Article: The Hitchhiker’s Guide to Web 3.0

Data, Decentralized Internet, Web 3.0

The Hitchhiker’s Guide to Web 3.0

Decentralized networks are trustless – the participants involved do not need to know or trust each other or a 3rd party for the system to function. Due to the client-server relationship, Web 2.0 applications are reliant on centralized servers/services, which means users must inherently trust this central authority (person or entity that owns/operates the servers).

In a decentralized p2p network, there is no central authority. Users are the owners and operators of their data, and trust resides with the software itself (rather than the operators).

Decentralized networks are more secure. It’s in the name: peer-to-peer. Data is directly uploaded from one peer and downloaded by the other without using a middle man (central server).

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Article: Local-First Cooperation

Cloud, Crypto, Decentralized Internet, Hardware, Open Source, Software

Local-First Cooperation

Viewing the world from the bottom up, local-first cooperation points out ways in which we can make our software more resilient, give prompt responses to the end users, and at the same time run it on existing resources — leading to less infrastructure cost and waste. We get these benefits by recognizing that inherently localized processes are best dealt with in a purely local manner, without involving centralized services or long-range communication paths. All we need to do is to make full use of the edge devices that people already hold in their hands, utilizing the compute and storage available.

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Article: Don’t Fear the Coming Regulation Wave

Blockchain, Decentralized Internet, Governance, Web 3.0

Don’t Fear the Coming Regulation Wave

The regulatory balance that exists on the internet cannot be described as elegant or simple, nor did it emerge smoothly. The internet today is far from the ideal, unified, global network that existed in the early 1990s. National regulations and firewalls, IP-based geofences and other tools have all chipped away at the feeling of limitless connectivity that existed in the early days. Despite those restrictions, in much of the world there is still no single, all-powerful gatekeeper that can block a company or idea from accessing the network. The internet remains, for the most part, a permissionless network.

This is most essential element of the internet that makes it an incubator of innovation, and it is the one that is most critical to preserve as we grow the regulatory maturity of the blockchain ecosystem. Many services that we take for granted every day have emerged on the internet in spite of fierce opposition from established industry players.

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Article: How do these decentralized networks work?

Data, Decentralized Internet

How do these decentralized networks work?

The peer-to-peer infrastructure transforms the classic role of a server. In the P2B system, a user is a server and a client. His computer is technically a “node”. With P2P, everyone who downloads a file becomes a “partner”, making the file sharing process more efficient than the traditional network.

These “nodes” run the network by sharing their resources, such as bandwidth, disk storage, and / or processing power. These resources can be shared directly and the information will be distributed equally to all “nodes” in the network. For example, if you want to get the latest version of a Linux distribution like Debian, you will not get it from a centralized server; You will get pieces of it from many guys.

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Article: Private web browsers

Decentralized Internet

Private web browsersPrivate web browsers

By switching to one of these privacy-focused browsers, you can fight back against Big Tech data harvesting by blocking ads and trackers. Not only does this protect your privacy but it often gives you a much faster and smoother user experience.

Check out the list of private web browsers below and be sure to encourage others to use them too.

  • Brave
  • Firefox
  • Vivaldi
  • Tor Browser
  • Pale Moon
  • DuckDuckGo
  • Beaker Browser

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Article: BitTorrent & ColdStack Form Partnership: Deeper Use Cases to Result

Data, Decentralized Internet

BitTorrent & ColdStack Form Partnership: Deeper Use Cases to Result

ColdStack and BitTorrent are working together to make the capabilities that BitTorrent possesses to the ColdStack ecosystem. Both platforms have a lot to offer, and now ColdStack users will have the ability to leverage the world’s most advanced P2P sharing ecosystem from the ColdStack platform.

“BitTorrent File System (BTFS) is one of the first decentralized file storage systems, and provides a foundational platform for decentralized apps. BTFS is supported by millions of BitTorrent user nodes. It is both a protocol and network implementation that provides a p2p mechanism for storing and sharing digital content in a decentralized filing system. It is a next-generation file-sharing protocol utilizing the TRON network and the BitTorrent ecosystem.”

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Article: Dan Larimer’s newest project is another attempt at decentralized social media

Decentralized Internet

Dan Larimer’s newest project is another attempt at decentralized social mediaDan Larimer’s newest project is another attempt at decentralized social media

Daniel Larimer, former chief technology officer of and a co-founder of and Steemit, has revealed his next project, called Clarion.

The project is meant to become a mobile-first decentralized social media platform, supporting all types of social features like personal messaging via text and video, publishing content to followers or having Discord-like voice chat rooms.

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Article: Brave browser takes step toward enabling a decentralized web

Decentralized Internet

Brave browser takes step toward enabling a decentralized web

Brave has just taken a step toward supporting a decentralized web by becoming the first browser to offer native integration with a peer-to-peer networking protocol that aims to fundamentally change how the internet works. The technology is called IPFS (which stands for InterPlanetary File System), a relatively obscure transport protocol that promises to improve on the dominant HTTP standard by making content faster to access and more resilient to failure and control.

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Article: Decentralized File Sharing, Explained

Decentralized Internet, Software

Decentralized File Sharing, ExplainedDecentralized File Sharing, Explained

As the digital era has progressed, the internet has become a vast and complex web of data and files that communicate using the Hypertext Transfer Protocol, or HTTP. As internet traffic has increased over time and the sheer volume of information transmitted has become enormous, HTTP has started to crack under this strain. For example, each time we load a web page, HTTP is used to retrieve content from centralized servers. If the content involves transmitting large files, it may consume a lot of bandwidth. If a server is taken down, a website might still exist but with missing pieces, such as images or graphic files.

Furthermore, due to a reliance on centralized servers, HTTP makes it easy to introduce censorship.

Decentralized file sharing has emerged as a solution to some of these problems. Torrenting is the best-known solution by the general public. Torrenting has been used as a way of distributing much larger files, such as audio and video, over the internet to overcome the challenges of using HTTP.

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Article: Mesh Network — Web 3.0?

Autonomous Internet, Web 3.0

Mesh Network — Web 3.0?

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