What happens when you strip the conveyor belts out of a factory building game and replace them with intelligent worker drones? City From Naught answers that question with a daring blend of logistics, visual logic, and exploration. In this Brave New Wonders review, we break down whether this ambitious indie title successfully reinvents the genre or collapses under the weight of its own algorithms. Anyone seeking a fresh, cerebral spin on industrial planning will find that this Brave New Wonders review unpacks every core system, from plain-language prompt engineering to continent-hopping airship factories.
Set in a far-future post-apocalyptic world, you take control of Mira, an aspiring pioneer who explores the remnants of a fallen civilization from the seat of a motorized monowheel. Guided by mentors like Coren and Brooklyn, you salvage relics, unlock historical technology, and assemble automated networks across vast floating islands.
Natural Language Logic: How Automatons Replace Conveyor Belts
The defining feature of Brave New Wonders is its total abandonment of traditional conveyor belts. Rather than routing endless spools of mechanical tracks between smelters and assemblers, your entire supply chain runs on autonomous machines. These units—ranging from basic miners and movers to heavy-duty cargo trucks—physically carry goods across the terrain.
To manage them, the game integrates an in-game natural language parser. Instead of writing strict code or manually wiring logic gates, you type instructions using plain human sentences. The game’s built-in model interprets your phrases and compiles them into a visual state machine diagram. For players concerned about industry trends, the developers explicitly state that no generative AI was used for art, audio, narrative, or textures. The model exists purely as a gameplay parser to convert text commands into structured logic.
Setting up an automated delivery pipeline generally follows an intuitive sequence:
- Open the automaton management interface and select or create an automaton behavior profile.
- Type your routing instructions into the prompt field, utilizing curly brackets like {warehouse} or {smelter} to designate variables.
- Click generate to let the internal parser compile your sentences into an editable behavior graph.
- Assign runtime parameters by clicking specific target structures or selecting required item filters on your map.
- Save the profile to your codex and deploy it to single automatons or clone it across entire squadrons.
The logic goes far deeper than simple A-to-B hauling. Buildings and storage facilities broadcast colored signals—such as red, blue, or green—based on user-configured thresholds like internal stock levels or reactor heat. A mover can be told: "When warehouse signal is red, pick up crystal compound from general factory and deposit it at warehouse." If you prefer not to write text, the behavior graph can be assembled or altered manually using drag-and-drop states.
| Automation Feature | Brave New Wonders | Traditional Factory Builders (Factorio / Satisfactory) |
|---|---|---|
| Primary Transport | Autonomous worker robots and transport trucks | Physical conveyor belts, pipes, and rail lines |
| Routing Logic | Plain-text prompts compiled into state machine graphs | Mechanical splitters, mergers, balancers, and wire networks |
| Layout Expansion | Blueprint mode (Ctrl+D) with cloned task routines | Blueprint ghosts connected via manual or automated belt laying |
| Facility Communication | Dynamic color-coded building broadcast signals | Circuit networks, logic wires, and arithmetic combinators |
| Base Mobility | Mobile airborne factory fleet (Airships) | Fixed planetary installations and outposts |
Exploration, Tech Trees, and the Seven Wonders
Unlike titles that drop players into an infinite procedurally generated sandbox, progression here revolves around a narrative campaign tied to environmental exploration. As Mira uncovers relics in abandoned ruins, she returns them to her train station hub to unlock branches on a sprawling technology tree.
Relics act as major progression gates. Finding items like durable old-world casings or weapon components unlocks essential equipment, expanding Mira's personal backpack capacity from 200 to 300 items or giving her monowheel dramatic speed upgrades. Crucially, the technology tree alters based on the discoveries you make in the wild, ensuring that production priorities adapt to your findings.
The ultimate milestones of progression are the seven Wonders. The first of these monumental structures is the Sky Pillar, which awards the airship. The airship is far more than a fast-travel mechanic; it serves as a fully customizable, airborne factory base. You construct smelters, power plants, and storage facilities directly on its deck, program its operations just like an automaton, and fuel its engines to sail across the cloud oceans to foreign lands.
Solving puzzles at ancient ruins tests your programmatic logic. For example, unlocking the Artificial Sun requires you to maintain a plasma reactor between 20 and 30 degrees. If the core gets too hot, it must emit a signal telling movers to withhold fuel or extract burning materials; if it drops too low, it demands rapid replenishment. Passing these trials rewards you with high-tier components like compute cores, which are essential for expanding your active robot fleet.
Continental Biomes and Logistical Challenges
Progression takes Mira across four distinct continental biomes, each presenting unique environmental hazards that force you to retool your automaton instructions:
- America: The balanced starting archipelago featuring dense forests, ruined highways, and accessible deposits of coal, metal ore, and crystal shards.
- Europe: A bitterly cold, snow-covered landscape where severe frost prevents players from constructing factories on frozen surfaces.
- Africa: An agrarian continent centered on greenhouse farming and irrigation pipelines, where crops possess rapid spoilage timers that turn failed deliveries into unusable waste.
- Asia: A treacherous volcanic zone riddled with sudden lava eruptions that incinerate careless robots, offset by high-output geothermal power opportunities.
Each continent demands different logic. In Africa, your plain-language commands must prioritize transport velocity to prevent organic components from rotting before reaching processing hubs. In Asia, players must configure warning signals that detect rising volcanic heat and trigger emergency evacuation routines, pulling worker automatons back to safe ground before a lava surge wipes out an entire industrial sector.
Because each continent feeds resources back into your global goals via transport airships, you must balance local supply chains with cross-continental export routes.
Combat, Monowheel Travel, and Base Management
Industrial expansion inevitably encroaches on hostile territory. Abandoned old-world defense drones patrol designated red zones across the map. These rogue machines will actively target your outposts, mining bots, and assembly buildings if left unchecked.
Combat blends player action with tactical base defense:
- Monowheel Offense: Mira’s vehicle features an active combat mode equipped with an infinite-ammo baseline weapon to skirmish against roaming drones.
- Machine Gun Turrets: Stationary defensive towers hold choke points along narrow canyon passes and ruin perimeters.
- Munitions Logistics: Turrets consume physical ammunition, requiring automated production loops of coal, gunpowder, and metal plates delivered via dedicated movers.
- Demolition: Obstacles such as fallen logs, dense tree clusters, and structural barriers require manufactured dynamite to clear.
Player experiences highlight an important operational danger: destroyed buildings and automatons do not leave behind persistent husks. If an ammunition carrier bot gets intercepted by enemy patrols, the supply line dries up quietly until your defensive turrets run out of ammo and get leveled. Setting up resilient alert routines is crucial to maintaining operational awareness while you explore distant sectors.
Performance, User Experience, and Community Critique
Evaluating the game's technical foundation is an essential component of this Brave New Wonders review. City From Naught delivers a distinctive retro-futuristic steampunk visual style, supported by top-down flat and isometric perspectives. The inclusion of an instant blueprint duplication feature (Ctrl+D) makes expanding complex setups rapid, as copied automatons automatically retain their assigned behavioral programming.
According to community reports, performance remains exceptionally stable. On modern gaming rigs, the title maintains consistent 120 FPS frame rates at 1440p resolutions on high graphical settings. However, early adopters on the Steam community forums have identified several quality-of-life bottlenecks:
- Linear Early Game: The campaign structure limits freeform sandbox building during the opening hours.
- Tech Tree Pacing: The full conditional logic system and dynamic building signals are locked several tiers deep into research, forcing beginners to rely on basic presets initially.
- Selection Limitations: The current interface lacks multi-unit selection, meaning players cannot lasso groups of automatons to reassign tasks in bulk.
- Network Requirements: Generating complex automaton behavior graphs through the natural language parser requires an active internet connection, prompting community requests for an offline processing fallback.
- Character Tethering: Construction can only occur within a fixed physical radius around Mira's monowheel, which can frustrate players accustomed to omnipotent strategy cameras.
Reviewing the official hardware benchmarks helps players assess performance expectations before buying:
| System Tier | Operating System | Processor | Memory | Graphics Card | Storage Space |
|---|---|---|---|---|---|
| Minimum Specs | Windows 10 (64-bit) | Intel Core i5-6400 | 16 GB RAM | NVIDIA GeForce GTX 1650 | 27 GB available (SSD) |
| Recommended Specs | Windows 10/11 (64-bit) | Intel Core i7-7700 | 32 GB RAM | NVIDIA GeForce RTX 2080 | 30 GB available (SSD) |
You can check out further patch announcements and current community discussions on the official Brave New Wonders Steam store page.
Writing this Brave New Wonders review reveals an experience that successfully diverges from typical factory management clones. By substituting physical conveyor tracking with behavioral state logic, it challenges your mind to solve organizational puzzles through clear reasoning rather than tight spatial squeezing.
Frequently Asked Questions About Brave New Wonders
What is the price of Brave New Wonders on Steam?
Brave New Wonders retails for a standard price of $24.99 USD, launching with a 15% discount down to $21.24 during its initial promotional release window.
Does the natural language command system require coding experience?
No coding background is needed. The system accepts natural language instructions written in plain text across multiple languages. The in-game parser interprets descriptive phrases like "move between A, B, and C in order" and translates them into functional state machines. A visual behavior editor also allows players to manually inspect and connect logic nodes.
Can Brave New Wonders be played completely offline?
While physical factory mechanics, exploration, and pre-built automaton tasks function without issue, player experiences indicate that the natural language prompt parser currently requires a network connection to compile new behavior instructions into logic graphs.
How long does a full playthrough take?
According to developer outlines and community playtesters, completing the main campaign, exploring all four continents, and constructing all seven Wonders takes upward of 40 hours of gameplay.
What is the final verdict of this Brave New Wonders review?
To conclude this Brave New Wonders review, the game is an innovative, highly recommended pickup for enthusiasts of logistics, automation, and programming puzzles. While the pacing of the early tutorial tiers and the lack of multi-select controls can cause occasional friction, the sheer satisfaction of commanding an intelligent robot army across mobile airship platforms makes it a standout entry in the automation space.