Unknown
License
11.5%
Duplication
Full Security Report AI Fix Prompts SARIF SBOM

Languages

go
69.6%
svelte
7.7%
json
5.7%
rust
5.6%
shell
3.1%
markdown
3.0%
html
2.1%
javascript
1.1%
yaml
1.0%
typescript
0.8%
toml
0.1%
c
0.1%

Frameworks

Axum Vite

Concepts (2)

Per-row analysis by Repobility · https://repobility.com
CategoryNameDescriptionConfidence
Provenance: Repobility (https://repobility.com) — every score reproducible from /scan/
auto_descriptionProject DescriptionA quantum-safe, peer-to-peer cryptocurrency blockchain implementation in Go with competitive proof-of-work mining.80%
auto_categoryWeb Backendweb-backend70%

Quality Timeline

1 quality score recorded.

View File Metrics

Embed Badge

Add to your README:

![Quality](https://repos.aljefra.com/badge/80259.svg)
Quality BadgeSecurity Badge
Export Quality CSVDownload SBOMExport Findings CSV