risk-engineering

Here are 7 public repositories matching this topic...

4th / Azure_GRC

4th.GRC — A policy-driven Agentic AI governance and orchestration platform integrating PolicyEngine, Skill Registry, RAG Safety Envelopes, Constraint Evaluators, and evidence-based compliance automation.

azure azure-functions compliance grc ai-safety policy-as-code ai-governance semantic-kernel risk-engineering agentic-ai azure-ai-foundry iso-42001

Updated Nov 22, 2025
Jupyter Notebook

Gaplox00 / Azure_GRC

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🤖 Govern AI systems with the 4th.GRC™ platform, delivering automated risk compliance, policy-as-code, and assurance for responsible AI development.

security azure incident-response cybersecurity azure-functions compliance siem grc openvas vulnerability-management ai-safety blue-team microsoft-sentinel ai-governance semantic-kernel risk-engineering azure-ai-foundry iso-42001

Updated Jul 27, 2026
Jupyter Notebook

sarbeshmallick / MerchantGuard

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Rule-Based Merchant Risk Assessment Engine

python osint rules-engine fraud-detection underwriting security-automation compliance-automation risk-engineering

Updated Aug 3, 2026
Python

felipeofdev-ai / CardOpsAI

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SQL-first card risk OS — hash-chained ledger, RLS multi-tenant, deterministic replay

python ai risk postgresql payments ledger fintech fraud-detection risk-engineering

Updated Aug 4, 2026
PLpgSQL

RazerArdi / E2IP-Enterprise-Intelligence

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Enterprise Engineering Intelligence Platform (E2IP): A high-performance hybrid system for deterministic risk engineering and probabilistic financial analytics. Features a C++ native engine for Monte Carlo simulations, ML-driven forecasting, and a RAG-based AI compliance auditor aligned with ISO/IEC 42001 and NIST AI RMF.

data-science vuejs fintech monte-carlo-simulation enterprise-architecture rag mlops fastapi trustworthy-ai generative-ai langchain risk-engineering compliance-audit nist-ai-rmf iso-42001 cpp-native-engine

Updated Jan 15, 2026
Jupyter Notebook

Sanaurrehmanarain / Quantitative-DeFi-Research

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A comprehensive quantitative analysis of the Decentralized Finance (DeFi) ecosystem, featuring AMM microstructure modeling, high-frequency statistical arbitrage, Monte Carlo stochastic risk simulation, and Black-Scholes options pricing.