The EVE Fanfest presentation on Travel and Exploration in the EVE Frontier Galaxy begins with an overview of the vast and complex universe players will explore. The galaxy is formed by simulating the merger of three distinct galaxies, resulting in a unique and structured environment with over a million solar systems. This simulation uses advanced astrophysics and n-body simulations to create a coherent and dynamic universe, complete with gravitational phenomena like triple black holes. The resulting galaxy features intricate structures such as filaments and arms from the original galaxies, providing diverse regions for players to discover and interact with.
The exploration experience is designed to mimic real-world astronomy, where players gather partial and imperfect information through scanning and observation. Instead of revealing all details upfront, the game encourages players to interpret signals, make predictions, and gradually uncover mysteries such as ancient megastructures or abandoned battlefields. This approach emphasizes discovery as a core gameplay element, where information has intrinsic value and players can trade knowledge using blockchain technology to ensure trust and credibility. This system enhances player agency and creates a dynamic economy based on information as a tradable asset.
Travel between solar systems is governed by a complex graph structure that respects physical and economic constraints such as locality, asymmetry, travel cost, and strategic divergence. Players must navigate this network, balancing the shortest and cheapest routes, while considering fuel and ship capabilities. The game introduces broken and ancient infrastructure that players can repair or bypass, fostering cooperation or independent pioneering efforts. Travel cost is a fundamental economic factor, influencing what goods and services are accessible, shaping market distribution, and affecting the overall pace and nature of expansion in the galaxy.
Inside each solar system, planetary and asteroid formations are generated using physics-inspired models based on protostellar discs and orbital dynamics. Systems feature unique configurations of stars, planets, asteroid belts, and Lagrange point clusters, all procedurally generated to ensure no two systems are identical. These natural structures are layered with a “broken world” of abandoned industrial sites, mega-structures, and hostile factions, creating persistent and explorable zones. This permanence allows players to leave lasting marks on the universe, fostering a sense of continuity and meaning in their actions.
To help players navigate and interact with this immense universe, the game features an evolving user interface that visualizes systems with detailed, procedurally generated celestial bodies and orbital zones. The system map integrates scanning mechanics that reveal partial information through various signatures, encouraging active exploration and strategic decision-making. Upcoming updates will enhance travel modes, introduce dormant gates, and improve map usability. The presentation concludes by emphasizing the integration of physics, economics, game design, and UI/UX as essential elements that make the EVE Frontier Galaxy a rich, inhabitable universe for players to explore and influence.
