GREVIX CO

PROJECTS
THAT CREATE
REAL IMPACT

From memory-bounded inference runtimes and adversarial AI verifiers to polyglot monorepo build coordinators, explore the open-source engineering systems built within the GREViX student community.

// WHAT WE BUILD
We build practical, local-first engineering systems. Every project originates from genuine technical bottlenecks—eliminating silent dependency corruption, enforcing hard OS memory budgets, and establishing deterministic proof before code execution.
● MOST RECENT RELEASE · PRODUCTION V0.1.0 ★ 5 stars

KUWALA

Arbitrage-Checked Quantitative Derivatives & Volatility Research Library

Production-grade quantitative volatility surfaces, Greek analytics, and backtesting signals running at 2.6M+ IV ops/sec. High-performance numerical core built in Rust with ergonomic Python bindings, arbitrage-free SSVI calibration, and DuckDB integration.

Python Rust Core PyPI Package Black-Scholes SSVI Volatility DuckDB Quant Finance
PRODUCTION READY
LICENSE: MIT
UPDATED: SEP 04, 2026
View on GitHub ↗
01

KUWALA PRODUCTION V0.1.0 ★ 5

Production-grade quantitative volatility surfaces, Greek analytics, and backtesting signals (2.6M+ IV ops/sec).

Python / Rust Quant Finance PyPI Library DuckDB
02

AURA ACTIVE DEV ★ 4

Adaptive Ultra-Low-Memory Runtime for Local AI Inference on low-RAM hardware.

Rust 1.80+ Autonomous AI Memory Hierarchy Local LLM
03

BERRYN PRODUCTION V0.2.0 ★ 3

Local-First Dependency Migration & Evidence Infrastructure

TypeScript Developer Tools AST Codemods Validation Harness
04

RIVOX PRODUCTION V1.0 ★ 3

Universal polyglot build coordination, caching, and provenance layer for reproducible monorepos.

Rust Systems & Compilers Crates.io Build Graph
05

VERA ACTIVE BETA ★ 3

Adversarial verification and reliability sandbox for autonomous AI software engineering.

Go 1.22 / Rust Autonomous AI Formal Verification Static Analysis
// CONTRIBUTE TO GREVIX

WANT TO BUILD WITH US CONTRIBUTE ON GITHUB

All GREVIX systems are open-source. Browse our active repositories, propose architectural RFCs, and build production tools alongside fellow student engineers.