# Sol-Plex-Problems
<p align="center">
<img src="IMG_0611.jpeg" alt="Sol-Plex Logo" width="500"/>
</p>
### Repository Status & Quality
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[](https://github.com/credkellar-boop/Sol-Plex-Problems/issues)
[](https://github.com/credkellar-boop/Sol-Plex-Problems/pulls)
[](https://github.com/credkellar-boop/Sol-Plex-Problems)
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### Infrastructure & Security Paradigms



### Project Technology Stack





---
## 📖 Overview
Sol-Plex-Problems bridges the gap between abstract analytical theories, high-performance cloud execution, and advanced cryptographic security. By combining classical heuristic searches with simulated quantum logic (QKD, FHE), this repository serves as a cognitive engine capable of dynamic resource allocation, automated decision-making frameworks, and complex problem-solving.
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## 🛠️ Technology Stack
Based on the cognitive engine and deployment architecture, the project utilizes the following stack:
### Core Execution & Cognitive Layer
- **Python (Asyncio)** — Drives the asynchronous `AsyncSecureCognitiveEngine`, managing high-concurrency tasks without blocking the event loop.
- **Google Cloud AI Platform** — Leverages Generative AI models for matrix processing and mathematical simulations.
- **AIOHTTP** — Facilitates asynchronous API requests for the real-time `SolPlexSearch` agent.
### Infrastructure & Deployment (Terraform-Managed)
- **Terraform (HCL)** — Infrastructure-as-Code (IaC) defining the entirety of the cloud environment.
- **Google Cloud Platform (GCP)**:
- **Compute Engine (Confidential VMs)** — Secures hardware-level execution with memory encryption (`enable_confidential_compute = true`).
- **Firestore in Native Mode** — Persistent, long-term memory state storage for problem hashes and execution states.
- **Cloud Memorystore (Redis)** — In-memory, high-speed data caching for the cognitive engine.
- **Secret Manager** — Securely provisions and stores dynamic zero-trust keys and QKD-sifted keys.
### Security & Cryptography
- **Zero-Trust Architecture** — Every internal module validates dynamic signatures via HMAC before execution.
- **Simulated QKD (Quantum Key Distribution)** — Emulates BB84 protocol key generation and caching for secure inter-module communication.
- **FHE (Fully Homomorphic Encryption) Simulation** — Ciphertext processing utilizing SHA-256 lattice-hash transformations.
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## 📂 Repository Structure
- `/.github/` — Continuous Integration and structural workflows.
- `/cognitive/` — The core Python execution modules (`math-engine.py`, `memory-manager.py`, `search-agent.py`) and quantum logic simulations.
- `/deploy/` — Terraform configurations (`main.tf`, `variables.tf`) for deploying the GCP architecture.
- `/frameworks/` — Markdown documentation covering Analytical, Decision-Making, Design-Thinking, and Systems frameworks.
- `/workflows/` — Standardized operational sequences (e.g., OODA loops, pre-mortems, system stress tests).
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## 🚀 Getting Started
### Prerequisites
- **Python 3.8+**
- **Terraform CLI**
- **Google Cloud SDK (`gcloud`)**
- **Node.js** (for supporting `package.json` scripts and linting)
### Initialization
1. **Clone the repository:**
```bash
git clone [https://github.com/credkellar-boop/Sol-Plex-Problems.git](https://github.com/credkellar-boop/Sol-Plex-Problems.git)
cd Sol-Plex-Problems
[dependencies]
sol-plex-problems = "0.1.5"