Lore Guide: CentreBrain, Matrices & Stars Explained

Dyson Sphere Program’s lore frames the player as Icarus, an agent of COSMO tasked with harvesting stellar energy and confronting the consequences of a prior machine uprising. The setting blends astroengineering ambition (Dyson Sphere construction) with an antagonistic force called the Dark Fog and a cast of cosmic objects that shape goals, risks, and rewards.

COSMO, Icarus, and the Dyson Sphere Program

• COSMO (Coalition Of Stellar Management Organizations) is the agency behind the Dyson Sphere Program and the organization that deployed Icarus to build energy-harvesting infrastructure around stars.
• Icarus is the player's avatar: a piloted unit sent to multiple planets and star systems to found automated factories, secure resources, and construct Dyson Spheres to supply the galaxy with power.
• The central long-term objective presented in lore is large-scale Dyson Sphere construction around stars to collect and redistribute stellar energy.

The Dark Fog — former machines turned enemy

• The Dark Fog are the remnants of the prior Machine Energy Program that ran amok; they are the primary antagonists encountered on planets and in space.
• They maintain planetary bases and orbital/spaceborne installations that attack player factories and can launch air and space assaults as the game progresses.
• Dark Fog forces drop salvage items and specialized components (notably the Dark Fog Matrix from higher-level units) that are used for unlocking top-tier manufacturing and for production in facilities such as the Self-evolution Lab.
• Dark Fog Matrix items are tetrahedron-shaped matrices distinct from regular cube-shaped matrices; their use carries in‑lore ethical taboos within COSMO’s research committees.

Space Hives (the Dark Fog space bases)

• Space Hives are large Dark Fog bases that orbit stars in most systems. They function like scattered hostile "motherships" and can be composed of multiple distinct parts:
  • Central Core: the hive’s energy source that continuously generates power and coordinates hive activity. If the Central Core is destroyed the hive is considered defeated even if outer segments remain.
  • Relay Stations: attached to the core; they deploy logistics ships to build planetary bases and serve as the hive’s supply lifeline. When relay stations are destroyed or their stock is depleted, the hive prioritizes producing replacements.
  • Ports (Shipyards): construct Dark Fog space units (military ships); different ports correspond to different ship types.
  • Turrets: Plasma Generation Towers and Phase Laser Towers defend the hive.
  • Photon Receivers: counterpart to the player’s Ray Receivers; they convert stellar light into energy for hive structures and can siphon power from player-built Dyson Spheres.
  • Structural elements (Seed Nodes, Bridges, Channels): form the interior framework and logistics paths; destroying these can interrupt hive internal supply and stop dependent buildings.
  • Eclipse Fortress and associated Ports: cosmetic/monumental high-end structures that appear on fully-grown hives but offer only modest mechanical benefit.
  • Seed: a floating sphere used to create new hives in systems lacking one; when stocked it becomes a separate, attackable component.
• Hives produce and dispatch assets; their strategic elimination yields materials but may prompt hive reproduction if relay stations and seeds remain.

Stars, classifications, and special stellar objects

• Stars in-game are generated per-seed; a given seed produces a consistent star cluster. Players can choose seed size (minimum 32 to maximum 64 stars), and typical default distributions include many main-sequence Stars plus a handful of Giants, White Dwarfs, a Neutron Star, and a Black Hole.
• Stars are categorized broadly as:
  • Star (main-sequence): the most common stellar type in the galaxy.
  • Giant: very large stars (in-game radius around ~10 R☉) that offer larger maximum Dyson Sphere radii and thus high theoretical power potential, but typically have fewer planets (often only one) and so less exploitable planetary resources—making them niche targets for players who pursue very large spheres rather than expanded planetary infrastructure.
    • Giants come in color variants (red, yellow/white, blue). Their game effects are similar; differences are mainly flavor and in how many planets and how favorable they are for sphere-building.
  • White Dwarf, Neutron Star, Black Hole: rarer end-state stellar types with distinct in-game properties.
    • Black Holes: exactly one appears per generated cluster; they can be built around and may contain rare planetary resources—Unipolar Magnets are guaranteed in Black Hole systems. They produce weak light and are poor Dyson Sphere candidates except as a collector for niche builds.
    • Neutron Stars and White Dwarfs exist as separate categories and can host rare resources and different sphere constraints.
• Stars have spectral classes (O, B, A, F, G, K, M) that in the game correspond to visual and size/luminosity variety; these affect sphere size, luminosity, and planet distribution in aggregate.

Ray Receivers, Critical Photons, and COSMO facilities

• Ray Receivers (γ-ray receivers) are COSMO facilities placed on planetary surfaces to receive energy from a player-constructed Dyson Sphere; they can operate in photon-production modes that yield special high-energy outputs.
• Critical Photons are a produced particle from Ray Receiver photon modes; they carry a high energy potential and must be processed (e.g., in Miniature Particle Colliders) to yield Hydrogen and Antimatter. They are not usable directly as fuel without conversion.
• COSMO’s technology ecosystem includes specialized research and production facilities (Matrix Lab, Self-evolution Lab, Negentropy Smelter, Re-composing Assembler, EM-Rail Ejector, Vertical Launch Silo, and more) that are embedded in the narrative as the organization’s technical infrastructure for sphere construction and advanced manufacturing.

Rare resources and advanced codes

• Some star types and special deposits contain rare resources needed for endgame tech:
  • Black Hole systems include Unipolar Magnets.
  • Rare ore veins (e.g., Grating Crystal Veins) supply unique materials for high-precision components.
• The game’s fiction references five foundational "source codes" that sustain CentreBrain simulation logic. Items such as the Gravity Matrix are framed as pieces of those codes and tie into advanced research topics in the lore.

Narrative tone and gameplay integration

• Lore emphasizes COSMO’s grand engineering program balanced against the moral and practical hazards of advanced machine remnants (Dark Fog) and the sheer scale of stellar engineering.
• Many lore elements are echoed by gameplay mechanics: stars determine Dyson Sphere parameters and available planets, Dark Fog actions create combat and loot progression, and rare matrices and particles gate late-game manufacturing and research.
• Flavour text warns that some technologies (notably those derived from Dark Fog materials) are ethically controversial within COSMO, a theme that appears in research and story snippets.

This synthesis links the player’s practical goals—gather resources, expand across planets, build Dyson Spheres—with the game’s background: an ambitious COSMO program, a hostile legacy enemy in the Dark Fog, and a varied stellar environment that shapes choices and rewards.