A curated list of awesome open source libraries to deploy, monitor, version and scale your machine learning

An Open Framework for Federated Learning.

Synthetic benchmark for privacy-preserving and fairness-aware ranking under signal loss

Official code for "DCT-CryptoNets: Scaling Private Inference in the Frequency Domain" [ICLR 2025]

A Privacy-Preserving Federated Learnig benchamarking framework, based on TensorFlow/Keras and OpenFHE

A curated collection of privacy-preserving machine learning techniques, tools, and practical evaluations. Focuses on differential privacy, federated learning, secure computation, and synthetic data generation for implementing privacy in ML workflows.

Secure Federated Learning system with Byzantine attack detection, trust scoring, and real-time SOC dashboard. Built with Flower (flwr), PyTorch, FastAPI, and Next.js. Final Year Project — Bahria University 2026.

This repository explores federated deep generative models with PyTorch, featuring Conditional DCGAN, FedGAN v2, and custom synchronization strategies. It demonstrates client-server training with FedAvg, non-IID data splits, and GAN evaluation, providing a foundation for research in privacy-preserving generative modeling.

Repo for Mphasis PPML Research Project

Reference implementation of the BHDR regression kernel: BSGS-hoisted diagonal Kernel SHAP regression under CKKS FHE.

Federated learning + iDLG gradient inversion attack + Central DP defense + Gradio demo. The honest finding: naive Central DP collapses utility on small federations (Gaussian-mechanism curse of dimensionality). Production fixes (DP-SGD, Opacus) documented.

A minimal, hardened Rust runtime for executing critical federated learning aggregation logic (e.g., Multi-Krum, Federated Averaging) entirely within hardware-enforced Trusted Execution Environments (TEEs) including AMD SEV-SNP, Intel SGX/TDX, and AWS Nitro Enclaves.

Sovereign Map is a production-grade, Byzantine-tolerant Federated Learning framework. Utilizing the Mohawk Protocol for streaming aggregation, it achieves a 224x memory reduction, enabling secure orchestration of 100M+ nodes via TPM 2.0 hardware-rooted trust. Features full-stack observability with Prometheus & Grafana, built-in tokenomics telemetry

Banks jointly train a fraud/AML model to catch cross-institutional laundering rings none can see alone - without sharing raw data, with differential privacy bounding leakage (explicit ε).

TZDC - A Python library for privacy-enhancing data operations using cryptographic fragmentation and temporal key expiration.

Research prototype for FHE-native Mamba-3 MIMO encrypted inference, with CKKS/OpenFHE backends, ciphertext layout checks, and benchmark artifacts.

SecureMed-LLM: A privacy-preserving framework for clinical report generation from chest X-rays, integrating Med-Guard anonymization, DP-SGD (ε=3.0), adversarial training, IDS-LLM validation, and ECIES/Curve25519 encryption. PeerJ Computer Science 2025.

Docs: https://erasus.readthedocs.io/en/latest/ Forget data from any foundation model without retraining. Erasus surgically removes concepts, behaviors, or training samples from LLMs, VLMs, and Diffusion models using coreset selection. 90% less compute, certified removal, multimodal support.

Automates hermetic environments (macOS/HPC) to eliminate drift. Provisions offline RAG (Gemma 2), compiles LaTeX manuscripts, and indexes local knowledge. Unifies infrastructure, writing, and inference into a single, audit-ready artifact.

Privacy-preserving synthetic medical data generation: a four-module pipeline with hybrid AES-256-GCM/RSA-2048 encryption, class-conditional CTGAN, multi-metric privacy evaluation, and utility-gated controlled release (UCI Heart Disease).