Skip to content
Open
Show file tree
Hide file tree
Changes from all commits
Commits
Show all changes
39 commits
Select commit Hold shift + click to select a range
f2a212b
Create PiRC-X: Core Concept
Clawue884 Mar 19, 2026
cd06009
Create PiRC-X: Proof of Utility (PoU) Specification
Clawue884 Mar 19, 2026
72517f3
Create PiRC-X: Trust Graph & Trust Score Specification
Clawue884 Mar 19, 2026
d6c58dd
Create PiRC-X: Dynamic Pricing & Allocation Engine
Clawue884 Mar 19, 2026
bec1b7c
Create PiRC-X: Anti-Dump Engine & Token Lifecycle Control
Clawue884 Mar 19, 2026
7067c15
Create PiRC-X: Full System Architecture & End-to-End Flow
Clawue884 Mar 19, 2026
00ebb4a
Update ReadMe.md
Clawue884 Mar 19, 2026
8e8521f
Create PiRC-X: Advanced Mechanisms Specification
Clawue884 Mar 19, 2026
8863c0c
Create Python Simulation – AI Allocation Engine .py
Clawue884 Mar 20, 2026
74c641c
Create Python Simulation V2 – AI Allocation Engine.py
Clawue884 Mar 20, 2026
5c74beb
Create Python Simulation V3 – AI Allocation Engine.py
Clawue884 Mar 20, 2026
c510b25
Create PiRC-X: Next-Generation Token Launch Framework for Pi Network
Clawue884 Mar 20, 2026
267ddbd
Create Game Theory & Economic Model
Clawue884 Mar 20, 2026
3c060c3
Create Security Analysis & Attack Resilience
Clawue884 Mar 20, 2026
76af1ec
Create End of Smart Contract Launchpad Specification
Clawue884 Mar 20, 2026
ad1b5c6
Skill Layer (Proof of Skill / Contribution Economy)
Clawue884 Mar 21, 2026
dedee69
Skill Scoring Algorithm (Mathematical + AI Model)
Clawue884 Mar 21, 2026
953f7ed
Update ReadMe.md
Clawue884 Mar 21, 2026
8c21ac4
Update ReadMe.md
Clawue884 Mar 21, 2026
3adfc8c
Update ReadMe.md
Clawue884 Mar 21, 2026
4fd8eb0
Update ReadMe.md
Clawue884 Mar 21, 2026
f563179
Update ReadMe.md
Clawue884 Mar 21, 2026
ac3e9de
Update ReadMe.md
Clawue884 Mar 21, 2026
38c4ae2
Update ReadMe.md
Clawue884 Mar 21, 2026
6d7ead4
Update ReadMe.md
Clawue884 Mar 21, 2026
7919ee8
Add Executive Narrative for PiRC
Clawue884 Mar 23, 2026
6d86a80
Create config.py
Clawue884 Mar 28, 2026
efe1cba
Add signature verification function
Clawue884 Mar 28, 2026
787e57b
Create schema.py
Clawue884 Mar 28, 2026
1fcd6a6
Implement offchain verification function
Clawue884 Mar 28, 2026
2daf9db
Implement verify_onchain function in soroban.py
Clawue884 Mar 28, 2026
5bbe86a
Add caching utility functions using Redis
Clawue884 Mar 28, 2026
30b5723
Implement verify endpoint in API router
Clawue884 Mar 28, 2026
cc0f8b2
Initialize FastAPI application with routing
Clawue884 Mar 28, 2026
1ccacf2
Add Dockerfile for Python application setup
Clawue884 Mar 28, 2026
2dec398
Implement RWA Verification API with FastAPI
Clawue884 Mar 28, 2026
0646dff
Implement signature verification and confidence scoring
Clawue884 Mar 28, 2026
b29c824
Add RWARequest and RWAResponse models
Clawue884 Mar 28, 2026
82cec36
Implement RWAContract with verification and registration
Clawue884 Mar 28, 2026
File filter

Filter by extension

Filter by extension

Conversations
Failed to load comments.
Loading
Jump to
Jump to file
Failed to load files.
Loading
Diff view
Diff view
292 changes: 292 additions & 0 deletions ADVANCED SKILL ECONOMY MODULE
Original file line number Diff line number Diff line change
@@ -0,0 +1,292 @@
8.1 Skill Scoring Algorithm (Mathematical + AI Model)

Overview

The Skill Score S_i represents a user’s verified productive contribution to the ecosystem.
It is computed using a hybrid approach combining:

- Deterministic metrics (on-chain + app data)
- AI-based quality evaluation
- Temporal consistency tracking

---

8.1.1 Base Formula

[
S_i = \alpha \cdot Q_i + \beta \cdot C_i + \gamma \cdot I_i + \delta \cdot R_i
]

Where:

- Q_i = Quality Score
- C_i = Consistency Score
- I_i = Impact Score
- R_i = Reputation / Trust feedback

Weights:
[
\alpha + \beta + \gamma + \delta = 1
]

---

8.1.2 Sub-components

Quality Score

[
Q_i = \frac{AcceptedTasks_i}{TotalTasks_i}
]

- AI-validated
- Peer-reviewed (optional)

---

Consistency Score

[
C_i = \frac{ActiveDays_i}{TotalDays}
]

- Rewards long-term contributors
- Penalizes burst/spam behavior

---

Impact Score

[
I_i = \log(1 + UsersAffected_i)
]

- Measures real ecosystem influence
- Prevents linear exploitation

---

Reputation Score

[
R_i = f(TrustGraph_i, HistoricalPerformance_i)
]

---

8.1.3 AI Enhancement Layer

Final score is adjusted by AI:

[
S_i^{final} = S_i \cdot AI_{confidence}(B_i)
]

Where:

- B_i = behavior vector
- AI detects:
- bot patterns
- fake activity
- low-value repetition

---

8.1.4 Normalization

[
S_i^{norm} = \frac{S_i}{\sum_j S_j}
]

---

8.1.5 Key Properties

- Resistant to spam
- Rewards long-term value
- Hard to fake at scale
- Evolves with AI models

---

8.2 Integration with KYC Validator (Real Use Case)

Overview

Pi Network already has a real-world human contribution system:

👉 KYC Validation Network

PiRC-X integrates this directly into the Skill Layer.

---

8.2.1 Validator Skill Mapping

Each validator v:

[
S_v = f(Accuracy, Volume, Agreement, Consistency)
]

---

Accuracy

[
Accuracy_v = \frac{CorrectValidations}{TotalValidations}
]

---

Consensus Agreement

[
Agreement_v = \frac{MatchesWithMajority}{TotalValidations}
]

---

Final Validator Skill Score

[
S_v = w_1 Accuracy + w_2 Agreement + w_3 Volume + w_4 Consistency
]

---

8.2.2 Reward Integration

Instead of static rewards:

[
Reward_v \propto S_v
]

---

8.2.3 Launchpad Advantage

Validators gain:

- Higher allocation priority
- Better pricing tier
- Increased Trust Score

---

8.2.4 Strategic Impact

Transforms KYC system into:

- Economic participation layer
- Skill-based earning engine
- Proof of real human work

---

8.2.5 Alignment with Pi Vision

- Human-in-the-loop AI ✅
- Real contribution economy ✅
- Verified identity layer ✅

---

8.3 Simulation: Skill vs Capital Allocation

Objective

Demonstrate how PiRC-X differs from traditional models:

- Capital-based allocation
- vs
- Skill + Utility + Trust allocation

---

8.3.1 Traditional Model

[
A_i^{traditional} = \frac{C_i}{\sum C_j}
]

➡️ Result:

- Whale dominance
- Passive users rewarded

---

8.3.2 PiRC-X Model

[
A_i^{PiRC-X} = \frac{w_1 \log(1+C_i) + w_2 U_i + w_3 T_i + w_4 S_i}{\sum_j (...)} \cdot T_{total}
]

---

8.3.3 Simulation Insight

Scenario| Result
High Capital, Low Skill| Reduced allocation
Low Capital, High Skill| Increased allocation
High Trust + High Utility| Maximum advantage

---

8.3.4 Emergent Behavior

System naturally promotes:

- Builders over speculators
- Contributors over whales
- Long-term users over short-term actors

---

8.3.5 Stability Effect

- Reduces sell pressure
- Increases token utility demand
- Strengthens ecosystem retention

---

8.3.6 Visual Interpretation

Expected outcomes:

- Lower Gini coefficient
- More balanced distribution
- Higher retention curve

---

8.4 Final Synthesis

By integrating Skill into allocation:

[
Allocation_i = AI(C_i, U_i, T_i, S_i)
]

PiRC-X achieves:

- Merit-based economy
- Human-powered value creation
- Sustainable token distribution

---

8.5 Final Principle

«Capital gives access.
Utility gives relevance.
Trust gives credibility.

Skill gives value.»

---

End of Advanced Skill Economy Specification
8 changes: 8 additions & 0 deletions Dockerfile
Original file line number Diff line number Diff line change
@@ -0,0 +1,8 @@
FROM python:3.11

WORKDIR /app
COPY . .

RUN pip install -r requirements.txt

CMD ["uvicorn", "app.main:app", "--host", "0.0.0.0", "--port", "8000"]
Loading