The Optical Refuse Network, commonly called the Spiderphone is a decentralized pirate communications network used throughout the exurbs, wastelands, and surveillance blind spots of the world. Unlike conventional communications infrastructure, which is heavily regulated, monitored, and prohibitively expensive, the Spiderphone relies upon disposable optical fibre deployed by autonomous drones.
The sprawling mesh of fiber-optic cables that underpins the Society’s communication network is a direct inheritance from a previous civil war fought largely by autonomous drones. During that conflict, vast communication grids were laid across the landscape to facilitate real-time drone coordination and sensory feedback. When the war ended and the empires involved collapsed or retreated, these sophisticated networks were abandoned, left to decay into a tangled mess of discarded cable and forgotten relays.
The Dead Drop Society recognized the latent potential in this “garbage.” By scavenging the remnants of these dead fibres, they were able to stitch together a resilient, low-bandwidth communication web. This repurposing of military-grade wreckage allowed communities, dissidents and the Society to establish its current network without the need for new infrastructure, effectively turning the discarded tools of high-tech warfare into the foundation of a grassroots, resistant information ecosystem.
The network developed into a mesh communications technology among data couriers and Dead Drop Society operatives. Over time, abandoned fibre lines accumulated across abandoned suburbs, industrial corridors, and exclusion zones until vast regions became draped in tangled cables resembling enormous Spiderphones visible from the air.
The Spiderphone is primarily used for:
- Voice communications
- Dead drop coordination
- Scanbob operations
- Black market trading
- Resistance activity
- Emergency communications during datanet outages
Due to its improvised nature, the Optical is notoriously unreliable and generally unsuitable for large data transfers.
History
The Cyberflation Era
Following the Cyberflation Crisis, access to mainstream communications infrastructure became increasingly restricted and expensive. Subscription fees, authentication requirements, and behavioral monitoring effectively locked much of the population out of free communication.
In response, underground groups sought alternatives.
The earliest Optical systems were deployed by courier drones carrying spools of ultra-thin optical fibre. During transmission windows, drones would rapidly create temporary point-to-point links between locations, transmitting encrypted data bursts before abandoning the line.
The method became known as:
“Casting Silk.”
Originally intended as a one-time communication technique, millions of kilometres of abandoned fibre gradually accumulated throughout the exurbs.
Architecture
The Spiderphone is not a single network.
Instead it consists of countless independent fibre strands stitched together by users.
A typical link consists of:
- Fibre deployment drone
- Optical relay node
- Field telephone interface
- Local power source
Users frequently salvage discarded optical lines and reconnect them into local communication meshes.
The result resembles a patchwork of:
- Telephone exchanges
- Amateur radio networks
- Military field telephones
- Early internet infrastructure
No central authority controls the Spiderphone.
Many sections have existed for decades with no known owner.
Spiderphone Telephony
The most common use of the Optical is voice communication.
Because voice requires very little bandwidth compared to immersive mindjection traffic, even degraded fibre lines can often carry conversations.
Improvised telephones are common throughout poorer exurbs.
Typical devices include:
- Hand-crank optical telephones
- Solar-powered relay boxes
- Railway signalling units
- Repurposed industrial communicators
- Homemade laser transmitters
Users frequently refer to calls as:
“Pulling a Thread.”
Example:
“Pull a thread to Westbury and tell them the Judges are moving.”
Casting Silk
Drone Deployment
Modern Spiderphone operators employ specialized drones known as Silkcasters.
These drones deploy hair-thin optical fibres over great distances.
A Silkcast operation usually follows this process:
- Launch drone
- Establish line-of-sight route
- Deploy fibre
- Transmit data
- Abandon fibre
- Evacuate area
Most Silkcasts remain active for less than ten minutes.
Government agencies often detect and triangulate transmissions shortly afterwards.
Dead Zones
The Spiderphone flourishes in locations where conventional surveillance struggles.
Common deployment locations include:
- Metro underpasses
- Abandoned exurbs
- Industrial ruins
- Utility corridors
- Flood channels
- Rail easements
- Wilderness exclusion zones
These regions are known collectively as:
Thread Country
Users
Dead Drop Society
The largest known civilian users.
DDS operators employ the Spiderphone to:
- Coordinate dead drop maintenance
- Share maps
- Distribute censored information
- Maintain local community networks
Many DDS chapters maintain dedicated fibre scavenging crews.
Scanbobs
Scanbob crews favour Spiderphone communications because they leave minimal electronic signatures.
Operations frequently use:
- Disposable voice links
- Spotter networks
- Temporary command channels
Law enforcement reports that scanbob gangs often abandon fibre lines immediately after crimes.
Smugglers
Contraband traders use Optical links to:
- Coordinate exchanges
- Verify courier identities
- Monitor checkpoints
- Conduct auctions
Resistance Cells
Anti-government groups frequently rely upon Spiderphone infrastructure after conventional networks are compromised.
Some insurgent regions possess thousands of kilometres of interconnected fibre.
Limitations
The Spiderphone is famous for its unreliability.
Common problems include:
Fibre Breakage
Weather, wildlife, vehicles, and vandalism frequently sever lines.
Signal Loss
Improperly joined segments suffer severe degradation.
Users often experience:
- Static
- Delayed speech
- Dropped calls
- Echoes
Silk Rot
Older fibre becomes brittle after years of exposure.
Entire sections of network can collapse without warning.
Ghost Lines
The most feared phenomenon.
Users occasionally discover active fibre routes whose endpoints are unknown.
Calls placed on these lines may:
- Reach abandoned equipment
- Trigger automated responses
- Connect to dead relay stations
- Encounter unidentified voices
Many Spiderphone legends originate from Ghost Lines.
Security
The Optical is difficult to monitor but not secure.
Sophisticated adversaries can:
- Tap fibre lines
- Insert relay devices
- Deploy listening drones
- Trace transmission routes
To compensate, users commonly employ:
- Voice ciphers
- One-time pads
- Rotating call schedules
- Dead drop authentication
Experienced operators assume every conversation is compromised.
Cultural Significance
The Spiderphone has become a symbol of resistance against information control.
Among many exurb communities, fibre lines are viewed not as litter but as proof that communication remains free.
A common DDS saying states:
“The Net belongs to them. The Threads belong to us.”
Another popular expression:
“Every strand leads somewhere. Every cut strand tells a story.”
Trivia
- A kilometre of salvaged fibre is known as a Thread.
- A Spiderphone technician is called a Weaver.
- Fibre deployment drones are commonly called Silkcasters.
- Long-distance operators are known as Spinners.
- The largest known Spiderphone route is believed to stretch over 1,200 kilometres through abandoned exurbs.
- Some settlements possess no internet access whatsoever and rely entirely on Spiderphone telephony.
- Ghost Line stories are among the most popular urban legends within the Dead Drop Society.
Classification: Pirate Communications Infrastructure
First Appearance: Cyberflation Era
Status: Illegal but widespread
Primary Users: Dead Drop Society, Scanbobs, Smugglers, Resistance Cells
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