> 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/system-architecture/transparency-and-verifiability.md).

# Transparency & Verifiability

Sweep implements a **verifiability and transparency mechanism** designed to ensure that all critical system operations are observable, traceable, and independently auditable at the protocol level.

The platform is built on **blockchain-based infrastructure**, where all relevant transactions and system-level actions are recorded on-chain. This ensures that once executed, data cannot be altered, removed, or retroactively modified. As a result, system behavior is not dependent on internal claims, but on **publicly verifiable execution**.

All interactions within Sweep—ranging from gameplay activity to value distribution—are processed through a combination of **on-chain transactions and predefined logic**. This structure enables users and external observers to verify system activity without relying on centralized trust.

***

### **Blockchain-Based Verifiability**

Sweep operates on the **BNB Smart Chain (BSC)** network. Every relevant action generates a verifiable blockchain record, creating a transparent and immutable audit trail.

This ensures that:

* Transactions are **publicly accessible and traceable**
* Recorded data **cannot be modified after execution**
* System activity can be **independently verified at any time**

This approach establishes a clear distinction between Sweep and traditional closed systems, where internal operations are not externally observable.

***

### **Rule-Based Execution & Smart Contracts**

Core platform mechanisms are governed by **predefined rules and smart contract logic**. This eliminates discretionary control over outcomes and ensures consistent execution across all system operations.

Under this model:

* Outcomes are generated through **deterministic, rule-based processes**
* Execution is **automated and not subject to manual intervention**
* System behavior remains **consistent and predictable**

By removing arbitrary human control, Sweep reduces the possibility of hidden manipulation and reinforces structural integrity.

***

### **Non-Custodial Architecture**

Sweep is designed as a **non-custodial system**, meaning user assets are never held or controlled by the platform.

Users interact directly through their own wallets, and all transactions are executed on-chain. This ensures:

* Full **user ownership and control of assets**
* Elimination of **counterparty custody risk**
* Direct interaction with the protocol without intermediary control

***

### **Provable Fairness Framework**

Sweep’s architecture is built to support a **provably fair interaction model**, where outcomes are determined by transparent logic rather than hidden processes.

In this context, provable fairness means that:

* System behavior follows **predefined and observable rules**
* Outcomes are not influenced by **manual decisions or operator intervention**
* Critical actions are supported by **verifiable on-chain activity**

Unlike traditional platforms, where users must rely on trust, Sweep provides a structure where outcomes can be **supported by observable data and system logic**.

It is important to note that fairness refers to the **consistency of execution**, not the guarantee of favorable outcomes. Users may still experience varying results depending on the mechanics of the system they engage with, but those results are generated within a transparent and rule-based framework.

***

### **System-Level Transparency**

Transparency within Sweep is not presented as a claim, but as a **structural property of the system**.

All core processes—including transaction flow, distribution mechanisms, and outcome generation—are tied to observable execution. This ensures that:

* System operations are **not hidden behind centralized control**
* Users can rely on **verifiable data rather than assumptions**
* Platform behavior is constrained by **protocol-level rules**