> For the complete documentation index, see [llms.txt](https://docs.sweep.finance/llms.txt). Markdown versions of documentation pages are available by appending `.md` to page URLs; this page is available as [Markdown](https://docs.sweep.finance/ecosystem-components/platform/tower.md).

# Tower

#### **What is Tower**

Tower is a step-based progression game where users move upward by making a series of correct selections.

The game is structured as a vertical path with multiple levels. At each level, users are presented with three options, and two of them allow progression to the next level.

With each successful step, the potential value increases, allowing users to continue or secure their result at any point.

***

#### **How it works**

The game begins at the first level of the tower.

* Each level presents **three options**
* **Two options allow progression**, one ends the round

At each step:

* The user selects one of the three options
* If a correct option is selected → the user moves up
* If the incorrect option is selected → the round ends

After each successful level:

* The potential reward increases
* The user can choose to continue or stop

If the user decides to stop:

* The current value is secured

The game continues up to a maximum of **10 levels**.

***

#### **Key mechanics**

Tower is built on sequential decision making and increasing potential.

* Each level has a **2 out of 3 success structure**
* The probability of progressing at each step is consistent
* The potential value increases with each level
* Users can secure their result at any point

This creates a system where:

* Progression depends on consecutive correct choices
* Risk increases as users move higher
* Users control when to stop and secure their outcome

At the same time, each participation contributes to the platform:

* Every entry generates transaction volume
* The resulting activity generates protocol fees
* **These fees are split equally, with 50% allocated to the SWEEP burn mechanism and 50% to USDT distribution**

Results are generated based on predefined logic, ensuring consistent and transparent execution.