> For the complete documentation index, see [llms.txt](https://the-fedz.gitbook.io/the-fedz/llms.txt). Markdown versions of documentation pages are available by appending `.md` to page URLs; this page is available as [Markdown](https://the-fedz.gitbook.io/the-fedz/fstocks-fractional-reserve-real-world-asset.md).

# FStocks — Fractional Reserve Real-World Asset

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### 1. What Are FStocks?

**FStocks** are synthetic, fractional-reserve derivatives that mirror tokenized real-world assets.\
Each FStock tracks the value of a specific on-chain RWA token, such as **TSLAx**, which represents Tesla stock issued by [Backed Finance](https://assets.backed.fi/products/tesla-xstock).

Instead of merely holding TSLAx, users can interact with **FTSLA**, its Fedz synthetic twin.\
FTSLA behaves like Tesla stock within The Fedz ecosystem — tradable, lendable, and composable — but issued through a **fractional-reserve liquidity structure** that allows more liquidity with less locked capital.

<figure><img src="/files/9StqD8fg3kvzxqAIpA7q" alt=""><figcaption></figcaption></figure>

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### 2. Why Do We Need It?

The goal of The Fedz is to expand stable, efficient liquidity across DeFi.\
While tokenized RWAs like TSLAx bring traditional assets on-chain, their liquidity remains shallow and capital-intensive — every token is 1 : 1 backed.

FStocks solves this limitation by introducing **monetary elasticity**:

* They **multiply existing RWA liquidity** without new fiat inflows.
* They **create secondary synthetic markets** that deepen trading and lending depth.
* They **feed the FUSD ecosystem**, where FStocks act as collateral and yield sources.

In short, FStocks turn passive RWA tokens into **productive monetary instruments** that can power the expansion of FUSD and other Fedz assets.

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### 3. How It Works

Each FStock pair begins with a **Private Liquidity Pool (PLP)** that links the original RWA token to its Fedz synthetic derivative.

Let’s follow the path for **FTSLA ↔ TSLAx**:

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#### 3.1 The FTSLA ↔ TSLAx Private Liquidity Pool (PLP)

* Liquidity providers deposit **TSLAx** and **FTSLA** into a dedicated **PLP**.
* Based on the size and composition of the pool, the protocol applies a **fractional reserve** ratio (for example 30%).
* The Fedz can mint additional **FTSLA** against this reserve, expanding circulating liquidity.
* Arbitrage and swaps inside the PLP maintain a tight price relation between FTSLA and TSLAx.

This pool forms the **monetary base** for the synthetic market.

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#### 3.2 FTSLA ↔ FUSD Public Pool

Once circulating, FTSLA is paired with **FUSD** in a public market on Uniswap v4 or other DEXs.\
This allows open trading, arbitrage, and on-chain valuation of Tesla exposure in FUSD terms.

* The **PLP** anchors the price to the underlying TSLAx.
* The **public pool** provides market depth and accessibility for everyday traders.

Together, they form a two-tier system — **private stability + public liquidity**.

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### 4. Why the Price Keeps Its Peg in a Fractional-Reserve Model

The Fedz maintains the peg through **incentive alignment and liquidity priority** rather than full collateralization.

1. **Arbitrage Window** – If FTSLA < TSLAx, The Fedz can arbitrage by buying FTSLA cheaply and redeeming through the PLP, and if the deposit continues, they will be incentivized with extra bonuses to do so.&#x20;
2. **Sequential Liquidity Access** – The PLP releases liquidity in a queue to avoid panic withdrawals.
3. **Dynamic Reserve Ratio** – The reserve adjusts to volatility; when markets stabilize, the system expands again.

The result: a self-correcting peg that depends on liquidity coordination, not over-collateralization.

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### 5. What Happens if FTSLA Drops and Deppegs?

If FTSLA diverges significantly from TSLAx:

1. **Automatic Contraction** – The protocol can pause new FTSLA printing and reduce the reserve multiplier.
2. **Arbitrage Incentives** – Traders can swap discounted FTSLA for TSLAx in the PLP, restoring balance.

This structure transforms potential crises into controlled, measured adjustments.

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### 6. Why The Fedz Can Supply Higher Liquidity with Less Capital

Traditional DeFi requires **1:1 collateral** — every token backed by another of equal value.\
The Fedz uses **fractional-reserve dynamics** inspired by real-world banking but executed transparently on-chain.

Because only a portion of assets must remain liquid at any time:

* Each TSLAx token can support **multiple FTSLA** units.
* The effective capital efficiency (liquidity/reserve) rises by a factor of 3× or more.
* Yield generated by deployed FTSLA further reinforces reserves, enabling sustainable growth.

This creates a **self-amplifying liquidity engine**: real assets seed the system, synthetic derivatives multiply liquidity, and on-chain yield recycles back into stability.

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#### → In Summary

**FTSLA** is more than a Tesla derivative — it’s a proof of concept for a new financial layer.\
Through FStocks, The Fedz demonstrates how fractional-reserve design can transform tokenized real-world assets into a dynamic source of liquidity, yield, and monetary expansion.

> **FTSLA = TSLAx Liquidity × The Fedz Monetary Multiplier**