**First entry into RetroShare: how to find peers**

In RetroShare you don’t “find people” in the usual sense. You don’t search — you agree. This is a fundamental mindset shift; without it, the first launch will always feel empty.

The first thing to accept: there is no global lobby in RetroShare. The emptiness after installation is not a bug, but the honest state of a network without links. Until you have trusted contacts, you literally have no network.

**The basic method — out-of-band contact.**
Peers are found outside RetroShare. These are friends, colleagues, members of thematic communities, people from Matrix, XMPP, IRC, Mastodon, forums — any place where key exchange can happen safely. RetroShare does not start with a “search” button, but with the phrase: “here is my key.”

**The second path — a control peer.**
The most reliable way for first entry is a second instance you control, or a pre-arranged experimental partner. This removes uncertainty: if the connection fails, the issue is technical, not social.

**The third path — thematic islands.**
There are small RetroShare communities built around ideas: privacy, P2P, darknet research, offline activism. They are not widely advertised because the network is not designed for random influx. Entry always starts with dialogue, not a click.

**What does not work.**
Publishing keys into the void. Waiting for someone to add you. Relying on auto-discovery. This is centralized-network thinking applied to a system where it has no meaning.

**How to know you’ve found a peer.**
The contact comes online. The connection stabilizes. Services start working: chat, forums, file exchange. At that point RetroShare stops being an abstraction and becomes an environment for communication.

**Bottom line:**
in RetroShare, people appear first —
and only then does the network emerge.

#RetroShare #P2P #Decentralization #Privacy #MeshNetworks #FOSS #CyberSecurity #DigitalRights #AnonymousNetworks #OfflineCommunication #KeyExchange #FediverseAdjacent #PeerToPeer #SecureComms #InternetArchitecture

Very interesting analysis highlighting the qualities and criticalities of the 3 different approaches to anonymous surfing by #Tor, #i2p and #Freenet.

#anonymity #Privacy #AnonymousNetworks #hacking

https://medium.com/@cyberblogger007/anonymity-networks-tor-i2p-and-freenet-625efff7e921

Anonymity Networks: Tor, I2P and Freenet - Liam Nivvas - Medium

Anonymity refers to the state of being anonymous or not having a publicly known identity. In the context of the internet, anonymity can refer to the ability of a person to use the internet without…

Medium

@SecurityWriter @film_girl I think we should've been regarding that as extremely likely anyway and investing in #AnonymousNetworks a whole lot more, such that finding the host of any given service or instance is somewhere between impractical and just not happening.

Along with such precautions, maximizing the ability ability for our software to operate across and between multiple networks.

For some like the UK (https://phpc.social/@derickr/110398550380365221) using phone-based relays might be needed.

#Darknet #Mixnet

Derick Rethans (@[email protected])

@[email protected] @[email protected] The UK is already doing that themselves without any (new) lobbying.

PHP Community on Mastodon

@Hyolobrika @BrodieOnLinux In that case I would still recommend using some in-repository bug-tracking such as https://github.com/MichaelMure/git-bug, so that loss of the hosting instance for whatever reason doesn't kill the project.

The usual answer of #MailingLists https://sourcehut.org/blog/2020-10-29-how-mailing-lists-prevent-censorship/ & a #PublicInbox archive is also applicable to #AnonymousNetworks, but requires more setup. Using some of the NNTP servers on those networks for duplicating also works.

GitHub - MichaelMure/git-bug: Distributed, offline-first bug tracker embedded in git, with bridges

Distributed, offline-first bug tracker embedded in git, with bridges - MichaelMure/git-bug

GitHub