P2P

Various Project Ideas

In this page, I will list some project ideas that does not have a dedicated page with more details, do not hesitate to ping me if you want to have more info about what I’ve in mind :)

• QRCode Nonogram “game”
• Chainable universal translator that combines QRCode, pixelart, image, ascii-art, text, url, encoding, code, etc
• Compute PI with Machine Learning
• “crontab.io” website with tools, resources
• github bot specialized in monorepos: auto-assign labels, users, reviewers based on changed files
• “Master piece creator”, music chords progression generator
• Bullshit development quote generator
• “Elevator simulator” challenge
• “cron cli”, something between “crontab”, and “at”, the missing tool to manage everything that should run later
• “Number adventure”, an interractive website to learn things about number in a cool way
• P2P Present, equivalent of chat roulette for sending small presents to unknown people
• Real Estate Aggregator + Machine Learning
• Pangrams generator
• “Offline-first companion” a tool or guide to setup everything so you have a good experience when you have bad or no internet (local DNS caching, local HTTP cache, offline doc, asynchronous softwares)
• sshroulette: connect to random server
• Small hardware or raspi to generate ascii art ads in wireless names
• Cross-platform, lightweight, easy-to-use notification library
• A mini tool that basically does: git init; git diff; cleanup to quickly have the power of git diff in subfolders or for volatile projects
• sshbin, like grpc.bin or httpb.in for SSH
• proto-sql-ecosystem, protobuf plugin that generates different ORM configurations
• go-hugo website that automatically aggregates a lot of shortcodes with demo to make it easy for everyone to share shortcodes
• useless idea of things that use the IPP protocol to simulate a fake printer
• Shaman/Marabout ads generator
• “docker-pull-to-tarball” mini script
• useless idea of fake file-system with fuse
• a tool that take “something” as input and bruteforce different method to try to identify the format
• fake DB backend for git
• Next generation git crypt
• Gotty + sshd
• Ultra easy-to-hack (filters) HTTP proxy
• A project that integrates homeless people by making them useful
• Anti-theft system (mostly psychological stickers + easy-to-use process to send back something)
• Blockchain-based docusign clone
• web2docker, ssh2docker + gotty, that automatically creates a web shell in a docker container on the fly
• Makefile support on Windows
• Protect humanity from Google (Internet should not be the property of Google)
• Find a mix between blockchain and serverless
• “Awesome-iso” -> a collection of iso standards with implementations
• Find a way of making open-source the best option for companies
• protoc-event-sourcing: a collection of code generator to help manage event-sourcing
• Wulo V2 with new constraints (cooperative mode, blockchain-based, etc)
• The first non-technical ICO ever :)
• Wulo like for Airbnb
• Find a way to make the lost time lucrative; find a way of paying people for the time they need to lose (commit time etc)
• ML training -> akinator clone
• “Unlock in the future”: find a cryptographical way of ensuring that something will be unlocked in the future, the idea is to allow people to share a file/dump and then automatically share the unlocking key
• Interplanetary consensus, big-latency friendly consensus
• A tool to help people choosing the best career, maybe a tool that do some surveys and machine learning to help people avoiding the traps of choosing a career based on bad indicators (huge positive impact on humans <3)
• Collaborative little-alchemy clone
• Airtable Backuper tool
• Cross service sync service to sync multiple airtables, github, etc
• ORM to airtable sync
• SSH-based CV
• Ascii-art website theme
• Motivator service -> receive a “you are awesome” message everyday
• Port-knocking helper
• Encrypted socks server
• P2P VPN
• Playing card game recognizer + ML

My talks at the Paris P2P Festival

An introduction for thos who haven’t yet heard of Paris P2P - it’s an open community for people interested in crypto and peer-to-peer technologies, with monthly meetups that started in Paris and branched into other cities. The idea sparked in the summer of 2019 at the IPFS Camp, and the first meetup was held in the autumn.

I was one of the organizers, along with the other members of my team from Berty Technologies, the folks from Osmose Collective, and Phil and Gorhgorh.

If you visit Paris, you’re welcome to attend a meetup! And if you want to organize a branch in your own city, feel free to contact me.

In just a few months after Paris P2P began, a big festival was held in Paris, also attended by people from other cities and countries. You can check out the full agenda here.

I gave two talks there:

Mainstream Introduction to the Berty Protocol

In this talk, I introduce IPFS and share the lessons learned while building their technology. Berty.tech has won the OMG Feature Award at the IPFS Camp 2019 in Barcelona. Berty is an NGO dedicated to building technology for protecting individuals, journalists, whistleblowers and citizens from any form of censorship and surveillance.

How to Join and Contribute to Open Source Communities

Many developers have misconceptions about open source collaboration. Being a bit shy and afraid to make a mistake is a frequent reason for not contributing, and so is just not knowing about how to start. This talk will share lessons learned about open collaboration, both for project leads and independent contributors.

Bonus: a short interview where I introduce myself and Berty.

Other talks

Here’s the full list of talks that I gave, as well as those I’m planning to give in the future. Is there anything you’re particularly interested in hearing? Drop me a line and share!

Mainstream Intro to Berty (presentation)

A talk I gave at Paris P2P Festival #0.

Topics:

• How centralized messaging services work
• What is P2P
• Introduction to Berty

Video

Slides

Link to the presentation

Download slides

P2P & Crypto in Go (presentation)

A talk I gave at Golang Paris.

Topics:

• P2P
  • General introduction
  • P2P & Go
• Cryptography
  • General Introduction
  • Cryptography & Go
• Berty
  • Project introduction
  • Berty & Go
• Paris P2P
  • Meetup presentation
  • Paris P2P Festival presentation

Link to the presentation

What You Should Know About The History of P2P

Peer-to-peer sharing was a feature of the defunct ARPANET of 1969. As technology advanced, so did the government and entertainment industry giants’ efforts to suppress file-sharing.

However, P2P has survived well into the 21st century and it seems that the best is yet to come for the P2P community. Numerous new technologies are springing up and innovations and improvements are constantly being introduced.

Crash Course on the History of P2P

File sharing began back when the first computer networks were introduced. The ARPANET allowed users to send and receive files directly – that was back in 1969. One of the earliest transfer protocols was FTP (file transfer protocol). It was introduced in 1971.

In 1979, Usenet was born. It was primarily made for dial-up technology, but it made its way into the internet more than a decade later. Users could exchange files on bulletin boards. The video game Doom first became popular on bulletin boards in the early 1990s.

Two decades later in 1999, Napster was created, and with it, the modern era of modern P2P file sharing. Napster used a centralized indexing server, which would prove to be its downfall. Almost immediately after its introduction, Napster experienced a meteoric rise in popularity. By 2000, it had more than a million users. The next year, Metallica sued Napster and by the July of the same year, the service was shut down.

One year after Napster’s inception, Gnutella led a new wave. Unlike its predecessors, Gnutella was decentralized and allowed more people to use the platform at the same time. LimeWire is perhaps the most famous Gnutella client.

Current Technologies

Bittorrent

The next big step in the development of P2P file sharing happened in 2001 when Bram Cohen introduced Bittorrent. This platform is still in use today, one of the oldest and most widely used P2P protocols.

Bittorrent introduced a host of innovations. Users could search for files on online sites that contain trackers, while the file sharing happened directly between the users. This significantly improved transfer speeds. Additionally, Bittorrent clients would break a file into small fragments for multiple hosts, thus increasing the download speeds tremendously.

Blockchain

Bitcoin was introduced eight years after Bittorrent and it’s still in prevalent use today. Though it wasn’t designed for P2P file sharing, it brought about a new generation of P2P storage frameworks. It is based on blockchain.

Blockchain is so named for a constantly growing list of connected blocks. Each block or record contains data, a unique hash number, and the previous block’s hash. A blockchain is automatically updated every 10 minutes and uses a decentralized P2P network which anyone can join.

IPFS

IPFS (InterPlanetary File System) network and protocol were introduced in 2015. IPFS is the next step in P2P file sharing that works similarly to Bittorrent and other torrent protocols. Users can download as well as host content. There is no central server and each user has a small portion of a data package.

It is also similar to Blockchain in that it uses connected blocks protected with hash numbers. Also, the data within IPFS blocks can’t be easily manipulated without changing the block’s hash. However, IPFS does support file versioning.

Ether

Ether is another popular P2P sharing platform based on blockchain technology. It is somewhat similar to Bitcoin; Ethereum is the name of the cryptocurrency used on Ether network.

Ether was launched in 2014 as an open-source platform. You can use it to anonymously make transactions and share data with other users.

Similar to some other advanced Blockchain networks, Ether uses Smart Contracts. These are protocols designed to facilitate the execution of transactions by cutting out the middle man.

The Start of P2P

The initial vision of Tim Berners-Lee, regarded as the inventor of the World Wide Web, was for the internet to be similar to a P2P network. He envisioned the internet as a place where all users would and should be active content contributors and editors.

Its early precursor, the ARPANET, allowed two remote computers to send and receive data packets. However, it wasn’t a self-organized nor decentralized file-sharing system. Additionally, it didn’t support content and context-based routing.

Usenet addressed many of those issues, continuing and evolving the idea of a free internet.

The Continued Appeal of P2P

Nowadays, thanks to advanced technology, P2P networks can offer much more than content and context-based file searches. Some of the top reasons for using and improving P2P platforms today include:

• Anonymity and privacy. P2P networks allow users to remain anonymous and protect their privacy on the network.
• Cooperation and resource sharing. Many are drawn to P2P networks for the cooperation and sharing of resources.
• Trust and accountability. Modern P2P networks are largely based on trust and the transactions have to be community approved.
• Decentralization and lack of censorship. Today’s P2P networks are decentralized, thus preventing almost all forms of censorship. This ensures network neutrality.
• Data integrity and encryption. Blockchain introduced hash numbers and proof-of-work. The latest innovations include encryption and smart contracts.

BitTorrent’s Struggle

The BitTorrent protocol remains popular even as almost two decades have passed since its introduction. It faced many adversities throughout the years in the form of more modern and advanced P2P platforms, poor business decisions on the part of its creator and his associates, and countless legal problems, even with the US government.

What kept BitTorrent alive all this time is the fact that it’s decentralized, easy to use, and built for easy transfers of huge amounts of data. Other than that, Facebook, Blizzard, and Twitter have openly admitted to using BitTorrent. Most importantly, the values of sharing and cooperation among BitTorrent users kept the flame burning through the dark times.

P2P Hall of Fame

Here’s a list of some of the most important people in the history of P2P sharing.

• Tim Berners-Lee, inventor of the World Wide Web.
• Sean Parker and Shawn Fanning, founders of Napster.
• Bram Cohen, the mastermind behind the BitTorrent protocol.
• Gottfrid Svartholm, Fredrik Neij, and Peter Sunde, creators of The Pirate Bay.
• Satoshi Nakamoto, creator of Blockchain technology.

Final Words

P2P is starting to gain traction in the outside world. More and more people are adopting and incorporating the rules and ideas that govern P2P file-sharing technologies into their lives. This is especially true of self-organizing communities that sprung up in recent years.

Self-organizing communities share a number of values and principles characteristic of P2P technologies. They might be appealing to a wide range of individuals and groups, most notably those interested in cooperation and resource sharing, proponents of decentralization, and the occasional anarchistic souls.