Rosen Spatial Connectors

The Rosen Spatial Connector and the Relativistic Oscillation Network #

Overview #

The Rosen Spatial Connector (RSC) and the Relativistic Oscillation Network (RON) are pivotal technologies in the history of interstellar travel and trade in the UEC. Developed and managed under the direction of the Universal Economic Coalition (UEC), these systems revolutionized the way distances between solar systems are traversed, playing a critical role in the economic and political landscape of the sector. This is what opened up large swathes of the galaxy and allowed the UEC to expand outside of its system. Prior to the RSCs and the RON, travel between solar systems was largely one-way and occurred via Arcs (large capital-class ships with extensive propulsion systems) over the course of decades. Most RSCs are privately owned by the largest corporations in the UEC, charging tolls for personal and commercial use, including the data flow through. This provides the owning corporation an incredible amount of influence in a given system.

In the interstellar era, the landscape of travel has been transformed by the RSC and RON technologies, with most RSCs being privately owned by the largest corporations within the Universal Economic Coalition (UEC). These corporations wield considerable influence by charging tolls for both personal and commercial use of the RSCs, including the data flow through these connectors.

Rosen Spatial Connector (RSC) #

Development and Function #

The first RSC was developed by Stellar Forge Industries. Initially Stellar Forge’s core business was agriculture and supply management in the Aridien solar system, the origin system of the UEC. To meet in system demand they started branching into propulsion systems. That soon became a core part of their portfolio while still supporting their other endeavors. Over time they grew to designing and manufacturing all aspects of space travel and became a giant within the space.

They were first to utilize a new class of Arc ships of their own design to travel to the nearest settled solar system. Travel between systems up until that point was possible, but it took decades. The first round trip took nearly years, but the success of the trip led to more. Other corporations looked to cash in on profits and so they looked to Stellar Forge to provide them with the equipment to do so. Within a few decades there was a steady pipeline of people and rare materials traveling between systems.

Each RSC serves as a station or structure capable of creating and maintaining a stable link. When it connects, it appears as if a tunnel (or “Corridor” as it’s colloquially known) is opened to the other side to a distant solar system when looking into the structure. It emits a faint blue light and has an almost ethereal, web-like appearance. This allows for near-instantaneous transport of people and cargo. Data is also transported through this network. Signals cannot travel through a corridor, but physical storage devices can. Every RSC has a broadcast array for sending and receiving data via light signals. The data is then downloaded and stored in a cargo ship for transport. Those ships are unofficially called “packets” by people in the industry. This means in order to send a message several systems away, it must be broadcasted to an RSC, downloaded to a truck, then transported through a corridor, before being uploaded to the corresponding broadcast link and sent again. Despite the technological advances, it is still possible in some instances to travel faster than information. This was also a significant contributing factor to why the pirate takeover of a key trade route was so devastating to the UEC.

Construction and Economics #

Resource-Intensive Nature: The construction of RSCs required an extraordinary amount of resources, both in terms of materials and specialized expertise.

UEC’s Role: The UEC, leveraging its conglomerate of corporations, was instrumental in financing and managing the construction of these connectors, using them to maintain and control key trade routes.

Relativistic Oscillation Network (RON) #

Establishment and Operation #

Creation: RON was established as a subsidiary system to manage and regulate the operation of the RSCs.

Functionality: Acting as a central control hub, RON coordinated the activities of the RSCs, ensuring smooth operation and synchronization of the Corridors.

Impact and Influence #

Economic and Strategic Importance #

Trade and Commerce: The RSCs, managed through RON, were vital for the UEC’s control over interstellar trade, significantly reducing travel time and costs between systems.

Political Leverage: Control over these connectors provided the UEC with substantial political leverage, contributing to its dominance in Sector 42.

Collapse of the UEC and the Subsequent Shift #

Post-Collapse Scenario #

Power Vacuum: The UEC’s collapse led to a scramble for control over the RSCs, with various emerging factions vying for dominance.

RON’s Transformation: Initially disrupted, RON gradually evolved into a more decentralized entity, adapting to the new political realities post-UEC.

Current State and Challenges #

Operational Difficulties #

Resource Constraints: The scarcity of resources for new RSCs heightened their strategic importance, making existing connectors hot-spots for conflict and negotiation.

Security Concerns: Increased piracy and security threats in the wake of the UEC’s collapse have impacted the safe operation of the RSCs and the stability of the Corridors.

Reformation and Adaptation #

Re-establishment Attempts: Efforts are underway to re-establish some control over the RSCs and RON, amidst the complex dynamics of emerging powers in Sector 42.

Strategic Alliances: New alliances and conflicts are shaping the future of interstellar travel and the role of RSCs and RON in the evolving socio-political landscape of the sector.

Production #

The production and development of RSCs are dominated by three major entities:

  1. Stellar Forge Industries: Commonly referred to as just Stellar Forge. A manufacturing conglomerate at the forefront of RSC design and hardware. This corporation is known for its comprehensive involvement in the manufacturing process, producing a significant portion of the necessary components in-house. Stellar Forge manufactures everything from ships to satellites to life support systems.

  2. Corridor Inc: Specializing in design, this corporation adopts a different approach by subcontracting the manufacturing process. They rely on various external companies for parts production, including sourcing some components from the first conglomerate, showcasing a complex web of inter-corporate dependencies. This company adopted the term for the name of the link between two starports.

  3. Interstellar Conduit Systems (ICS): Distinguished by its strategy of outsourcing and subcontracting virtually all aspects of production, this corporation maintains its market share through effective compartmentalization and management of its supply chain, ensuring a competitive edge despite its reliance on external resources.

Interstellar Standards Organization #

Further standardization and regulation in this sector are overseen by an industry group, named the Interstellar Standards Organization (ISO). This group is responsible for defining the specifications and quality benchmarks for RSCs, ensuring uniformity, safety, and interoperability across different systems and manufacturers. This not a governmental organization and companies are obligated to follow it and standards are adopted typically only if they are perceived as profitable. Industry players all try to influence this organization in a way that benefits them.

Classes of RSCs #

Class I - Personal and Light Freight RSCs

Pros: Cost-effective, accessible, higher jump frequency. Cons: Limited capacity, lower revenue generation. Risk for Oversized Vehicles: High risk of structural failure and navigational errors due to insufficient space and power for larger vessels.

Class II - Commercial and Medium Freight RSCs Pros: Versatile, efficient for high traffic, economically balanced. Cons: Operational complexity, moderate costs. Risk for Oversized Vehicles: Moderate risk of operational malfunction and transit inaccuracies for vessels significantly larger than designed capacity.

Class III - Heavy Freight and Industrial RSCs

Pros: High capacity, significant revenue per transit, specialized services. Cons: High costs, lower throughput, substantial infrastructure demands. Risk for Oversized Vehicles: Low risk for moderately oversized vehicles, but significant risk for exceptionally large or unusually shaped cargo that exceeds size or mass limits.

Class IV - Military and Specialized RSCs

Pros: Enhanced security, specialized equipment, strategic value. Cons: Restricted access, high cost, political sensitivity. Risk for Oversized Vehicles: High risk due to the specialized nature of the RSC, leading to potential security breaches and operational hazards.

Class V - Emergency and Rapid Response RSCs

Pros: High flexibility, priority usage, rapid deployment. Cons: Limited commercial use, high maintenance, specialized staffing. Risk for Oversized Vehicles: Moderate to high risk, as the RSCs are optimized for speed and flexibility, not for handling significantly oversized vessels or cargo.