Super Wide Access Network

 
Welcome to Solaris, traveller! This is a slower-than-light science fantasy set in our own solar system.
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The Super Wide Access Network, or SWAN, is a network accessible even in deep space. SWAN is accessed primarily through dedicated terminals aboard spaceports and spacecraft. Even if a traveller never touches a SWAN terminal, any data their personal devices recieve in space has been bundled, transported, and unpacked by SWAN.   To be able to serve data even in the remotest corners of traversable space, SWAN cannot handle large amounts of data. While the modern SWAN protocol technically supports images, to this day most SWAN terminals can only recieve text and it is considered impolite to upload large images.

Architecture

SWAN is a lacework consisting of independently operated servers usually referred to as nodes. Whenever a new message is posted to a SWAN node, the node forwards the message to other nodes it is in contact with. Jumping from node to node, a message can eventually spread throughout the entire Sol System.   In the early days when SWAN was limited to Saturn's orbital space, this simple architecture was adequate. Bridging the gap between planets proved much more difficult. The solution was for local authorities to fund specialized long range transceivers that could cast signals much further than any civilian device.   Because of this decision, SWAN has the downsides of both centralized and fully distributed networks. Data congestion at long range transceivers can cause slowdowns as messages wait their turn to be sent. On the other hand, because each node is independently operated, connecting to one with poor connectivity or limited hardware could cause your terminal to become intolerably slow.  

SWAN in use

Spaceport announcements   Receiving news in space   Sending updates to friends and family   Forwarding data between planets   Each SWAN terminal has a unique address so that it can send and receive mail. People using the terminal can subscribe to topics served by the local nodes.

See Also

Outer Space[ show ][ hide ]  
Crystal Technology
Spacecraft Kallisti Aerospace ( Sunderer SF-1 · Sunbreaker SF-2 ) · Jupiter Stella ( Aerie O-1 · Cyklopes SSF-9 ) · Heretic GA-7 · Dragonfly Carrier · Airdocks
Telepresence Interlace ( Super Wide Access Network ) · Remote Personality Cache/Display
Other Bosonic Clock · Gateway Portals · Gravity Plates · Personal Computer
Materials Astrallite · Aurorite · Oortite
swanterminal.png
SWAN Terminal by Annie Stein
Notice: This article is a stub. It may be expanded later!


Cover image: SWAN Terminal by Annie Stein

Comments

Author's Notes

Someone out here sees them. Someone out here knows.
— Ten from 17776
  Solaris is a STL (slower than light) world, which means that there's an upper limit to how fast a message can get from one planet to another. Online communication seems instant to us, but it's delayed by a fraction of a fraction of a second. Once we're talking about the distances that we have between planets, it can take minutes (it'll take about ten minutes to half an hour for a message from Mercury to reach Mars) or hours (4 to 12 hours for a message from Mercury to Neptune).   The different kinds of internet (called laceworks in Solaris) are inspired by different ideas people have in real life for how we could tackle the problems of interplanetary communication. SWAN is basically space radio, but like, a mailing list rather than audio. You might expect SWAN to be like it's namesake WAN (Wide Area Network), but, uh, I just wanted to name this after one of my favourite animals.


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Apr 13, 2025 19:16 by Rin Garnett

Someone sure has their panties in a bunch over a minor inconvenience...   Because this is the sort of thing I do for a living, I'm curious how people access their personal data over these terminals? And if someone with the right skills could access others' data through them?

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Apr 13, 2025 19:47 by Annie Stein

Old school SWAN terminals are built for public use and therefore not secure. If there's anything private that needs to be communicated over terminal, you'd sent it somewhere secure and send a non-specific message about it like "You have a new message in your portal." to the terminal.   The interplanetary interlace isn't as developed as ours so there's less personal data being sent. But I can easily imagine space pirates and more privacy-minded individuals sending coded messages over SWAN terminals, or communicating through unsent dead drops.

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Apr 14, 2025 22:17 by Dr Emily Vair-Turnbull

It's so interesting to see how Solaris deals with interplanetary communication. SWAN definitely seems to have some downsides, but at least most of the time you won't get any weird unwanted pics.

Emy x
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Apr 15, 2025 08:33 by Annie Stein

Heh, yeah. SWAN is kinda like the old reliable of interplanetary communication. It's not very fancy but it does the job of delivering a message from one place to the other.

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