Marathon vs Beautiful Light

• Economy: Objective/Artifact-based via 3 Primary Traders
• Match Structure: 24-Player (18 Humans, 6 Player-Controlled Anomalies)
• Progression: PMC Skill Tree & Anomaly Cross-Progression
• Squad Size: 3 Players (Quick Reaction Force)

• The Scout: Processes auditory cues and leads formation.
  Human (Squad Role)
• The Artifact Carrier: Secures the objective and maintains forward mobility.
  Human (Squad Role)
• The Rear Guard: Provides heavy anchor support and prevents anomaly flanks.
  Human (Squad Role)

• APS: Machine Pistol / Sidearm
  Emergency close-quarters panic tool; provides a high fire rate for sudden anomaly ambushes.
• AS VAL: Integrally Suppressed Assault Rifle
  Allows for quiet elimination of AI anomalies without drawing the auditory attention of rival squads.
• Remington: Shotgun / Precision Rifle
  Configurable for brutal localized stairwell defense or extreme long-range exterior lane holding.
• SA58: Battle Rifle
  High-caliber penetration capable of shutting down heavy operator armor, but with severe recoil.
• FAMAS: Bullpup Assault Rifle
  High cyclic rate excellent for medium-to-close room clearing.
• Mosin: Bolt-Action Rifle
  High-risk, high-reward precision platform heavily punishing missed shots during swarms.
• SIG553: Carbine / Assault Rifle
  Versatile, highly modular platform suitable for varied engagement distances.
• SCAR-H: Heavy Battle Rifle
  Long-range stopping power best utilized by the squad's designated rear guard.
• F2000: Bullpup Assault Rifle
  Ergonomic, low-profile weapon excelling in tight indoor environments.
• Tactical Knife: Melee System
  Lethal silent takedown weapon essential for maintaining acoustic discipline and saving ammunition.

• Heavy Operator Armor: High ballistic resistance; vulnerable to high-caliber AP rounds.
• Standard QRF Vest: Medium protection prioritizing mobility for artifact carriers.
• Tactical Gas Mask: Protects against environmental hazards but muffles auditory feedback.

Progression is horizontal and vertical. Faction reputation unlocks permanent skill tree nodes, while 'Cores' and 'Implants' allow for deep buildcrafting. Players upgrade Heat Capacity, Agility, and Loot Speed to survive longer. 'Schemas' allow players to craft lost weapons, though most gear is reset every season.

Character progression heavily revolves around a sophisticated PMC Progression Skill Tree managed through a network of specialized Traders. By successfully extracting artifacts and completing binding contracts, operators earn resources to permanently improve their base statistics and tactical proficiencies. This RPG-like metagame allows players to heavily customize their loadouts, unlocking advanced weapon platforms, specialized anti-armor ammunition, and vital utility equipment necessary for surviving increasingly dangerous raids. Crucially, Beautiful Light features an asymmetrical progression economy. Players controlling anomalies earn continuous experience points that feed into a distinct anomaly-specific RPG tree, unlocking new predatory traversal abilities, enhanced sensory skills, and entirely new monstrous forms. Furthermore, an innovative cross-progression bridge allows players who excel in the anomaly role to convert a portion of their predatory earnings back into their human PMC characters, ensuring players are rewarded regardless of which side of the asymmetrical PvPvPvE conflict they choose to engage in.

The game features massive, distinct zones: Perimeter (Industrial), Dire Marsh (Biological/Greenery), and Outpost (Heist-focused). An endgame raid-like zone, The Cryo Archive, is set on the derelict Marathon ship itself. Maps are littered with environmental hazards like toxic plants and automated security turrets.

At the launch of Early Access, Beautiful Light introduces players to two distinct and meticulously detailed maps serving as initial post-apocalyptic intervention zones. The flagship map, designated 'Ground Zero', offers a brutal mix of extreme environmental hazards, crumbling architectural obstacles, and dense atmospheric lore. Map design philosophy deliberately heavily prioritizes intricate route generation, fatal choke points, and fallback planning over wide-open sandbox exploration. Environments are deeply hostile, visually oppressive, and weaponized against the player. Tight, claustrophobic indoor corridors negate long-barreled weapon advantages, while exposed exterior intervention zones leave squads highly vulnerable to sniper fire and sudden anomaly ambushes. This architectural complexity demands that players memorize ambient light sources, secondary extraction routes, and fatal funnels. Survival hinges completely on map knowledge, forcing operators to conduct low-risk perimeter sweeps to build a mental cartography of the maze-like structures before ever attempting a high-value artifact extraction deep within the facilities.

• AI Anomaly Minion: Mutated Biological Entity
  Provides ambient PvE friction and wastes human ammunition.
• Apex Anomaly: Player-Controlled Nightmare
  Hunts humans utilizing traversal abilities and darkness manipulation.

• The QRF Operator: Protagonist / Survivor
  Elite mercenaries risking their lives to extract world-saving artifacts.
• Player-Controlled Anomaly: Apex Predator
  A lethal, intelligent biological horror tasked solely with consuming the human operators.
• The Traders: Economy Managers
  Syndicate leaders who offer binding contracts, regulate the market, and upgrade PMCs.

• Artifact Secure Protocol: Primary Raid Objective
  Locate, secure, and safely extract the primary artifact from the map.
• Trader Syndicate Contract: Secondary Economy Quest
  Complete specific localized goals, such as gathering military intelligence, for the three Traders.
• The Anomaly Hunt: Asymmetrical PvP Objective
  As a player-controlled anomaly, ruthlessly hunt down and consume the human Quick Reaction Force squads.

The core multiplayer architecture is strictly built around the 'Raid' mode, an innovative 24-player PvPvPvE asymmetrical tactical extraction experience. Each match dynamically pits eighteen human players—divided precisely into six independent, highly coordinated squads of three QRF operators—against a terrifying roster of six individual players assuming the roles of apex anomalies. This unique ratio creates a highly volatile ecosystem where human squads must compete against each other for high-value artifacts while simultaneously surviving the psychological horror of being hunted by intelligent, player-controlled monsters. Supplementing this 24-player chaos is a baseline population of AI-controlled anomalies that provide ambient PvE friction. Looking toward the future, the developers have teased a mysterious 'secret expedition game mode' for the 1.0 release, alongside the capability for players to utilize self-hosted dedicated servers to create purely cooperative PvE experiences, completely isolating the horror mechanics from competitive human-versus-human interference.

As Beautiful Light is slated for an Early Access launch on PC storefronts in December 2026, the specific retail editions remain largely standardized to ensure community accessibility. Currently, the primary offering will be the Standard Early Access Edition, which grants full access to the core 24-player Raid mode, the initial two maps, the complete launch armory of over 20 firearms, and the foundational PMC and Anomaly progression systems. While premium collector's or ultimate editions have not been fully detailed, industry standard practices for extraction shooters often suggest the future introduction of 'Supporter Editions' or 'Tactical Bundles'. These theoretical upgraded editions would likely provide players with expanded initial stash space, exclusive cosmetic tactical gear, or minor starting standing boosts with the three primary in-game Traders. Deep Worlds SA has emphasized community goodwill, officially confirming they have no plans to artificially inflate the base game's price upon full release.

Deep Worlds SA has outlined an exceptionally ambitious multi-year post-launch roadmap for Beautiful Light, aiming to evolve the title from a match-based shooter into a comprehensive military management platform. The journey to Version 1.0 will see the systematic introduction of new intervention zone maps, dramatically expanding the post-apocalyptic theater. Players can expect consistent armory expansions featuring new weapon platforms, advanced tactical gadgets, and multiple new playable anomaly classes to shift the asymmetric meta. A highly anticipated 'secret expedition game mode' is also in development, hinting at continuous, multi-map deployment sequences or narrative-driven PvE campaigns. Crucially, the full release will integrate advanced social architectures, including granular clan management, global leaderboards, and a player-driven mercenary gig economy where users can publish custom contracts. To guarantee extreme longevity, the developers have confirmed full support for self-hosted dedicated servers, allowing the community to preserve and heavily customize the experience indefinitely.

• Q: What happens when I die?
  A: You lose all weapons, armor, and loot currently in your backpack. You only keep your permanent upgrades and Prestige Schemas.
• Q: Can I play solo?
  A: Yes. You can enter as a solo Runner or use the 'Rook' shell for a zero-risk, late-join scavenging experience.
• Q: What is the Heat system?
  A: Heat replaces stamina. Sprinting and abilities build heat; if you overheat, you move at a crawl. Crouch-walking or water helps dissipate it.
• Q: How do weapon rarities work?
  A: Rarity is determined by attachments, not base damage. A gold gun simply has more/better attachments and 'Chips' than a gray one.
• Q: What resets during the seasonal wipe?
  A: Looted gear, credits, faction reputation, and standard schemas reset. Cosmetics and Prestige Schemas are permanent.

• Q: What is the main objective in Beautiful Light?
  A: The primary objective is the 'Enter, Secure, Extract' protocol. Squads must penetrate a dangerous intervention zone, locate and secure a highly valuable artifact, and survive a localized siege to extract via helicopter.
• Q: Can I play as a monster in Beautiful Light?
  A: Yes. A standard 24-player raid consists of 18 human operators and 6 individual players who control powerful apex anomalies tasked with hunting the humans and preventing extraction.
• Q: Will Beautiful Light have regular server wipes like other extraction shooters?
  A: No. Because the game utilizes a quest and artifact-driven economy rather than just procedural looting, and incorporates asymmetrical horror elements to generate replayability, the developers do not plan to institute routine server wipes following full release.
• Q: Does Beautiful Light have a traditional HUD, crosshairs, or ammo counters?
  A: No. The game strictly uses a diegetic interface. Players must navigate using a forearm-mounted PDA, physically check magazines, and rely on weapon sights, drastically increasing immersion and vulnerability.
• Q: If I choose to play as an anomaly, do I fall behind on my human PMC character progression?
  A: No. The game features an innovative cross-progression economy that allows players to convert a portion of their anomaly earnings and progression experience back to their human PMC characters.

Powered by Unreal Engine 5, Beautiful Light utilizes cutting-edge rendering techniques to construct a suffocating, oppressive visual atmosphere where lighting is a core gameplay mechanic. The game heavily leverages advanced volumetric fog, atmospheric light physics, and deep, impenetrable dynamic shadows to hide player-controlled anomalies and rival human squads. Pitch-black combat corridors demand the strategic use of night vision optics and tactical flashlights, which simultaneously illuminate paths and act as highly dangerous beacons to predators. Because visual obscurity is fundamental to the tactical reality, running the game on low visual presets is heavily discouraged. To maintain stable performance during intense, visually complex firefights, the game natively integrates upscaling technologies like NVIDIA DLSS and AMD FSR. High-end PC configurations can push texture details to Epic, ensuring operator silhouettes and anomaly appendages remain terrifyingly readable, resulting in one of the most visually striking and mechanically demanding tactical shooters available.

The acoustic environment in Beautiful Light is meticulously weaponized, serving as both a primary navigation tool and a lethal liability. The game's soundscape relies heavily on advanced spatial audio to induce constant paranoia; players must learn to precisely distinguish the heavy resonance of realistic operator footsteps from the erratic, terrifying pacing of lurking anomalies. Crucially, the audio design is deeply tied to physiological stress. Operators will actively hear their own character's panicked breathing, racing heartbeats during kinetic combat, and the claustrophobic, muffled acoustic restriction of wearing a functional tactical gas mask. Maintaining extreme audio discipline is the absolute foundation of survival. Utilizing integrally suppressed weapons, executing silent melee takedowns on AI enemies, and communicating via short, precise microphone callouts are mandatory strategies. A single unsuppressed gunshot or panicked sprint can instantly alert player-controlled anomalies across the intervention zone, triggering a deadly, multi-directional siege against the offending squad.

Beautiful Light radically abandons traditional, screen-cluttering HUD elements in favor of a strictly diegetic, deeply immersive interface designed to induce profound psychological friction. The absolute centerpiece of this philosophy is the forearm-mounted PDA, which serves as the operator's primary hub for tactical information, map navigation, squad vitals, and objective surveying. To access this critical data, players must physically raise their character's arm, an action that completely lowers their primary weapon, obscures peripheral vision, and entirely breaks their focus on the immediate physical environment. In a game heavily populated by ceiling-crawling anomalies and lurking human predators, simply checking the map becomes a potentially fatal vulnerability. There are no magical crosshairs, floating objective markers, or artificial ammo counters. Players must physically check their magazines, rely on realistic weapon sights, and navigate by memory and compass, perfectly aligning the game's UI with its hardcore, suffocating military simulation ethos.

Given its hardcore positioning as a realistic military simulation intertwined with high-stakes survival horror, Beautiful Light inherently features a steep learning curve and punishing mechanics. However, baseline accessibility features expected of modern PC titles are present. The game natively supports an impressive array of localized languages for its interface and subtitles, including English, French, Spanish, Italian, German, Simplified and Traditional Chinese, Korean, Japanese, Polish, Portuguese, Russian, and Turkish, ensuring massive global accessibility. While the diegetic UI strictly removes traditional HUD elements to maintain immersion, players have access to standard control remapping, extensive mouse sensitivity tuning, and vital FOV (Field of View) sliders to mitigate motion sickness during intense, close-quarters combat. Furthermore, the inclusion of temporal upscaling like DLSS and FSR acts as a hardware accessibility feature, allowing players on mid-range gaming rigs to achieve the critical 60 FPS threshold required to remain competitive in high-stakes PvP firefights.

• SPECULATIVE AND EXTRAPOLATED SYSTEM REQUIREMENTS for Bungie's Marathon. As of March 2026, Bungie has not yet released official PC specifications. This information is projected based on modern competitive extraction shooter standards and recent technical updates to the Tiger Engine. These specs prioritize high framerates and low latency for competitive integrity. Performance targets assume upscaling and low-latency technologies are utilized.
• Laptop Performance Note: Laptop versions of the listed desktop GPUs require comparable performance. For a fast-paced extraction shooter like Marathon, maintaining a stable, high framerate (120+ FPS) is a significant competitive advantage. This makes a laptop with a high-TGP (Total Graphics Power) GPU and a high-refresh-rate display essential.
• Laptop Consideration: G P U T G P: A high TGP is critical for maintaining high boost clocks during chaotic firefights. Lower-power variants may experience frame drops that can be fatal in an extraction setting.
• Laptop Consideration: Cooling Thermals: The Tiger Engine can be CPU-intensive in complex environments. A laptop with advanced cooling is necessary to prevent thermal throttling and ensure consistent frame times during long extraction raids.
• Laptop Consideration: C P U Power Limits: Strong single-core CPU performance is vital for handling the game's netcode, physics, and player data without creating a bottleneck for the GPU at high framerates.
• Laptop Consideration: M U X Switch Optimus: A MUX switch or NVIDIA Advanced Optimus is highly recommended to minimize system latency. In a game where every millisecond determines who extracts and who loses their gear, reducing input lag is paramount.
• Optimization Detail: Upscaling Tech: Native support for NVIDIA DLSS 3.5 (including Frame Generation), AMD FSR 3.1, and Intel XeSS is expected. NVIDIA Reflex is considered essential for competitive low-latency play.
• Optimization Detail: Key Settings Impact: Performance will be most affected by Global Illumination, Effects Quality, and View Distance. Players seeking a competitive edge will likely lower 'decorative' settings to maximize framerate and visual clarity.
• Game Name: Marathon

• Hardware specifications indicate an upward scaling in memory and graphical requirements for stability under duress. Running the game at the lowest visual presets poses a distinct competitive disadvantage due to the tactical importance of dynamic lighting and shadows.
• Laptop Performance Note: Laptops require high-TGP GPUs and robust cooling to maintain the critical 60+ FPS threshold, as UE5 dynamic lighting and shadows are heavily computationally taxing.
• Laptop Consideration: G P U T G P: Maximum TGP highly recommended (e.g., 130W+ for RTX 3060) to prevent severe frame drops during intense multi-squad firefights.
• Laptop Consideration: Cooling Thermals: Aggressive cooling required to avoid CPU thermal throttling, which can cause fatal asset streaming hitches upon deployment.
• Laptop Consideration: C P U Power Limits: Sustained high power limits are needed for complex spatial audio processing and AI anomaly behavior tracking.
• Laptop Consideration: M U X Switch Optimus: A MUX switch is practically mandatory to bypass integrated graphics and reduce input latency in hardcore PvP scenarios.
• Optimization Detail: Upscaling Tech: NVIDIA DLSS & AMD FSR Supported
• Optimization Detail: Key Settings Impact: Shadow Quality, Volumetric Lighting, and Effects Quality heavily impact performance. High settings provide tactical advantages but require upscaling to maintain FPS.
• Game Name: Beautiful Light

• Upscaling Tech: Native support for NVIDIA DLSS 3.5 (including Frame Generation), AMD FSR 3.1, and Intel XeSS is expected. NVIDIA Reflex is considered essential for competitive low-latency play.
• Key Settings Impact: Performance will be most affected by Global Illumination, Effects Quality, and View Distance. Players seeking a competitive edge will likely lower 'decorative' settings to maximize framerate and visual clarity.

• Upscaling Tech: NVIDIA DLSS & AMD FSR Supported
• Key Settings Impact: Shadow Quality, Volumetric Lighting, and Effects Quality heavily impact performance. High settings provide tactical advantages but require upscaling to maintain FPS.

• G P U T G P: A high TGP is critical for maintaining high boost clocks during chaotic firefights. Lower-power variants may experience frame drops that can be fatal in an extraction setting.
• Cooling Thermals: The Tiger Engine can be CPU-intensive in complex environments. A laptop with advanced cooling is necessary to prevent thermal throttling and ensure consistent frame times during long extraction raids.
• C P U Power Limits: Strong single-core CPU performance is vital for handling the game's netcode, physics, and player data without creating a bottleneck for the GPU at high framerates.
• M U X Switch Optimus: A MUX switch or NVIDIA Advanced Optimus is highly recommended to minimize system latency. In a game where every millisecond determines who extracts and who loses their gear, reducing input lag is paramount.

• G P U T G P: Maximum TGP highly recommended (e.g., 130W+ for RTX 3060) to prevent severe frame drops during intense multi-squad firefights.
• Cooling Thermals: Aggressive cooling required to avoid CPU thermal throttling, which can cause fatal asset streaming hitches upon deployment.
• C P U Power Limits: Sustained high power limits are needed for complex spatial audio processing and AI anomaly behavior tracking.
• M U X Switch Optimus: A MUX switch is practically mandatory to bypass integrated graphics and reduce input latency in hardcore PvP scenarios.