Expert computer programs, powered by advanced software like Mongoose’s Intelligent Interface, can significantly enhance character capabilities in the Traveller role-playing game. These programs, focusing on skills like Tactics/Military and Recon, raise questions about implementation and integration within the game’s rules.
Utilizing Expert Systems in Traveller
The Traveller setting envisions a future with advanced computer technology, surpassing present-day capabilities. Using an Intelligent Interface, computers communicate verbally, reminiscent of advanced AI assistants. This raises the question of leveraging software like Expert (Tactics/Military) during gameplay. According to the Central Supply Catalogue (pg. 32), battle dress armor already incorporates Computer/2 running this software. This suggests utilizing similar software on personal computers isn’t “gaming the system” but rather reflects the setting’s technological norms.
Expert programs primarily assist with Education (EDU) or Intelligence (INT) based skill checks. Recon, heavily reliant on INT, benefits significantly from Expert (Recon) software. However, its use introduces challenges: how does the computer perceive its surroundings, and how does it relay visual data to the user?
Example of a Traveller character sheet where skills and attributes are recorded.
Sensory Input and Data Processing
Traveller’s rules remain ambiguous regarding computer sensory perception. While TL8+ computers include communication systems with cameras and microphones, the specifics of visual data acquisition remain unclear. Logically, a computer utilizing Intelligent Interface would necessitate a communication system for external data input.
Networking offers potential solutions. Computers can wirelessly connect with devices like Comm Dots (throat microphones potentially equipped with cameras, given current technological trends) or Neural Comms. Furthermore, accessing an air raft’s lidar sensor suite remotely via a personal computer highlights the potential for networked sensory input.
The Core Rule Book (pg. 110) states that sensors can feed data directly to computers or user displays. This implies devices like IR goggles, electronic binoculars, and densitometers can provide input for Expert software, aiding in data processing and interpretation.
Modern military technology often incorporates advanced sensor suites and data processing capabilities, similar to those envisioned in Traveller.
Visual Communication and Integration
Relaying visual information necessitates specific interfaces. Personal HUDs, overlaying data onto the user’s field of vision, fulfill this role. Powered armor helmets likely incorporate similar technology. Cybernetic visual augmentations offer a direct neural pathway for data transmission.
Our gaming group concluded that Expert (Recon) mandates a Personal HUD or equivalent visual integration device. This justifies the Personal HUD’s cost and enhances its in-game utility. Using Mongoose Software in conjunction with advanced hardware creates a more immersive and strategically rich experience within the Traveller universe.
A conceptual image of a futuristic HUD display, showcasing how visual information from computer systems could be integrated into a user’s field of vision.
Conclusion
Mongoose’s Intelligent Interface and Expert software represent powerful tools within the Traveller RPG. Understanding their functionality and integration with sensory input and visual output devices is crucial for utilizing their full potential. By embracing these advanced technologies, players can enrich their gameplay experience and create more dynamic and engaging characters.
