Alpha Homora V2: the complete guide to leveraged yield farming

What is Alpha Homora V2 in one paragraph?

Alpha Homora V2 is a decentralised finance protocol for leveraged yield farming. It was built by Alpha Venture DAO (originally Alpha Finance Lab) and launched on Ethereum in early 2021, later expanding to networks such as Avalanche, Fantom and Optimism. The idea is simple to state and hard to execute: a farmer supplies collateral, the protocol lends them additional assets from its own lending pools, and the combined capital is deployed into an external liquidity pool or farm. If the farm yields more than the borrowing cost, the farmer keeps the difference on a larger position than their own capital would allow.

The second version was a substantial redesign rather than a patch. Where the first version only allowed borrowing ETH, Alpha Homora V2 introduced multi-asset borrowing, positions represented as NFTs, an oracle-driven collateral system and integrations with money markets such as Iron Bank. If you are new to the topic, start with what is Alpha Homora V2 and then move on to how Alpha Homora V2 works.

Why Alpha Homora V2 still matters in 2026

Even though activity in the protocol declined sharply after 2022 and much of DeFi moved to newer leverage venues, Alpha Homora V2 remains a reference design. Nearly every modern leveraged farming product — from concentrated-liquidity leverage vaults to perpetual-backed delta-neutral strategies — reuses its building blocks: an internal lending pool, a position-level health factor, a whitelisted set of spells that define what a position may do, and a liquidation market that keeps the lenders whole.

It also matters as a case study in risk. The February 2021 exploit, in which roughly 37 million dollars were drained through a flaw in the interaction between Alpha Homora V2 and Iron Bank, is one of the most analysed incidents in DeFi history. Our risks and security guide walks through that incident and the broader risk surface without sensationalism.

Finally, it matters educationally. Leverage mathematics does not change between protocols: a 3x position moves three times as fast in both directions, and impermanent loss is amplified by the same factor. Learning those mechanics on a well-documented protocol like Alpha Homora V2 transfers directly to whatever venue you use next. The glossary defines every term used across this site.

How to use this resource

The site is organised as a hub. Two section hubs — Guides and Articles — collect long-form content, and a glossary defines the vocabulary. Every page links forward and backward so you can read the whole set in a logical order rather than landing on a single page and bouncing.

Guides answer the foundational questions: what the protocol is, how the contracts behave, how leveraged farming positions are constructed, and how they can fail. Articles compare Alpha Homora V2 with its predecessor, examine safety after the exploit, break down fees and realistic APY, and describe practical strategies including delta-neutral and stablecoin approaches.

• New to leverage? Read the guides in order, top to bottom.
• Evaluating safety? Jump to the risks guide and the safety article.
• Comparing versions? The V1 vs V2 article is the fastest overview.
• Confused by a term? The glossary is a single-page reference.

Key facts about Alpha Homora V2

The protocol's core contract, HomoraBank, holds lending pools and accounting for every position. Lenders deposit assets and receive interest-bearing ibTokens; farmers borrow from those pools against collateral that consists of their own funds plus the LP tokens the position produces. Leverage was typically offered up to roughly 7–9x on stable pairs and considerably lower on volatile pairs.

Each position has a debt ratio comparing borrowed value to collateral value. When that ratio crosses the liquidation threshold, anyone may repay part of the debt and seize collateral at a discount. Because the collateral is an LP token whose value depends on two assets and an external AMM price, liquidation risk in leveraged farming behaves differently from simple collateralised lending — a point developed in detail in the leveraged yield farming guide.