Beltmatic

In this scenario, you are a lone engineer sent to a remote, "blank" sector of space. The universe’s laws of physics have collapsed, and you must reconstruct the (the numbers) using raw energy nodes found on the map.

The game presents players with an infinite square grid where basic integers are extracted and processed.

Delivering requested numbers unlocks new levels, buildings, and upgrades.

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As you progress, the numbers required become more complex, representing more advanced physical laws. Your sprawling belt networks are the literal "nervous system" of a new universe. 2. The Great Accounting (Dystopian Satire)

You unlock mathematical buildings (Adders, Subtractors, Multipliers, Dividers) to combine raw numbers into complex targets.

Beltmatic is the "cozy" version of the automation genre. It requires no combat, no power management, and no exploration. It is pure, distilled logistics. beltmatic

In the beginning, you will mostly deal with creating a stable supply of basic numbers. Using "adders" to create 2 from 1+1 is your first step. You'll soon build small, efficient loops to feed the hub. 2. The Mid-Game (Multipliers & Optimization)

While the game starts out easy, the scale of the numbers escalates quickly. Use these strategies to keep your factory organized. Master the "Prime Factorization" Method

is more than just a game; it is a meditation on efficiency. Whether you are a hardcore Factorio veteran looking for a portable fix, or a puzzle lover who enjoys Opus Magnum with numbers, Beltmatic delivers (literally). In this scenario, you are a lone engineer

Beltmatic is available on Steam and as a free browser demo on itch.io.

At its heart, Beltmatic is a logic puzzle masquerading as a factory sim. You begin with a central "Hub" that requests a specific quantity of a number—starting simply with "1".

Beltmatic, while initially appearing simple, quickly becomes a complex engineering puzzle. The thrill comes from optimization. while initially appearing simple

Your journey begins with basic number extractors. These buildings sit on top of mathematical nodes—usually low digits like 1, 2, 3, or 4—and pump them out continuously onto conveyor belts. 2. Mathematical Operators