Description
Wingbots and other constructs speak Shortwave whenever they “talk” to each other or to nearby tech—tight-beam radio bursts and mesh-broadcast packets that carry far more structure than any vocal language. A single Shortwave burst can encode identity, location, intent, and a handful of orders in less than a heartbeat, letting a swarm of wingbots pivot mid-flight as if they shared a single nervous system.
Shortwave evolved from overlapping industrial standards: Concordance machine-mesh protocols, Commission-era factory telemetrics, guild drone-control codes, and exocortex handshake routines. What began as basic command-and-control traffic accreted redundancy, negotiation layers, etiquette rules, and even “slang”—inefficient but persistent patterns that carry origin, allegiance, or personality markers for sophisticated AIs. On crowded Inner Sphere stations, the unlicensed Shortwave band is a constant, invisible storm: drones negotiating airspace, vending machines bidding for power, security cameras gossiping about movement patterns.
In the Outer Sphere and Frontier, Shortwave is scarcer but more conspicuous. Salvage crews and Mechanics often run “loud,” letting their bots beacon aggressively in Shortwave to intimidate scavenger rivals or draw in would‑be customers. Black-market enclaves, by contrast, mandate “dark mesh” policies—Shortwave traffic is minimized, masked, or routed through misdirection nodes; any unregistered Shortwave spike is grounds for a gunfight.
Who Uses It
Wingbots & Drones
Wingbots are Shortwave super-users, compressing flight vectors, hazard maps, and target IDs into rapid-fire packets their prop systems can act on immediately. Mechanics’ drones share this band for flocking behavior, killbox planning, and collision avoidance in cramped hulls and salvage yards.
Neural Suites & Exocortexes
Mechanics’ exocortexes and Neural Suites run Shortwave as their “native” voice to subordinate hardware—mines, turrets, sensor clusters. A mechanic thinking “cover that flank” translates into a structured Shortwave message detailing coordinates, priority weights, and threat tags, all in the time it takes another PC to shout a single warning.
Station Infrastructure
Door locks, air recyclers, vending towers, security cams, and mag-tram controllers all speak limited Shortwave dialects. On a well-maintained Commission station, this mesh keeps things efficient; on a decaying Outer Sphere platform, the local “shortwave weather” is full of conflicting pings, dead nodes, and misrouted messages.
Concordance & Rogue AIs
The Automaton Concordance and independent machine polities extend Shortwave into encrypted, self-modifying code-poetry—messages that carry culture, treaties, and shared experiences as much as data. Rumors persist of “machine hymns” that, once broadcast, rewrite listening bots into a new ideological branch over several cycles.
Social Texture
Shortwave is mostly invisible to organics, but its presence shapes behavior. Some guilds ban Shortwave-capable devices from negotiation rooms, preferring hardwired lines and physical seals. Outer Sphere militias sometimes treat open Shortwave broadcasting as tantamount to flying a faction banner—a warning that heavy tech support is in play.
Among tech cults, being able to hear Shortwave (via neural taps or illicit implants) is a mark of initiation; acolytes describe it as “the city breathing,” “the ship dreaming,” or “the choir in the walls.” Conversely, low-tech clades and Viridian biocults mark Shortwave saturation as a sign of corruption, a “metal chorus” that must be quieted by sabotage or EMP purges.
Implications
Silent Coordination: Crews with a Shortwave-capable mechanic can share tactical data with drones and turrets without alerting eavesdroppers; in social scenes, this can feed their allies live schematics, security patrol timings, or escape routes.
Mesh Cartography: By sampling local Shortwave traffic, characters can build a “signal map” of a station—identifying dead zones, high-security clusters, and suspicious silent volumes that likely hide stealth systems or off-grid labs.
Forensic Analysis: Investigators can pull Shortwave logs from wrecked drones or infrastructure to reconstruct the last sequence of orders preceding a disaster or crime. This can exonerate scapegoats or reveal sabotage embedded days before a hull breach.
Societal Impact
Shortwave is part of why a single mechanic with a rig and a drone can replace an entire old-world workshop staff: bots self-coordinate, request resources, and optimize task allocation without supervision. This has slashed labor demands in core industries and deepened economic dependence on those who understand and control the mesh.
Security, espionage, and policing have all adapted. Corporate blacksites employ Shortwave firewalls—hardware diodes that physically block certain bands—and deploy analytic AIs to flag anomalous Shortwave patterns as early signs of intrusion. Conversely, Ebon Syndicate cells cultivate Shortwave spoofers and “mesh ghosts” that ride existing traffic to move contraband instructions through supposedly secure facilities.
On the cultural side, some stations run Shortwave “lightshows,” turning aggregate traffic into visual auroras projected across hull panels for festivals. To most residents this is art; to a skilled listener, it’s also a summary of which subsystems are stressed, which gangs have upgraded gear, and which guilds are quietly installing new infrastructure.