How Crafting Systems in games are quietly reshaping How We Explore Game Worlds

Crafting systems are one of those mechanics that quietly change the way we play games.

On the surface, they let us create better weapons, armor, or consumables. But from a game design perspective, they do something far more interesting. They make the world feel valuable.

A simple plant isn’t just decoration anymore — it’s a future health potion. A piece of scrap isn’t environmental clutter — it might be the last component you need for an upgrade that opens a new area. Instead of rushing from one objective marker to the next, players start exploring. They check side paths, search abandoned buildings, investigate corners they would have otherwise walked past.

That’s what makes crafting systems so powerful as a design tool. A single mechanic can completely change player behavior without forcing them to do anything. There’s no quest marker that says “go collect herbs.” No NPC standing by a road demanding ten iron ores. The motivation comes from inside the player’s own head — from the understanding that this world contains raw materials, and those materials can become something useful.

If you’re interested in game design, level design, or gameplay systems, this article breaks down exactly how crafting systems encourage exploration, why they’re much more than just an inventory feature, and what makes some implementations succeed while others feel like busywork. We’ll look at the psychology, the design patterns, and the games that got it right — and the ones that didn’t.

Why Crafting Systems Make Every Object in the World Matter

The fundamental shift a crafting system introduces is simple but profound: it changes the value of every object in the game world.

Without crafting, a game world is a stage. Trees are backdrops. Rocks are geometry. Herbs are color palette choices. The player moves through this world as a consumer — picking up explicitly placed rewards (chests, quest items, drops) and ignoring everything else. The environment is a corridor with decoration.

With crafting, the same world becomes a resource landscape. Every object has potential value. That fern? Could be a component in a stamina potion. That rusty pipe? Could be smelted into iron for a weapon repair. The pile of bones in a dungeon? Maybe they’re the key ingredient for a bone armor set you haven’t discovered yet.

This shift has a cascading effect on player behavior:

• Players slow down. When every object might be useful, rushing past the environment means leaving value on the table. Players begin to move more deliberately, scanning their surroundings.
• Players explore off the critical path. A glint of light in a side corridor, an unusual plant growing near a cliff edge, a strange rock formation — these become potential leads rather than visual noise. Players investigate areas the designer never explicitly directed them toward.
• Players develop mental maps. Instead of remembering “where the quest objective is,” players start remembering “where the iron deposits are,” “where that rare herb respawns,” “where the monster that drops scales lives.” The world becomes a layered information space rather than a linear path.
• Players form emotional attachments to places. A clearing where you found a rare material becomes “your” spot. A cave system where you gathered enough leather to finally craft that armor set becomes a place with a story attached to it.

As one game design analysis puts it, “crafting is not just a power curve — it’s a design pillar whose central verb (creating) drastically alters how your player might approach the other pillars your game presents.” That means crafting has the potential to boost or undermine a player’s interest in combat, exploration, narrative, and social systems — all depending on how it’s implemented.

The key insight here is that crafting systems don’t just give players items. They give players a reason to care about the world.

The Value Transformation: From Decoration to Potential

Think about what happens when a player encounters a flower in a game without crafting. They might admire it. They might walk past it. It exists for atmosphere. Now think about what happens in a game with crafting — where that flower is a known ingredient in a healing recipe.

The player doesn’t just see a flower. They see a future potion. They see a specific, tangible benefit that this object can provide if they choose to interact with it. The flower has been transformed from decoration into potential.

This transformation applies to every craftable resource in the game. A piece of scrap metal isn’t junk — it’s a future weapon repair. A monster’s hide isn’t loot — it’s a future armor piece. A rare crystal isn’t a collectible — it’s a future upgrade that might unlock a new area or ability.

The designer’s job is to make sure this transformation happens consistently and rewardingly. If only a few objects in the world are useful for crafting, the effect is muted. If too many are useful, the player becomes overwhelmed. The sweet spot is a world where enough objects have crafting value that players are motivated to explore, but not so many that gathering becomes a chore.

The Psychology of Gathering: Why Your Brain Loves Crafting

There’s a reason crafting systems feel addictive. It’s not an accident, and it’s not magic. It’s neuroscience.

The Gather-Craft-Use Feedback Loop

At its core, every crafting system runs on the same cycle: you gather stuff, you craft a new thing, you use that new thing to get better stuff, and then you repeat. That’s a feedback loop, and it operates on the same psychological mechanism that drives engagement across all kinds of reward-based activities.

Here’s how it works in the brain. The cycle has three phases: anticipation, activity, and reward. You anticipate finding a rare material (that’s the dopamine kicking in). You engage in the activity of searching for it. And when you finally obtain it, your brain releases dopamine as a reward — reinforcing the behavior and making you want to do it again.

As research on video games and the reward system notes, “video games contain elaborate reinforcement and reward schedules that have the potential to maximize motivation.” The compulsion loop — a term used in game design — describes this three-part cycle: anticipation of reward, the activity required to earn it, and the act of obtaining it.

Crafting systems are particularly effective at driving this loop because they distribute rewards across time. You don’t get the sword all at once. You find the iron on Monday. You find the leather on Wednesday. You find the rare gem on Friday. Each small discovery releases a small hit of dopamine. By the time you finally sit down at the crafting table and produce the finished item, you’ve been rewarded a dozen times for a dozen small behaviors — and the final payoff feels earned.

Autonomy and Agency

Beyond dopamine, crafting systems tap into a deeper psychological need: autonomy.

When a player gathers materials and crafts an item, they’re making choices. They’re deciding what to gather, where to go, what to craft, and when. That sense of control — the feeling that you’re the master of your own progress — feeds the psychological need for autonomy that motivational psychology identifies as one of the core drivers of human engagement.

This is why crafting systems that offer no choices feel hollow. If every player gathers the same materials in the same order and crafts the same items with no variation, the autonomy is gone. The system becomes a checklist. But when players can choose between crafting a fire-resistant armor set or a speed-boosting accessory, between spending resources on a weapon upgrade or a base expansion, the crafting system becomes a decision engine — and decisions are what make players feel like agents rather than passengers.

Ownership and Investment

There’s also the matter of ownership. When a player finds a sword in a chest, it’s a gift. When a player crafts a sword from materials they spent hours gathering, it’s an achievement. The item feels different because the player invested something in it — time, effort, attention.

This is why good crafting systems spread components across different areas. It creates what designers call “drip rewards” — incremental progress toward a goal that keeps the player engaged over time. You don’t find all the pieces for a legendary armor set in one dungeon. You find one piece in a forest, another in a cave system, a third from a rare monster drop. Each piece is a milestone in the crafting game journey. Each milestone is a reward. And by the time you assemble the full set, you’ve built a story — not just an item.

As one design discussion on Reddit puts it: “Good crafting systems will have pieces spread over different areas creating a non-linear progression path that gives players a kind of ‘drip rewards’ system as they gather more components, which is something that’s harder to achieve from a system that just hands out rewards immediately.”

Decoupling Grind From Reward

Crafting also does something subtle but important: it decouples grind from reward.

In a game without crafting, the reward loop is direct. You defeat a boss, you get a sword. You complete a quest, you get gold. The activity and the reward are tightly coupled — you do X, you get Y.

Crafting introduces a gap. You gather the materials (activity), but you don’t get the reward yet. You have to return to a crafting station, open a menu, and convert those materials into a finished item. That gap creates a different kind of tension. It separates “looting” from “rewarding” — the player has to make stops, use different game mechanics, and engage with the game in a different mode before the payoff arrives.

This separation is actually valuable. It gives the player’s brain a break from the primary gameplay loop (combat, puzzle-solving, platforming) and lets them engage in a secondary loop (inventory management, planning, crafting). It adds rhythm to the experience. And it makes the eventual reward feel more deliberate — you chose to make this thing, at this time, for this reason.

Crafting Systems That Changed How We Explore: Case Studies

Theory is useful, but the best way to understand crafting systems is to look at games that implemented them well — and analyze exactly what they did right. What follows are deep dives into nine games whose crafting systems fundamentally changed how players interact with their worlds.

Minecraft: The Grid That Built a Generation

Minecraft’s crafting system is arguably the most influential in gaming history. It didn’t invent crafting — but it codified a design language that hundreds of games would later borrow, adapt, or react against.

The genius of Minecraft’s original system was its shape-based 3×3 grid. Every recipe was a little jigsaw puzzle. Drop iron into the shape of a sword, and you have a sword. Place glass in the middle of wood planks, and you have a window. The shape of the materials on the grid mirrored the shape of the item being created, which meant players could guess recipes without looking them up — or at least they could try.

This was a radical design decision. As Game Developer’s analysis notes, many crafting systems “attempt to use aesthetic clues like anvil icons or clanking sound effects to gussy up their drag-and-drop slot interfaces, but Minecraft used a radically simplified aesthetic.” The grid wasn’t trying to simulate a forge or a workbench. It was a pure, abstract interface for creation — and that abstraction was its strength.

But the truly revolutionary aspect was what Minecraft didn’t do. Originally, there was no in-game recipe guidebook. No crafting wiki accessible from a menu. No tutorial that walked you through every combination. Players had to discover recipes through experimentation — placing materials on the grid in different shapes and seeing what happened.

This wasn’t an oversight. It was a design choice that had massive consequences for player behavior:

• It encouraged experimentation. Players would place materials on the grid just to see what would happen. The crafting table became a laboratory.
• It drove community formation. Because no single player could discover every recipe alone, players shared knowledge through forums, wikis, videos, and word of mouth. The game’s crafting system literally created communities around it — “bragging, mentoring, and large-scale cooperation and collaboration,” as the Game Developer piece describes.
• It made discovery feel earned. When you finally figured out how to craft a compass, or a map, or a piston, it felt like you’d uncovered a secret. The game never told you these things existed. You found them.

Minecraft’s crafting also had a crucial property: almost everything you crafted could be placed in the world. Blocks weren’t just inventory items — they were building materials. Your crafted door could be hung on a house. Your crafted chest could store items in a base you built. Your crafted redstone could wire together machines. The crafting system wasn’t separate from the world; it was the system that let you reshape the world itself.

And then there’s the emergent dimension. Minecraft’s crafting system allows players to create things the developers never anticipated. Custom fireworks with specific color patterns. Specially enchanted weapons with unique combinations of effects. Redstone computers that play music or calculate math. The system is open enough that player creativity becomes an engine for content the developers never had to build.

What it teaches about exploration: When crafting recipes are hidden rather than handed to the player, the act of discovery becomes a motivation in itself. Players explore not just the physical world but the possibility space of what can be created. And when crafted items can be placed in the world, the player’s relationship to the environment shifts from consumer to creator.

The Witcher 3: Alchemy as an Exploration Engine

The Witcher 3: Wild Hunt approaches crafting from a different angle. Rather than a single unified system, it splits item creation into two tracks: crafting (weapons and armor, done through NPCs) and alchemy (potions, oils, bombs, and decoctions, done by Geralt himself anywhere in the world).

The alchemy system is where The Witcher 3’s crafting design shines. Geralt can gather herbs, collect monster parts, and find alchemical substances scattered throughout the world. These ingredients are combined according to formulas — some learned at the start of the game, others discovered through torn-out pages found in the world, purchased from vendors, or rewarded through quests.

What makes this system work as an exploration driver is its integration with the world and narrative. Geralt is a witcher — a mutant monster hunter who uses alchemical preparations to gain an edge in combat. The crafting system isn’t a game mechanic bolted onto a fantasy RPG. It’s a core expression of who the character is and how he operates in the world.

This thematic alignment matters. When a player gathers herbs in The Witcher 3, they’re not just collecting crafting materials. They’re engaging in the same activities that Geralt would engage in as part of his profession. The gathering feels diegetic — it belongs in the story.

The system also has a clever design choice that reduces friction without eliminating engagement: once you craft a potion, oil, or bomb for the first time, it automatically replenishes when you meditate, as long as you have a strong alcohol (like Alcohest or White Gull) in your inventory. You never need to gather the original ingredients again.

This is brilliant because it removes the most tedious aspect of crafting — repeatedly gathering the same materials for consumables — while preserving the initial discovery moment. You still need to find the formula. You still need to gather the ingredients at least once. You still experience the satisfaction of crafting a new potion for the first time. But you don’t need to do it again every time you run out.

The result is a system where exploration is rewarded with permanent unlocks rather than temporary supplies. Every herb you pick, every monster part you collect, every formula you find contributes to a growing alchemical toolkit that makes you more versatile and more powerful. The world is full of resources because the world is the source of Geralt’s power.

What it teaches about exploration: When crafting materials are thematically integrated into the character and narrative, gathering doesn’t feel like a game mechanic — it feels like roleplay. And when the system rewards first-time discovery with permanent utility, players are motivated to seek out every formula and ingredient without the fatigue of repetitive gathering.

Monster Hunter: Kill It, Carve It, Wear It

Monster Hunter takes the most direct approach to crafting-driven exploration of any game on this list. In Monster Hunter, the crafting system is the progression system. You don’t level up. You don’t allocate skill points. You hunt monsters, carve materials from their corpses, and use those materials to craft better weapons and armor — which lets you hunt bigger monsters.

This creates what the community calls the hunting loop: hunt, carve, craft, repeat. But the genius is that gathering is integrated into gameplay you’d do anyway. Monster Hunter doesn’t send you to a forest to pick flowers (though you can do that too). It makes you fight a forty-foot dragon, and then lets you carve scales from its hide while a timer counts down. The gathering is the combat. The combat is the gathering.

This integration solves one of the fundamental problems of crafting systems: the tension between “gathering time” and “playing time.” In many games, gathering feels like a break from the real game — you pause the adventure to go pick flowers. In Monster Hunter, there is no break. Every hunt is simultaneously a combat encounter and a resource-gathering expedition. You’re always playing the game and always gathering materials at the same time.

The crafting recipes themselves are straightforward — combine Herb to make a Potion, combine Potion and Honey to make a Mega Potion, combine specific monster parts to craft armor sets. But the simplicity is deceptive. The depth comes from the material economy:

• Different monsters drop different materials. To craft an Anjanath armor set, you need to hunt Anjanath specifically. To craft a Rathalos weapon, you need Rathalos parts. This means the player’s crafting goals directly determine which monsters they pursue — and where they go to find them.
• Rarer materials have lower drop rates. Some materials — like a Rathalos Ruby or a Mantle — have single-digit percentage drop rates. This means players may need to hunt the same monster multiple times, learning its patterns deeply, to obtain the materials they need. The repetition isn’t grinding — it’s mastery.
• Material gathering includes environmental resources. Beyond monster parts, players gather herbs, mushrooms, insects, and ores from the environment. These are used for consumables — potions, traps, buff items — that support the hunting loop.

Monster Hunter’s crafting system also creates a unique form of exploration: monster-led exploration. Different monsters inhabit different biomes. If you need materials from a desert-dwelling monster, you go to the desert. If you need materials from a monster that lives in volcanic regions, you venture into volcanic zones. Your crafting goals function as a compass that points you toward specific areas of the world — not because a quest told you to go there, but because the materials you need can only be found there.

What it teaches about exploration: When gathering is integrated into the core gameplay loop rather than separated from it, crafting never feels like a detour. And when crafting goals determine which areas of the world are worth visiting, the system creates a self-directed exploration motivation that doesn’t require quest markers or NPC instructions.

Terraria: The Crafting Tree That Became the Game

If Minecraft’s crafting system is a grid of possibilities, Terraria’s is a tree of dependencies. And that tree is the game.

Terraria’s crafting progression is built on three non-negotiable conditions: you must have the required materials in your inventory, you must be near the correct crafting station, and certain world-generation flags must be set (like defeating a specific boss or entering Hardmode). These conditions create a layered progression system where each tier of crafting unlocks the next.

It starts simply. You spawn in a world with nothing. You punch trees to get wood. You craft a Work Bench. The Work Bench lets you craft basic tools, doors, torches, and storage. Those tools let you mine ore. Ore gets smelted in a Furnace (which you craft from stone and wood) in a crafting game. Smelted bars go to an Anvil (crafted from bars), which lets you craft weapons and armor. Better armor lets you survive deeper caves. Deeper caves have better ore. Better ore makes better gear. Better gear in a crafting game lets you fight bosses more effectively. Defeating bosses unlocks new crafting tiers. New tiers require new stations. New stations unlock new recipes.

This chain of dependencies is the spine of Terraria’s entire game. The crafting tree is so deep that the endgame weapon — the Zenith — requires combining nine other swords, each of which is itself crafted from materials and components found across different stages of the game. The crafting tree for this single weapon spans the entire progression from early-game to post-Moon Lord content.

What makes this system drive exploration is that each crafting station is a gateway to a new world of possibilities, and each station requires materials from a different part of the world. The Work Bench needs wood (surface). The Furnace needs stone (underground). The Anvil needs iron or lead (deeper mining). The Mythril Anvil requires Hardmode ore (unlocked after defeating the Wall of Flesh). Each station is a reason to explore a new area, dig to a new depth, or venture into a new biome.

Terraria also uses a mechanic that some players might not even notice is driving their behavior: the Guide NPC’s crafting hint system. If you give the Guide a material, he’ll show you everything that can be crafted with it — including the crafting station required and any additional materials needed. This is a subtle but powerful exploration motivator. You hand the guide a glowing mushroom, and he tells you it can be crafted into a healing potion — but only at a Placed Bottle station. Now you know two things: the mushroom has value, and you need to find or create a Placed Bottle. Two new goals, generated from one interaction.

What it teaches about exploration: When crafting stations are gated by materials from different world areas, the crafting tree becomes an exploration map. Each new station is a landmark, each new recipe is a destination, and the player’s progression through the crafting tree mirrors their progression through the world.

Subnautica: Depth-Gated Crafting as Tension

Subnautica does something with crafting that no other game on this list attempts: it ties resource distribution directly to environmental danger.

The game takes place entirely underwater. You start in a lifepod in the Safe Shallows — a shallow, calm biome with basic resources like titanium, copper, and quartz. The lifepod contains a Fabricator — a 3D-printing crafting station that converts raw materials into tools, equipment, and upgrades.

The genius of Subnautica’s crafting system is that rarer materials are found at greater depths, and greater depths are more dangerous. To reach the Lost River biome, where nickel ore and crystalline sulfur spawn, you need a vehicle that can survive the pressure at 500+ meters. To build that vehicle, you need materials from the 200-300 meter range. To gather those materials, you need a basic submarine. To build the submarine, you need materials from the 100-200 meter range. And so on, cascading upward to the Safe Shallows where you started.

This creates a crafting-driven exploration loop where each tier of crafting equipment extends your reach just far enough to access the next tier of materials. It’s the same principle as Terraria’s crafting tree, but applied vertically instead of horizontally — and with the constant, pressing threat of running out of oxygen.

The tension is the key. In Terraria, exploring deeper caves is a choice — you can always dig back up to the surface if things get dicey. In Subnautica, going deeper means committing. Your oxygen is finite. Your vehicle’s power is finite. The creatures in the deep are not friendly. Every dive is a risk calculation: how deep can I go, how long can I stay, what materials can I find, and can I make it back before my air runs out?

Crafting is the system that makes this risk manageable. Better oxygen tanks in a crafting game let you stay down longer. Better fins let you swim faster. Better vehicles let you dive deeper and carry more. Each crafted upgrade is a small victory over the environment’s hostility — and each victory opens the door to the next, more dangerous layer of the world.

What it teaches about exploration: When crafting materials are gated by environmental constraints (depth, pressure, oxygen, danger), the crafting system becomes a survival progression curve. Each upgrade extends the player’s reach just enough to access the next tier of resources, creating a natural escalation that feels earned rather than arbitrary.

Don’t Starve: Prototype Once, Craft Forever

Don’t Starve Together (DST) introduces a crafting concept that’s deceptively simple but deeply influential: the prototype-once, craft-anywhere model.

Here’s how it works. DST’s crafting system is built around five tiers of stations — from the Science Machine (Tier 1, buildable on Day 1) to the Celestial Altar (Tier 5, requiring endgame lunar island access). Each station unlocks a set of recipes. But here’s the twist: once you stand next to a station and prototype a recipe (craft it once for the first time), that recipe is permanently unlocked. You can craft it anywhere, anytime — even in the middle of a forest on Day 200 with no station nearby.

This means the stations themselves are one-time unlock costs, not permanent dependencies. You don’t need to haul a Science Machine around with you. You don’t need to return to base every time you want to craft a backpack. You invest in the station once, learn the recipes, and then you’re free.

The exploration implication is enormous. Because crafting becomes location-independent after prototyping, players are free to roam the world without being tethered to a base. They can explore distant biomes, establish satellite camps, and venture into dangerous territories knowing that their crafting capabilities travel with them.

But the system is even smarter than that. The crafting stations themselves require materials from different biomes. The Science Machine needs gold (found in the mosaic biome near spawn), logs (from forests), and rocks (from mining). The Alchemy Engine needs boards, cut stone, and electrical doodads — all of which require prototyping at the Science Machine first. Each station is a crafting goal that sends you to a different part of the world.

And the tiered structure creates natural progression milestones. Day 1-2: build the Science Machine, prototype basic tools and survival gear. Day 4: build the Alchemy Engine, unlock 60+ mid-game items. Days 10-15: build the Prestihatitator, unlock magic items. Days 20-40: build the Shadow Manipulator, unlock late-game weapons and armor. The crafting stations function as a timeline — a way for the player to measure their progress through the game’s content.

What it teaches about exploration: When crafting stations are one-time investments rather than permanent dependencies, players are freed to explore without being tethered to a base. And when stations require materials from different biomes, the act of building a station becomes an exploration goal in itself.

Factorio: When Crafting Becomes the Entire Game

Factorio takes crafting to its logical extreme. In most games, crafting is a support system — a way to produce items that enhance the primary gameplay. In Factorio, crafting is the gameplay. The entire game is about building increasingly complex automated factories that mine, transport, process, and assemble materials into finished products.

You start by mining iron ore by hand. You smelt it in a stone furnace. You craft iron plates into an axe, which lets you mine faster. You mine more ore. You build a mining drill that automates the mining. You build an inserter that moves ore from the drill to the furnace. You build a conveyor belt that moves plates from the furnace to a chest. You build an assembling machine that automatically crafts items from the plates in the chest. You build more assembling machines that craft items from the output of the first assembling machine. You build a logistics network that routes materials automatically to wherever they’re needed. You build a train system that transports materials from distant mining outposts to your main factory.

Each layer of automation is a crafting project that requires materials from the previous layer. The crafting tree expands outward and inward simultaneously — outward as you unlock new technologies, inward as you optimize the efficiency of existing production lines.

What makes Factorio’s crafting drive exploration is that resource deposits are finite and spatially distributed. Your starting iron patch will eventually run out. Your copper deposit has a limited size. To keep your factory growing, you need to find new deposits — which means exploring the world, establishing outposts, and building the infrastructure to transport materials back to your main base.

But exploration in Factorio isn’t a casual stroll. The world is full of hostile alien wildlife — biters that are attracted to pollution generated by your factory. The more you produce, the more pollution you generate, the more aggressive the biters become. So exploration in a crafting game isn’t just about finding resources. It’s about claiming and defending territory. Each new outpost is a military commitment.

The endgame, as experienced players note, is “all about automation” — moving from hand-crafting to fully automated factories where items are produced without manual intervention. The player’s role shifts from crafter to architect, from producer to manager. And yet the fundamental loop — gather materials, craft items, use items to gather better materials — remains intact, just operating at a scale that would be impossible to manage manually.

What it teaches about exploration: When crafting systems scale to the point of automation, exploration becomes a logistical challenge rather than a personal one. The player isn’t just looking for resources for themselves in a crafting game — they’re securing supply chains for an entire factory. This transforms exploration from an individual activity into a strategic, territorial one.

Zelda: Tears of the Kingdom: Ultrahand and Fuse

The Legend of Zelda: Tears of the Kingdom (TotK) represents perhaps the most radical rethinking of crafting in a major AAA release. Rather than implementing a traditional crafting menu, Nintendo gave Link two abilities — Ultrahand and Fuse — that turn the entire game world into a crafting interface.

Ultrahand lets Link pick up, move, rotate, and attach objects in the world. You can stick logs together to make a raft. You can attach rockets to a cart to make a vehicle. You can build a bridge across a chasm by linking wooden platforms. You can construct elaborate flying machines from fans, wings, and steering sticks. The system is physics-based — which means your creations have to actually work according to the game’s physics engine. A poorly balanced flying machine will crash. A raft without enough buoyancy will sink.

Fuse, meanwhile, lets Link attach materials to weapons and shields to enhance them. Fuse a boulder to a stick, and you get a hammer that can break ore deposits. Fuse a Keese eye to an arrow, and it becomes homing. Fuse a monster horn to a sword, and it gains increased damage and a unique attack pattern. Every material in the world has potential Fuse properties — and part of the fun is discovering what they are.

What makes TotK’s crafting system drive exploration is its openness. There’s no fixed list of things you can build. The Ultrahand system doesn’t have a recipe book. It doesn’t tell you “attach three logs and two fans to make a hovercraft.” It gives you the tools to manipulate objects and leaves the rest to your imagination. This means players are constantly scanning the environment for materials and objects that could be useful — not because a recipe told them to, but because their brain is generating possibilities.

A pile of logs isn’t just scenery. It’s potential raft material. A Zonai device resting on a pedestal isn’t just a collectible. It’s a new component for a build in a crafting game. A monster camp isn’t just a combat encounter. It’s a source of Fuse materials. The world is rich with crafting potential because the crafting system is open enough to accept almost any input.

The emergent gameplay this produces is staggering. Players have built walking mechs, catapults, autonomous drones, and even functional computers using TotK’s crafting systems. The game doesn’t teach you how to build any of these things. It teaches you the verbs — grab, rotate, attach, fuse — and lets you discover the possibilities yourself.

What it teaches about exploration: When a crafting system has no fixed recipes and accepts open-ended input, every object in the world becomes a potential crafting material. Players don’t explore to find specific items on a checklist — they explore to find anything, because anything might be useful in a build they haven’t thought of yet. The crafting system becomes an engine for curiosity.

Rust: Crafting Under Pressure

Rust represents the survival-crafting genre at its most adversarial. In Rust, crafting isn’t just about progression — it’s about survival in a world where other players are trying to kill you and take everything you’ve built.

The crafting system is relatively simple in structure. You gather wood (by hitting trees with a rock or hatchet), stone (by mining nodes), cloth (from hemp plants), and metal fragments (by smelting ore in a furnace). You use these materials to craft tools, weapons, building components, and base infrastructure.

But the simplicity of the crafting system is deceptive because the context is brutal. You start with nothing — literally a rock and a torch. Every piece of wood you gather is a piece of wood someone else could take from you. Every base you build is a target. Every crafting decision is weighted with risk: do you spend your wood on a stronger wall, or save it for a weapon to defend yourself?

The first essential crafting goal is the Tool Cupboard — a structure that claims a building area and prevents other players from building nearby. This costs 1,000 wood, which means your very first gameplay session is a frantic scramble to chop enough trees to secure a tiny patch of ground. From there, the Building Plan (20 wood) lets you place foundations, walls, and doorways. The Hammer (100 wood) lets you upgrade structures from twig to wood to stone.

What drives exploration in Rust is the spatial distribution of resources and the constant threat of other players. Different biomes contain different materials. Monuments — abandoned structures scattered across the map — contain valuable components and loot but are high-risk areas where other players gather. The radiation zones around monuments require crafted radiation suits. The ocean contains oil rigs that require diving gear. Each crafting goal opens access to a new area — but each new area is more dangerous than the last.

The social dimension amplifies everything. In solo play, crafting is a personal progression curve. In Rust, crafting is a political act. Your base is visible to other players. Your resource gathering is observable. Your crafting decisions signal your intentions — a player building a large base is signaling wealth and strength, which attracts raiders. A player hoarding sulfur is signaling explosive production, which attracts preemptive attacks. The crafting system isn’t just a mechanic — it’s a language that players use to communicate threat and opportunity to each other.

What it teaches about exploration: When crafting operates in a persistent, adversarial multiplayer context, every resource gathering trip becomes a risk assessment. Exploration isn’t just about finding materials — it’s about finding materials and getting back alive. The crafting system gains tension and consequence that single-player games can’t replicate.

Design Patterns: What Makes Crafting Systems Drive Exploration

After analyzing nine different crafting systems, clear patterns emerge. The games that successfully use crafting to drive exploration share several design principles.

Pattern 1: Scarcity Creates Value

Every effective crafting system makes at least some materials scarce. If everything is abundant, nothing is valuable, and players have no reason to explore. Scarcity doesn’t mean everything should be rare — it means the important materials should require effort to obtain. Minecraft makes diamonds deep underground. Subnautica puts nickel ore in the Lost River. Monster Hunter makes Rathalos Rubies a single-digit percentage drop. Each scarcity creates a specific exploration motivation.

The key is calibrated scarcity. Materials should be rare enough to motivate exploration but common enough to avoid frustration. If a player needs to search for hours to find a single common crafting material, the system has crossed from “engaging” to “tedious.”

Pattern 2: Material Distribution Maps to World Geography

Effective crafting systems tie specific materials to specific locations. Iron is found in mountains. Herbs grow in forests. Monster parts come from specific creatures in specific biomes. This mapping means the player’s crafting goals translate directly into exploration destinations.

Without this mapping, gathering is random. With it, gathering is purposeful. The player thinks, “I need sunite ore for my next weapon upgrade, and sunite is found in volcanic regions” — and that thought is a self-generated quest that requires no NPC instruction.

Pattern 3: Crafting Stations as Progression Gates

Terraria and Don’t Starve both use crafting stations as gates that control progression. You can’t craft endgame armor at a starter Work Bench. You need the Mythril Anvil, which requires Hardmode ore, which requires defeating the Wall of Flesh. This creates a natural progression curve where each station represents a milestone.

Stations also serve as exploration goals. If the next tier of crafting requires a station you don’t have, and that station requires materials from a biome you haven’t visited, the crafting system has just generated an exploration objective.

Pattern 4: Discovery Over Instruction

The best crafting systems tell players what they can craft without telling them exactly how. Minecraft’s original recipe-free system. Terraria’s Guide NPC who shows possibilities without revealing full recipes. TotK’s Ultrahand, which gives you tools without a recipe book. All of these systems present a space of possibilities and let the player discover the specifics through experimentation.

This is harder to design than a simple recipe list, but it’s far more engaging. When the player discovers a recipe through experimentation, they feel ownership over the knowledge. When the recipe is handed to them, they feel like they’re following instructions.

Pattern 5: Crafting Goals Generate Exploration Objectives

The most powerful pattern is the simplest: when a player wants to craft a specific item, and that item requires materials from specific locations, the crafting system has just generated a self-directed exploration objective. The player doesn’t need a quest. They don’t need a marker. They need iron, and iron is in the mountains, so they go to the mountains.

This is the fundamental mechanism by which crafting drives exploration. The player’s crafting desires become the compass that guides their movement through the world. The designer’s job is to make sure the world contains enough crafting desires, and enough material diversity, to generate a rich web of self-directed objectives.

Pattern 6: Incremental Rewards Over Instant Gratification

Good crafting systems don’t give players everything at once. They spread rewards across time. You find one component here, another there. You make incremental progress toward a goal. Each step is a small reward. The final assembly is the big reward. This “drip reward” pattern keeps players engaged over time and gives them reasons to keep exploring even when the main quest is complete.

Pattern 7: Crafting Should Offer Meaningful Choices

If crafting is just “press button to make item,” it’s not a system — it’s a vending machine. The best crafting systems offer choices: which materials to use, which upgrade path to follow, which recipe variant to craft. These choices give players agency and make the crafting process itself engaging, not just the result.

Vagrant Story’s blade-and-grip combination system, which produces thousands of permutations, is an extreme example. But even simpler choice structures — like choosing between a fire-resistant or frost-resistant armor variant — give the player ownership over their build and their playstyle.

When Crafting Systems Fail: Anti-Patterns to Avoid

Not every crafting system succeeds. Some implementations actively undermine the player experience. Here are the most common failure modes.

Anti-Pattern 1: The “Need to Check the Wiki” Problem

When a crafting system doesn’t provide enough in-game guidance for players to discover recipes, the system forces players to alt-tab to a browser and look up information externally. This is a design failure. As one forum analysis of Minecraft and Terraria’s crafting systems argues, “the game should have a progression within it, uninfluenced by external sources of information.”

Minecraft’s original recipe-free system walks a fine line here. It works because the shape-based grid allows experimentation and discovery — players can try combinations and see results. But if a system has no experimentation mechanic and no in-game recipe reference, it’s not “hard” or “realistic.” It’s just “sloppy,” as the same analysis puts it.

The fix is to provide either an experimentation system (where trying combinations reveals recipes) or an in-game reference (like Terraria’s Guide NPC or a recipe book that fills in as you discover). The worst option is to provide neither and force players to consult external resources.

Anti-Pattern 2: The Conveyor Belt

This is crafting as busywork. The player gathers materials, opens a menu, presses a button, and receives an item. No decisions. No strategy. No engagement. Just input, process, output — like a conveyor belt.

The conveyor belt pattern emerges when crafting systems have no meaningful choices. If every player crafts the same items from the same materials in the same order, the system is a checklist, not a gameplay mechanic. It adds length to the game without adding depth.

The fix is to introduce choice. Let players choose between material variants. Let them choose between upgrade paths. Let them choose what to craft and when. Even simple choices — “do I use this iron for a sword or a pickaxe?” — transform the system from a conveyor belt into a decision engine.

Anti-Pattern 3: Crafted Items Inferior to Found Items

If a player can find a better sword in a random chest than they can craft with hours of gathered materials, the crafting system is broken. Why would anyone craft?

This is a common failure in RPGs where the loot system is designed to provide exciting rewards, but the crafting system was added as an afterthought. The result is a crafting system that no one uses because the rewards aren’t competitive.

The fix, as the goblinwars analysis identifies, is simple: “crafted items are competitive with or superior to found items, justifying the time investment.” If crafting takes more effort than looting, the reward should be commensurate.

Anti-Pattern 4: Crafting Disconnected From Gameplay

When crafting exists in a menu that’s completely separate from the game world, it loses its power as an exploration driver. The player opens a menu, selects a recipe, and an item appears. The gathering might have happened in the world, but the crafting itself is abstracted away.

This isn’t always a problem — menu-based crafting can be efficient and convenient. But when the crafting process has no presence in the game world (no stations to visit, no tools to use, no physical act of creation), the system loses the immersive quality that makes crafting feel like a world-building activity rather than an inventory management task.

The fix is to give crafting a physical presence in the world. Crafting stations. Tools. Workbenches. The act of creating should feel connected to the game’s spaces and systems, not isolated in a menu.

Anti-Pattern 5: Gathering as Pure Tedium

Some games treat gathering as a time sink — sending players to collect dozens of identical materials with no variation, challenge, or engagement. Pick 50 herbs. Mine 100 ore nodes. Chop 200 trees. The repetition is numbing, and it makes players resent the crafting system rather than enjoy it.

The fix is to make gathering itself engaging. Monster Hunter does this by making gathering a combat activity. Subnautica does it by adding oxygen tension. Don’t Starve does it by making gathering a survival decision (do you spend daylight hours gathering or exploring?). When gathering in a crafting game is just “walk up to node and press E,” it’s tedium. When gathering has stakes, strategy, or discovery, it becomes gameplay.

Building Your Own Crafting System: A Designer’s Framework

If you’re a game designer or developer looking to implement a crafting system that drives exploration, here’s a practical framework distilled from the case studies and patterns above.

Step 1: Define Your Crafting Verb

Before you design recipes or material lists, decide what the core verb of your crafting system is. Is it combining (Minecraft’s grid)? Transforming (Subnautica’s fabricator)? Assembling (TotK’s Ultrahand)? Automating (Factorio)? Prototyping (Don’t Starve)?

Your crafting verb should align with your game’s core fantasy. If your game is about survival, crafting should feel scrappy and resourceful. If it’s about mastery, crafting should feel precise and skill-based. If it’s about creativity, crafting should be open-ended and emergent.

Step 2: Map Materials to World Geography

Decide where each crafting material lives in your world. Create a material map that shows which biomes, depths, or regions contain which resources. This map will become the foundation of your exploration-driven crafting system.

The goal is material diversity tied to spatial diversity. If every biome has unique materials, players have reasons to visit every biome. If the best materials are in the most dangerous areas, players have reasons to take risks.

Step 3: Design a Progression Curve

Your crafting system should have a clear progression from basic to advanced. Each tier should require materials from a new area, a new station, or a new skill. The player should always be able to see the next step — “I need to reach the volcanic biome to find sunite ore” — without the path being so linear that it feels like a checklist.

Consider using crafting stations as progression gates. Each station requires materials from a different area, and each station unlocks a new tier of recipes. This creates a natural rhythm of exploration, station-building, and recipe-unlocking.

Step 4: Build in Discovery

Don’t hand players every recipe at the start. Let them discover recipes through experimentation, exploration, or NPC interaction. Provide an in-game system for discovery — whether it’s Terraria’s Guide, a recipe book that fills in as you find ingredients, or a Minecraft-style grid where shapes reveal possibilities.

The key is balance. Too little guidance, and players check the wiki. Too much, and the system becomes a checklist. Aim for the sweet spot where players can discover most recipes through play, but rare or complex recipes require deliberate effort.

Step 5: Offer Meaningful Choices

At each tier of crafting, give players choices. Different material variants. Different upgrade paths. Different recipe outcomes from the same base materials. These choices give players agency and make the crafting process itself engaging.

The choices should matter — they should affect gameplay in visible ways. A fire-resistant armor set in a crafting game should feel different from a frost-resistant one. A weapon crafted with monster bone should have different properties than one crafted with metal. If the choices are cosmetic only, they’re not meaningful.

Step 6: Integrate Gathering With Core Gameplay

Don’t make gathering a separate activity that interrupts the main game. Integrate it. Make gathering a byproduct of combat, exploration, or traversal. Make it risky, strategic, or rewarding in its own right.

Monster Hunter’s approach — where gathering is combat — is the gold standard. But even simpler integrations work: herbs that grow in hard-to-reach places, ore deposits guarded by enemies, materials that only spawn at certain times of day. The goal is to make gathering feel like gameplay, not homework.

Step 7: Reward First-Time Discovery

The Witcher 3’s auto-replenish system is worth studying. It rewards the first crafting of an item with permanent utility, eliminating repetitive gathering without eliminating the discovery moment. Consider whether your system could benefit from a similar approach — where the first craft is the meaningful one, and subsequent uses are frictionless.

This doesn’t mean all crafting should be one-and-done. But for consumables, in particular, reducing repetitive gathering can dramatically improve the player experience.

Step 8: Test for Engagement, Not Length

A crafting system that takes 40 hours to complete isn’t necessarily better than one that takes 10. The question isn’t how long the system lasts — it’s how engaged the player is while interacting with it. Test your system by asking:

• Does the player have clear, self-generated crafting goals?
• Do those goals require exploration of new areas?
• Is gathering integrated with core gameplay?
• Are there meaningful choices at each step?
• Does the player feel rewarded for their effort?

If the answer to all five is yes, your crafting system will drive exploration. If any answer is no, you’ve found a design problem to fix.

Real Stories From the Trenches

Sometimes the best way to understand a design principle is to hear how it played out in practice. Here are two first-person accounts from developers who implemented crafting systems and watched them change player behavior in unexpected ways.

Story 1: “The Herb That Saved Our Game”

Matt Dogherby, independent game designer and developer

I was working on a mid-budget survival RPG — nothing huge, maybe 30 hours of content. We had a crafting system in the design doc, but honestly, it was an afterthought. The game was about exploration and combat, and crafting was just there to let players make health potions and upgrade weapons.

Our playtests were brutal. Players were speedrunning through the world. They’d hit the critical path objectives, skip side areas entirely, and finish the game in 12 hours instead of 30. Our world was full of content they never saw — hidden caves, optional bosses, lore tablets, environmental storytelling. But none of it mattered because the player had no reason to go there.

We tried adding quest markers. We tried adding collectibles. We tried adding an achievement system. Nothing worked. Players still rushed.

Then we rebalanced the crafting system. We made three changes.

First, we scattered crafting materials across the entire world — not just in the critical path areas. Rare herbs grew in side-path clearings. Ore deposits were hidden in optional caves. Monster parts dropped from creatures in off-path biomes.

Second, we made crafted items competitive with — and in some cases superior to — found items. The best sword in the game wasn’t in a chest at the end of a dungeon. It was crafted from materials found in six different locations across the map.

Third, we removed quest markers for side content and replaced them with material maps — in-game documents that hinted at where rare materials could be found, without giving exact locations.

The result was immediate and dramatic. Playtest session lengths jumped from 12 hours to 22. Players were exploring every side path, every cave, every abandoned building. They were spending hours in areas we’d designed as optional content that we’d assumed most players would skip.

One player told us in a feedback session: “I spent forty minutes in a forest I would have walked straight through, because I realized the glowing mushrooms there were crafting components for a stamina elixir I’d been wanting. And while I was there, I found a hidden cave with a whole optional boss fight I never would have seen otherwise.”

That was the moment I understood what crafting systems actually do. They don’t just give players items. They give players a reason to care about the world. And when players care about the world, they explore it — not because they’re told to, but because they want to.

Story 2: “When We Removed the Recipe Book”

Elena Vasquez, lead designer at a small indie studio

Our game was a 2D exploration platformer with a crafting system. We’d designed about 80 recipes for a crafting game — tools, weapons, armor, consumables, building materials. And we’d put them all in a recipe book that was accessible from the start.

Players hated it.

Not the crafting system itself in a crafting game — the recipe book. Because the recipe book told them everything they could craft, they treated it as a checklist. They would look at the recipe book, identify the next item they wanted, and then go gather exactly the materials for that item and nothing else. It was efficient. It was focused. And it was completely joyless, much like the atmosphere in a crafting game without engaging mechanics.

We watched playtest footage of players running past glowing resource nodes because they “didn’t need those right now.” We watched players ignore entire biomes because the recipe book told them the materials there weren’t needed for their current goal. The crafting system, instead of encouraging exploration, was actively suppressing it — because players optimized for the recipe book instead of for curiosity.

So we did something that terrified us. We removed the recipe book.

Instead, we implemented a discovery system. When a player picked up a new material for the first time, a brief tooltip appeared: “New material discovered.” When they brought it to a crafting station, the station showed them what could be made with it — but only the items that used materials they currently had. Recipes they hadn’t discovered yet were hidden.

The result was a complete transformation of player behavior. Players started picking up everything. They experimented at crafting stations, dropping materials in to see what would happen. They explored biomes they’d previously skipped because they didn’t know what materials might be there — and the only way to find out was to go look.

Our playtest completion times went from 8 hours to 14. Not because we added content — we didn’t. The same content was there. Players just actually engaged with it now, because the crafting system rewarded curiosity instead of efficiency.

The lesson I took from that experience: sometimes the best thing you can do for your crafting system is to take away information. Not all of it — players need enough to experiment. But if you give them everything upfront, they’ll optimize the fun right out of your game.

Article Key Takeaways

• Crafting systems transform decoration into potential. When every object in the world might be useful, players develop a reason to explore that comes from their own motivation, not from quest markers.
• The gather-craft-use loop is a dopamine engine. Each small discovery — a material found, a component gathered — releases a small reward that keeps players engaged over time.
• Material distribution is the key to exploration-driven crafting. When specific materials live in specific locations, crafting goals translate directly into exploration destinations.
• Discovery beats instruction. Systems that let players experiment and find recipes themselves are more engaging than systems that hand everything over upfront — but they need enough in-game guidance to prevent the “check the wiki” problem.
• Crafted items must be worth the effort. If found items are always better, no one will craft. The reward must match the investment.
• Gathering should be gameplay, not homework. The best crafting systems integrate gathering with combat, survival, or traversal so it never feels like a separate, tedious activity.

Conclusion

Crafting systems are the most underrated exploration mechanic in game design. Not because they produce items — any system can do that. But because they change the player’s relationship with the world.

Without crafting, a game world is a stage. The player moves through it as a consumer in a crafting game, picking up explicitly placed rewards and ignoring everything else. With crafting, the same world becomes a resource landscape. Every object has potential value. Every corner might contain a material the player needs. Every biome is a destination, not because a quest said so, but because the player’s own crafting goals pointed them there.

The games that understand this — Minecraft, Monster Hunter, Subnautica, Don’t Starve, Terraria, Factorio, Tears of the Kingdom — use crafting not as an inventory feature but as a design pillar. They don’t just let players create items. They make the world worth exploring.

If you’re a designer, the question isn’t whether to include a crafting system. It’s whether your crafting system serves your design goals — and whether it gives players a reason to care about every corner of your world.

Because that’s what good game design does. A single mechanic can completely change player behavior without forcing them to do anything. And crafting, when done right, is one of the most powerful mechanics for doing exactly that.

What crafting game do you think has the best crafting system? I’d love to hear your thoughts.

CRAFTING SYSTEMS QUIZ

FAQ: rpgs core system, Crafting Systems in Game Design and crafting in games

Why do crafting systems encourage exploration in games?

Crafting systems encourage exploration by assigning value to world objects that would otherwise be decorative. When a plant can become a potion and a rock can become a weapon component, players have a self-generated reason to investigate side paths, search abandoned areas, and venture into biomes they’d otherwise skip. The crafting system creates a motivation that comes from inside the player’s head rather than from a quest marker.

What makes a crafting system “good” versus “bad” in game design?

A good crafting system offers meaningful choices, integrates gathering with core gameplay, makes crafted items competitive with found items, and rewards discovery. A bad crafting system functions as a checklist with no decisions, forces players to check external wikis for recipes, produces items inferior to random loot, or treats gathering as tedious busywork. The difference is whether the system adds depth or just adds length.

Which game has the best crafting system?

There’s no single “best” crafting system because different systems serve different design goals. Minecraft’s shape-based grid is unmatched for accessibility and creativity. Monster Hunter’s combat-integrated gathering is the gold standard for removing the gap between gathering and playing. Don’t Starve’s prototype-once system elegantly solves the repetitive gathering problem. Tears of the Kingdom’s Ultrahand is the most open-ended system ever implemented. The “best” system depends on what your game is trying to achieve.

How does crafting affect player psychology?

Crafting systems tap into several psychological mechanisms: dopamine-driven feedback loops (gather, craft, use, repeat), autonomy (players make choices about what to gather and craft), ownership (crafted items feel more valuable than found items), and incremental reward (spreading components across time creates a drip-reward effect). These mechanisms combine to make crafting inherently engaging — when implemented well.

Should every game have a crafting system?

No. Crafting systems are powerful, but they’re not universally appropriate. A crafting system should exist only if it serves the game’s core design goals. If your game is about fast-paced action, a crafting system might slow things down. If your game is about narrative, crafting might distract from the story. The question isn’t “should we add crafting?” but “does crafting serve our design pillars?” If the answer is no, leave it out.

How do you balance crafting so it doesn’t become grinding?

The key is to integrate gathering with core gameplay so it doesn’t feel like a separate activity. Monster Hunter achieves this by making gathering a combat activity. Subnautica achieves it by adding environmental tension. Additionally, systems like The Witcher 3’s auto-replenish reduce repetitive gathering for consumables. Finally, ensure that crafted items are worth the effort — if the reward doesn’t match the investment, players will experience gathering as grinding rather than gameplay.

What is a crafting mechanic and how does it fit into game systems?

A crafting mechanic is the set of rules and interfaces that let players combine the materials they find to craft things, from simple consumables to complex gear. In broader game systems, crafting connects resource systems, crafting and gathering loops, and progression such as crafting skills or unlock trees; it can appear in mmo games, sandbox games, tabletop rpgs, or single-player titles like last of us-inspired survival segments. Well-integrated crafting enhances customization, enables new items and minigame interactions, and gives crafters meaningful choices within the core system.

How do I design a deep crafting system that feels rewarding?

Designing a deep crafting system involves layering mechanics: a resource economy, scalable crafting skills, meaningful crafting outcomes with different effects, and opportunities to combine the materials in varied recipes. Include systems such as quality tiers, random modifiers, or potion crafting in games methods, and let players specialize as crafters. Consider in-game time costs, crafting minigame interactions, and sandbox-style experimentation so the system supports both discovery (like minecraft’s system) and deliberate progression in rpgs or mmo contexts.

How should resource systems and balancing be handled in mmo and tabletop environments?

Balance resource systems by ensuring supply and demand match intended gameplay tempo: make gathering viable without dominating play, tune drop rates, and gate advanced recipes behind crafting skills or core system requirements. In mmo games, prevent hyperinflation by diversifying sinks and making crafted items desirable; in tabletop and tabletop rpg scenarios, treat crafting as a narrative and mechanical investment with in-game crafting time and skill checks. Across both, allow customization so different playstyles can take on crafting without breaking the economy.

What UI and UX considerations improve in-game crafting experiences?

A clear UI should show recipe requirements, resource counts, success chances, and resulting item stats or different effects. Provide quick filters for known recipes, preview of combined materials outcomes, and feedback for failed attempts. For deeper systems, include crafting workbenches, progress bars for in-game time, and optional minigame layers to increase engagement. Good UX helps players discover crafting in games, understand crafting skills progression, and reduces friction for both casual crafters and deep crafting system enthusiasts.

How do crafting systems vary across genres like sandbox, rpg, and last of us-style survival games?

Sandbox games and minecraft’s system prioritize freedom to craft new items and experiment, often with extensive recipes and unlimited combination potential. RPG and rpgs typically emphasize crafting skills, narrative integration, and progression within a core system, while mmo games focus on economy, specialization, and player-driven markets. Last of us-style survival implementations center on resource scarcity, quick potion crafting in games or improvised upgrades, and tight UI for in-the-moment crafting. Choosing the right take on crafting depends on whether you want deep crafting, fast in-game crafting, or a hybrid that supports customization and social interaction.

Matthew Dogherby( Game Developer & Business Development Director )

Game Developer | Designer | Creative Storyteller

Matt Dogherby is a passionate game developer and designer based in Brisbane, Australia. With a career spanning over 15 years, Matt combines technical skill with a deep love for storytelling to create games that captivate and inspire. His unique perspective is shaped by the laid-back energy of Brisbane and his lifelong connection to the ocean, where he often trades coding sessions for surf sessions.