How an Ether Futures ETF Works

Financial products like ether futures exchange-traded funds (ETFs) allow you to gain exposure to ether in a regulated market setting. Ether is the cryptocurrency that fuels the Ethereum network, a decentralized platform that has enabled the creation of smart contracts and decentralized applications. ETH ’s 2015 launch helped the development of decentralized finance (DeFi) and non-fungible tokens (NFTs).

Ether futures exchange-traded funds (ETFs) differ from hypothetical spot ether ETFs (they are thus far prohibited) in a key way: They track ether derivatives rather than directly holding the currency. While convenient for mainstream investors, this adds a layer between the investor and the underlying asset. It also means contending with the nuances of futures contracts and their associated costs.

Ether and the Ethereum Network

Ether is the name used for both the Ethereum blockchain and its cryptocurrency , which underlies the Ethereum ecosystem. It is used to pay for transaction fees and computational services on the Ethereum network. Owners of ether can also take a stake to help secure the blockchain in Ethereum’s proof-of-stake (PoS) consensus model. This method validates entries in a distributed database while keeping the data secure.

Ethereum launched in 2015 and helped pioneer smart contracts , the self-executing code that runs on the blockchain . This produced new ways to engage in decentralized finance (DeFi), decentralized apps (dApps), non-fungible tokens (NFTs), and decentralized autonomous organizations.

The Ethereum blockchain has the second highest market capitalization after Bitcoin. However, Ethereum is programmable, unlike Bitcoin, so developers can build and deploy various dApps on top of the blockchain.

Ether’s price has had major volatility , but it has grown tremendously amid the increased adoption of DeFi and NFTs . The successful transition of Ethereum to a PoS system has been a key milestone for widening the network’s reach.

Overall, Ethereum has been aiming higher than just providing a means for peer-to-peer payments. It has been a central network trying to build a decentralized global computing infrastructure that expands the uses for blockchain and cryptocurrency technology.

Futures and Futures-Based ETFs

Futures contracts are financial derivatives that allow investors to speculate on the prospective price moves of certain assets. They are legal agreements to buy or sell the asset at a predetermined price on a specified future date. Thus, they enable you to hedge risks or bet on the direction you believe an asset’s price will move without owning it. They are commonly used for commodities like gold, oil, and now cryptocurrencies.

Suppose you enter a three-month ether futures contract to buy ether at $1,500. This locks in the price you will pay in three months, no matter ether’s market price at that time. If ether trades above $1,500 in three months, then you profit by getting ether below market price. If it’s below $1,500, then you lose more money than if you just bought ether on the spot market.

Standard futures contracts have set expiration cycles, requiring investors to roll over their positions into new contracts. For futures, ETFs track their contract prices by spread-out exposure across various expiration dates. This provides continuous investment exposure without manually rolling over positions yourself. This also means that these ETFs hold futures contracts and do not directly hold the underlying assets they track.

Futures ETFs allow ordinary investors to gain exposure to futures prices by tracking volatile assets like commodities, currencies, and cryptocurrencies in a regulated fund format. Ether futures ETFs, in particular, track the futures prices of ether without you needing to trade futures or own ether directly.

Futures Market and the Contango Effect

The contango effect in futures markets can negatively affect the long-term returns of futures-based ETFs like those tracking ether futures. Here’s a brief explanation of it:

Contango refers to a normal market condition where the futures price for an asset rises as the contract’s expiration date moves further out. For example, one-month ether futures may trade at $1,500, while three-month ether futures trade at $1,600.

When ether futures ETFs roll over their contracts as they near expiration, they have to sell the lower-priced short-term contracts and buy the more expensive long-term ones. This constant roll yield erodes the ETF’s returns over time.

This effect can grow over time, causing futures-based ETF returns to lag behind the spot prices they aim to track. Contango is a major criticism of futures-based commodity ETFs and applies to ether and Bitcoin futures ETFs as well.

Skilled fund managers can try to minimize losses by optimizing roll timing, but contango’s effects are hard to mitigate completely. It highlights the tradeoffs of obtaining convenience through futures-based cryptocurrency ETF products.

How Ether Futures ETFs Work

Ether futures ETFs hold a portfolio of ether futures contracts traded on exchanges rather than directly owning ether tokens. Authorized participants (APs) , typically large broker-dealers, create shares of the ETF to be listed on a stock exchange. They purchase a basket of ether futures proportional to the ETF’s desired holdings and contribute them to the fund in exchange for new ETF shares.

The process can work in reverse, with the ETF redeeming shares from APs in exchange for a basket of underlying futures contracts. This creation/redemption mechanism helps maintain arbitrage , minimizing the difference between the ETF’s share price and net asset value.

For example, if ether futures rally, then the ETF share price on the secondary market will also rise. An AP could then acquire new ETF shares from the fund at net asset value in exchange for the appropriate basket of ether futures. The participant can then sell the newly obtained ETF shares on the exchange at a higher market price for a profit.

Market makers also are important in providing liquidity for the ETF shares. They stand ready to buy and sell ETF shares continuously to minimize large spreads between the bid and ask prices . This allows investors trading the ETF to enter and exit positions quickly.

Using APs and market makers , ether futures ETFs can offer traders convenient exposure to ether’s futures price dynamics through a fund that trades like stocks.

Example of Ether Futures ETF

Suppose an ether futures ETF is launched called the Ethereum Futures Fund (ETHF). The fund sponsor partners with an AP, a large broker-dealer. The AP sources ether futures contracts from the Chicago Mercantile Exchange to deposit into the fund as its initial holdings. In return for contributing $10 million worth of ether futures, the AP receives 100,000 shares of ETHF at $100 per share from the fund sponsor to be listed on a stock exchange.

Investors can then buy and sell shares of ETHF on the stock exchange through their brokers. The price will fluctuate depending on the market price of ether futures. If ETHF shares are trading on the exchange at $105, then an arbitrage opportunity exists for the AP. The AP can purchase new ETHF shares from the fund at $100 net asset value and immediately sell them on the open market for $105, pocketing the spread of $5 per share. This helps keep the ETF share price in line with its holdings. If needed, the AP can also redeem ETHF shares from the fund in exchange for a basket of ether futures.

The ETHF fund managers repeatedly trade new futures contracts close to expiration, using capital from the ETF’s assets to maintain exposure across the futures curve. This keeps the ETF fully invested in ether futures.

Risks and Benefits of Investing in Ether Futures ETFs

The case favoring investing in ether futures ETFs largely rests on their accessibility and diversification potential. By providing exposure to ether and the broader cryptocurrency space within a regulated fund structure, ether futures ETFs allow a wider range of investors to participate.

The familiar ETF wrapper makes adding a slice of the emerging crypto asset class simple enough through regular brokerage accounts. This can offer more diversification for a portfolio and the potential for risk-adjusted returns. Active traders also gain liquidity for acting on ether futures price moves that direct futures contracts may lack. Under the right conditions, these benefits make ether futures ETFs appealing.

However, the volatility and regulatory uncertainty for ether futures ETFs are sizable risks. Ether’s frequent and extreme price swings translate into highly volatile ETF values, suitable only for investors with a high risk tolerance .

There is also an unsettled regulatory environment for cryptocurrency ETFs in general that could shift and reduce the value of these products. Additionally, threats like hacking, theft, and manipulation loom over any fund interfacing with the crypto ecosystem.

Weighing the pros and cons carefully is imperative, given the risky and complex nature of ether futures ETF investing. For most, minimal exposure combined with ample due diligence is advisable.

Why to Invest in an Ether ETF

Compared with Bitcoin ETFs, ether ETFs have more direct exposure to the Ethereum ecosystem and, more broadly, the growth of decentralized finance, rather than just cryptocurrency prices. However, Bitcoin still represents the majority of the crypto market’s capitalization.

For those who want ETH exposure, investing in an ether futures ETF offers professional management and a certain degree of diversification, which is particularly appealing for individuals who lack the technical know-how or the time to manage crypto investments. Unlike directly holding ether, where investors need to manage their digital wallets and safeguard their private keys , an ether futures ETF is managed by financial professionals who navigate the complex world of cryptocurrency on behalf of the investors. Additionally, ETFs are traded on traditional stock exchanges, offering a more familiar interface to traditional investors than occasionally shady crypto exchanges.

Moreover, compared with direct ETH futures contracts, an ether futures ETF provides a less complex exposure . Futures contracts require a good understanding of derivative markets, not to mention a readiness to meet margin calls during volatile market conditions. Meanwhile, an ether futures ETF brings the futures contracts within a fund structure, mitigating the need for investors to interact directly with the futures market. This reduces the complexity and potential costs tied to managing margin requirements.

In addition, an ether futures ETF provides a degree of diversification since it can hold futures contracts with various expiration dates or other related assets, spreading the risk. Diversification is particularly beneficial in the highly volatile cryptocurrency market.

Finally, regulatory oversight for ETFs provides an additional layer of security and transparency that direct ether holdings or ETH futures contracts might not have. This regulatory framework can provide investors with a sense of confidence and legitimacy in their ether exposure.