The Shortwave Radio Network is the backbone of Exohuman communication on VOI 700 D, developed and maintained by the Weber Communication Company (WCC). It became the primary means of long-distance communication, enabling settlement coordination, emergency response, trade, and public broadcasting as well as the weekly distribution of GAIA firmware and medical knowledge packets, after the settlers lost access to digital networks due to the crash of the Last Frontier.

Unlike Earth, where instantaneous quantum communication was the norm, the ExoHumans on VOI 700 D had no internet or satellite infrastructure, making shortwave radio the only viable alternative. This system played a crucial role in ensuring inter-settlement cooperation, allowing settlers to exchange vital information, security alerts, cultural content and the Kernel’s critical software updates for the Local Hubs of GAIA.

By the Gamma Age, the network was nationalized and heavily controlled by the Federal Confederation, restricting civilian use.

• Year Founded: 2625
• Founder: Klaus Weber, a visionary communication engineer and ExoHuman technology specialist.
• Headquarters: New Kourou
• Mission: To establish a reliable shortwave communication network for ExoHuman settlements and provide news and entertainment via Weber Broadcasting Services (WBS).

The Weber Communication Company (WCC) was a pioneer in ExoHuman communications, developing the first and only planetary-wide communication network following the crash. Klaus Weber, recognizing the absence of internet infrastructure, spearheaded efforts to build a long-range shortwave system that could operate without reliance on Quantum Fusion Batteries (QFBs). Instead, Weber assured the Settler’s Council that his team would develop a network powered by alternative energy sources such as:

• Wind turbines
• Microbial fuel cells
• Geothermal power (e.g., Firetown Relay Station)
• Solar-adaptive panels

While this design allowed ExoHumans to preserve QFBs for critical life-support systems, it also made the network susceptible to disruptions caused by storms, volcanic activity, and prolonged twilight conditions. Nonetheless, the deployment of the Shortwave Radio Network without tapping into the already scarce QFB reserves remains one of the greatest engineering feats of the Beta Age.

The Shortwave Radio Network was created to replace the planetary internet that settlers could not establish due to the crash of the Last Frontier. The Free State of Settlers attempted to restore digital infrastructure, but several barriers made it impossible:

• Loss of Quantum Servers: The ship’s data centers and communication arrays were destroyed or unrecoverable, making it impossible to establish a global data network.
• No Satellites: Unlike Earth, VOI 700 D had no orbital satellite infrastructure, preventing large-scale digital connectivity.
• Energy Constraints: Internet infrastructure requires constant high-power servers—VOI 700 D’s solar, wind, and microbial energy sources were too unstable to support a continuous high-speed network.

As a result, ExoHumans turned to shortwave radio as the only feasible communication system.

The Shortwave Radio Network was built around a decentralized relay system, ensuring reliable transmission across settlements.

Each settlement housed a primary relay station, responsible for amplifying and transmitting signals to remote areas.

• New Kourou Relay Station – The administrative hub of the network, linking all settlements.
• Firetown Relay Station – Powered by the Geothermal Power Plant ensuring stability despite the extreme conditions of the Ralar Region.
• Hope Relay Station – Agricultural coordination hub, providing weather updates and trade communications.
• Morningstar Relay Station – Powered by wind-turbines for coordination in the Atrana Mountains.

Located in the Atrana Mountains, the Mount Atrana Communication Outpost served as the primary signal amplifier, ensuring:

• Long-range communication between settlements and exploration teams.
• Emergency signals for distress calls.
• Broadcast stability in remote areas.

The Weber Communication Company produced different models of the Shortwave Communication Device (SWRWC), commonly known as the Weber, tailored for different user groups.

• Special Edition for Guarding Troopers
• Purpose: Military and law enforcement use.
• Design: Rugged, durable, resistant to extreme conditions.
• Key Features: Military-Grade Encryption for secure messages. Extended Frequency Range for long-distance patrol coordination. Integrated Tactical Light for low-visibility operations. Compact Design for easy attachment to gear.

• Civilian Edition for Public Use
• Purpose: Personal communication and public broadcasts.
• Design: Lightweight, easy to use.
• Key Features: Multi-Channel Support for general and private frequencies. Built-in Radio Receiver for accessing Weber Broadcasting Services. Microbial Fuel Cell Power for low-energy, sustainable use. Retractable Antenna for improved signal reception.

• Desktop Edition for Administrative Use
• Purpose: Government, business, and settlement coordination.
• Design: Stationary, with extended power reserves.
• Key Features: Enhanced Audio Clarity for group communication. Direct Connection to the GAIA for official transmissions. Adjustable Frequency Panel for monitoring multiple channels.

From the earliest days of the network, the GAIA Kernel in New Kourou piggy‑backed on WCC’s shortwave channels to keep its scattered Local Hubs alive.

• Kernel Burst (≈23:30 every Friday): GAIA’s core emitted a compressed batch of firmware deltas, security keys, and medical encyclopedia updates over the Shortwave Network.
• Lathe‑Write (00:00 – 02:00): At each settlement’s Local Hub, scribes captured the burst, engraved it onto a Shellac Record, and verified its checksum tone.
• Hub Flash (dawn): Technicians halted the local GAIA node, installed the new build, and logged the CRC on paper.

During the Gamma Age, the process tightened:

• Federal Agencies burned weekly ledgers to shellac (19:00 – 23:59).
• Local Hubs crunched analytics overnight, then transmitted summaries back to the Kernel via shortwave at 06:00.
• At 06:15, the Kernel aggregated data, emitted dashboards, and prepared the next firmware delta.

Lifeline in the Dark: Even with no internet, the Shortwave Network ensured every GAIA node spoke the same language, keeping medicine databases, security protocols, and legal code in lock‑step across the planet.

The Shortwave Network presents rich storytelling opportunities across different historical periods:

• Distress Call from the Dark Side – A weak transmission is detected outside the Eastern Equatorial Section and Ralar Region, but who sent it, and what dangers lurk beyond?
• Missing Courier Rider – A Free State Courier Rider carrying a classified shellac record disappears. The players must track their last transmission before it’s too late.

• Underground Broadcast – An Outlaw group hijacks a Relay Station
• Jammed Frequencies – Someone is disrupting shortwave signals. Is it Native sabotage, outlaw interference, or a hidden government conspiracy?
• Intercepted Transmission – Players stumble upon a coded message, but deciphering it could expose dangerous secrets.

• Exohuman Technology in the Beta Age
• ExoHuman Media and Communication in the Beta Age
• Exohuman Media and Communication in the Gamma Age
• Weber Communication Company (WCC)
• Weber Broadcasting Services (WBS)
• Shortwave Communication Device (SWRWC)
• Federal News Agency

Relay Stations within the exohuman Society:

• Mount Atrana Communication Outpost
• New Kourou Relay Station
• Firetown Relay Station
• Hope Relay Station
• Morningstar Relay Station