> 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/a-unique-approach-to-lvr-in-synthetic-markets.md).

# A Unique Approach to LVR in Synthetic Markets

Traditional AMMs suffer from **Loss-Versus-Rebalancing (LVR)**:\
Arbitrageurs enforce the true market price instantly, extracting riskless profits every time the price moves.\
The LP becomes a **forced counterparty** who:

* sells too cheaply when prices rise,
* buys too expensively when prices fall,
* and loses value continuously to arbitrageurs who remain delta-neutral.

This happens because classic AMMs assume:

1. **Instant, permissionless access** to the reference price (spot market).
2. **Frictionless arbitrage loops** between the AMM and the reference market.
3. **Continuous rebalancing allows arbitrageurs to stay risk-free.**

The Fedz breaks all three assumptions — by design.

In the Fstocks architecture:

* The **reference price (TSLAx)** lives inside a **gated PLP**, not a public spot market.
* Conversion between FTESLA ↔ TSLAx is **sequential, rate-limited, and not instantaneous**.
* Arbitrageurs cannot close the loop without holding **real exposure to FTESLA** over time.

This turns arbitrage into a **directional convergence trade**, not a riskless rebalancing trade.

As a result:

* Arbitrageurs no longer extract guaranteed profits.
* LPs are no longer systematically “picked off.”
* The classical LVR tax is structurally disrupted.
* Short-term price drift often benefits LPs (buying cheap / selling rich).

This unique isolation of price discovery — between a **fast, noisy public market** and a **slow, accurate private anchor** — is what makes the LVR dynamics of Fstocks fundamentally different from traditional AMMs, and why LPs can operate profitably without needing perfect price tracking at every block.