Awesome Privacy on Blockchains
This is a combination of papers and articles that cover various aspects of blockchain privacy.
High-level articles
- Privacy in Cryptocurrencies: An Overview
- Privacy in Cryptocurrencies: Mixing-based Approaches
- Zeth & Nightfall: the differences in approach
- Blockchain Research Newsletter: Zether and ZEXE
- In-depth overview of Privacy in Bitcoin
- Privacy and Cryptocurrency, Part 1: How Private is Bitcoin?
- Privacy and Cryptocurrency, Part 2: Bitcoin Wallets
- Privacy and Cryptocurrency, Part 3: Should You Use a Privacy Coin
Talks and Lectures
- Alessandro Chiesa on Zerocash at CESC2017
- Bitcoin and Anonymity
- Satoshi has no clothes: failures in on-chain privacy
- The state of Privacy in Cryptocurrencies
Layer 1
Layer 2
Mixers
- Zeth
- Mobius
- MixEth
- ShareLock
- CoinJoin
- JoinMarket
- MixCoin: Anonymity for Bitcoin with Accountable Mixes
- CoinParty
- TumbleBit
- Many out of many proofs with applications to anonymous Zether
Confidential Transactions
Payment/State Channels
- BOLT
- Blindly Signed Contracts: Anonymous on-Blockchain and Off-blockchain Bitcoin Transactions
- Anonymous Multi-Hop Locks for Blockchain Scalability and Interoperability
Plasma
MPC Platforms for Privacy-Preserving smart contracts
Alternate Blockchain designs
Blockchains with private smart contracts
Using Zk-Snarks
Using other cryptographic primitives
Privacy-Preserving PoS Protocols
Privacy Preserving Light Client Designs
Economics of Privacy Blockchains
- Rational Zero: Economic Secuirty of Zerocoin for Everlasting Security
- The price of anonymity: empirical evidence from a market for Bitcoin anonymization
- Incentivizing Privacy in Cryptocurrencies
Enhancements
Instantiations
Proof of Concepts
Wallets
Network layer privacy for blockchains
Analyses on Anonymity and Privacy in blockchains
- Anonymity Properties of the Bitcoin P2P Network
- A Survey on Security and Privacy Issues of Bitcoin
- An empirical analysis of traceability of the monero blockchain
- Obfuscation in Bitcoin: Tecniques and Politics
- Anonymous Alone? Measuring Bitcoin's Second-Generation Anonymization Techniques
- An Empirical Analysis of Anonymity in Zcash
- A fistful of Bitcoins
- Privacy-enhancing overlays in Bitcoin
- Map-Z: Exposing the Zcash Network in Times of Transition
De-anonymization Techniques
- Tracing Transactions Across Cryptocurrency Ledgers
- FloodXMR: Low-cost transaction flooding attack with Monero's bulletproof protocol
Privacy coins
Monero
Zcash
Dash
Grin/Beam
People to Follow
- Aaron Kumavis
- Anna Kaplan
- BarryWhiteHat
- Charles Guillemet
- Chelsea H. Komlo
- Daniel J Bernstein
- David Wong
- Deidre Connolly
- Harry Halpin
- Ian Miers
- Izaak Meckler
- John Adler
- Justin Ehrenhofer
- Kobi Gurkan
- Madars Virza
- Matthew Green
- Mikerah
- Phil Daian
- Sean Bowe
- Tux
- Wei Jie
- Zooko
Misc
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Awesome Machine Learning On Source Code Notice: This repository is no longer actively maintained, and no further updates will be done, nor issues/PRs will be answered or attended.An alternative active
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隐私指南 手机隐私是每一个应用程序开发人员必须解决的一个关键问题。你的用户所期望的，他们的私人信息将被收集和适当的治疗，您的应用程序。此外，还有越来越多的，现在有关于移动隐私惯例的法律规定的司法管辖区。 本指南对移动应用程序的隐私，应被视为一个“引”解决一些最重要的问题。它列出了一些被广泛接受的最佳做法，并提供了参考其他更详细的指南和参考。 隐私权政策。 你的应用程序应该包括隐私政策，针对主题，如
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This website is owned and operated by the Libra Association (“Libra,” “us,” “our”). This Data Policy applies to the Libra Association website (“Website”). This Data Policy describes our practices for
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Differential Privacy 是一个差异隐私库。该项目包含了 ε-差异隐私算法的 C++ 库，可用于生成包含私有或敏感信息的数字数据集的聚合统计信息。此外还提供了一个随机测试器来检查算法的正确性。 差异 - 隐私数据分析是一种原则性方法，它使组织能够从大多数数据中学习，同时确保这些结果不允许被区分或重新识别任何个人的数据。一方面是获得数据中的价值，另一方面是保证强大的数据安全性。而所谓
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Privacy Badger 支持 Chrome 和 Firefox，是隐私保护扩展，可以屏蔽间谍广告和不可见的追踪器。
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Mullvad Privacy Companion 是一个 Firefox 扩展程序，可通过推荐扩展和浏览器设置来帮助您改善在线隐私。 环境 构建： Node 16.13.0 Npm 8.3.0 Firefox：最新版本（>89） 如果你使用 nvm， 运行 nvm use客自动设置这些版本。 开发 第一次，使用 npm install安装必要的软件包。 采用 npm run dev保存更改时，自