The future is leaking backward to us in the form of InSilico, a cyberpunk roleplaying setting in Second Life™. Teleport now to create your character & get into the story.
Echonet Prime // Curated Stream
Nightcap
↳ 2486-05-17
Conduit
↳ 2486-03-18
Yesterday's Whispering
↳ 2484-06-01
Voxpop Stream // Collective Surge
Yesterday's Whispering
↳ 2484-06-01
Restoration's Apex (III)
↳ 2469-12-15
ICS INTERSTELLAR CARGO MANIFEST (Blank)
↳ 2495-05-21
Nightcap
↳ 2486-05-17
Conduit
↳ 2486-03-18
Recently Detected // Constant Flow
Rumors of living Biomass
↳ 2496-02-11
Insilico News Network
↳ 2496-01-21
Mainframe Runner Job
↳ 2496-01-21
Cyan Pulse
↳ 2496-01-12
INSILICO CITY
↳ 2496-01-12
Megacorp Exchange // Live Metrics
Holotrack // Cyberdog Livewire
297071:
[w]⇢Little Chungus/1:
2026-03-16 02:46:26
297070:
[w]⇢King Kurt/7:
2026-03-16 02:41:06
297069:
[w]⇢No Problem Child/20:
2026-03-16 02:35:46
Timeline Shard // Datavault Echo
Timeline Shard // Event Echo
The remnants of the corporate world begin to consolidate power in the form of fortified city-states. These surviving corporate enclaves, mostly located in less affected regions, establish themselves as new centres of governance and control. Refugees are either absorbed into these controlled zones or left to fend for themselves in the wastelands. The corporate states enforce strict entry policies, creating stark divides between those within their protected boundaries and the desperate masses outside. The world fractures into isolated hubs of corporate power, with traditional states dwindling amid a shattered global landscape.
Tech Shard // Event Echo
A high-altitude energy-harvesting platform stationed 15–20 miles above Earth's surface, using He-4 (3.6m thick at 0.179g/L) for buoyancy and solar-powered ion thrusters for stabilisation and course correction. Its photovoltaic surface consists of interleaved high-efficiency perovskite with graphene charge transport layers and a secondary graphene-shell indium phosphide quantum dot solar cell enhances efficiency to 30–40% through synergistic effects. The base layer, a 1–2mm graphene/CNT composite, provides structural integrity while maintaining an ultra-lightweight profile. An integrated atmospheric helium extraction and refill system enables long-term station-keeping, allowing the collector to operate indefinitely while transmitting terawatt-scale power via a CNT-graphene cabling system to ground- or arcology-based infrastructure.
Typical power outputs range from a megawatt for a 50m disc, through 0.75GW for a 2km disc, up to the terawatt scale at 48km.