Despite the influx of substantial capital into these new spot Bitcoin ETFs, with CoinShares reporting $1.18 billion in inflows into digital asset ETFs globally last week, the expected positive impact on Bitcoin’s price hasn’t materialized. This raises questions about the underlying mechanics of these ETFs and their influence on Bitcoin’s value.
Let’s first ensure we correctly frame the situation. The recent price run-up picked up steam when BlackRock announced their filing for a spot Bitcoin ETF on June 15, 2023. At that time, Bitcoin’s price was around $25,000. Subsequently, there was a 70% increase to around $42,000, where it essentially traded sideways.
As the ETFs launched, Bitcoin spiked to $49,000 but sold off rapidly to around $42,000. Looking at the chart, it’s rational to suggest that perhaps Bitcoin was overbought at above $44,000 for this point in the cycle.
With that in mind, let’s look at how Bitcoin purchases work in relation to the spot Bitcoin ETFs that were recently sanctioned.
How Bitcoin is valued for ETF purposes.
The operation of spot Bitcoin ETFs is more complex than it appears. When individuals buy or sell shares of an ETF, like the one offered by BlackRock, Bitcoin is not bought or sold in real time. Instead, the Bitcoin that represents the shares is purchased at least a day earlier. The ETF issuer creates shares with cash, which is then used to buy Bitcoin. This indirect mechanism means that direct transfers of Bitcoin between ETFs do not occur. Therefore, the impact on Bitcoin’s price is delayed and does not reflect real-time trading activity.
Essentially, with an ETF like BlackRocks, the share price on any given day is meant to represent the average price for Bitcoin across standard trading hours, not the live price of Bitcoin at any given time. Most ETFs use ‘The CF Benchmarks Index’ to calculate the price of Bitcoin for any given day; the CF Benchmarks website describes it as;
“The CME CF Bitcoin Reference Rate (BRR) is a once a day benchmark index price for Bitcoin that aggregates trade data from multiple Bitcoin-USD markets operated by major cryptocurrency exchanges.”
It uses an average price across Bitstamp, Coinbase, Gemini, Itbit, Kraken, and LMAX Digital. According to CF Benchmarks, this is what the price of Bitcoin looks like. Notice its recent high was $47,525 on Jan. 11.
Here is the same period and Y-axis scale using CryptoSlate data on a 1-hour timeframe. As of press time, Bitcoin is worth $42,594.27, according to CF Benchmarks, while CryptoSlate has it at $42,332.35 in real-time. This suggests the spot ETF, which is not available today as it is a public holiday in the U.S., is trading at a discount to spot Bitcoin ETFs.
I’ll be honest: I didn’t think this was what would happen when the ETFs launched. I humbly believed that the ETFs would actually track the price of Bitcoin, and institutions would buy and sell BTC relative to the traded ETF shares. How wrong and naive I was.
I read through the S1 filings in depth but, somehow, did not consider that the underlying Bitcoin would be bought potentially days later via closed-door trades for average prices. I took it for granted that the CF Benchmark Index price would be a live aggregate price. Notably, that does exist, and it’s called the BRTI. However, this is only used for ‘reference’ purposes, not for actually calculating any trade prices.
How Bitcoin gets into an ETF.
This is how Bitcoin is generally traded across the different spot Bitcoin ETFs.
Authorized Participants such as Goldman Sachs, Jane Street, and JPMorgan Securities place their creation orders for baskets of shares with a ‘Transfer Agent, Cash Custodian, or Prime Execution Agent’ by a set time on any standard business day. This is 2 pm for Grayscale, whereas BlackRock has a 6 pm cut-off time.
Following this, the Sponsor (ETF) is responsible for determining the total basket Net Asset Value (NAV) and calculating any fees. This process is typically completed as soon as practicable; for example, with Grayscale, it’s 4 pm; for BlackRock, it’s 8 pm, New York time. Precise timing here is essential for ensuring the accurate valuation of the baskets based on the day’s closing market data.
You may have seen terms such as T+1 and T+2 floating around concerning ETFs. The term “T+1” or “T+2” refers to the settlement dates for these transactions. “T” stands for the transaction date, the day the order is placed. “T+1” means the transaction will be settled the next business day after the order is placed, while “T+2” indicates settlement occurring two days later.
With the spot Bitcoin ETFs, a liquidity provider transfers the total basket amount in Bitcoin to the Trust’s vault balance on either the T+1 or T+2 date, depending on the specific prospectus. This reportedly ensures the transaction aligns with standard financial market practices for settling trades. The execution and settlement of the Bitcoin purchase and its transfer into the Trust’s trading wallet typically happen on T+1, not when the ETF shares are purchased.
OTC Trading and its implications
A crucial aspect of this mechanism is the Over-The-Counter (OTC) trading involved. Trades are conducted between institutional players in a private setting, away from public exchanges. While not directly influencing market prices, these transactions set a precedent for exchange prices. Suppose institutions, such as BlackRock, agree on a lower price for Bitcoin during these OTC trades. In that case, it can indirectly influence the market price if that information becomes available to the public or market makers. It does not, however, affect the live price of Bitcoin as these trades aren’t added to the global combined order book. They are essentially peer-to-peer private trades.
Further, based on the CF Benchmark Index pricing methodology, if Bitcoin were to trade at, say, $42,000 all day but then rally into close to $50,000 in the closing minutes of the day, the CF index price would likely be well under the current spot price depending on volume (and other complicated calculations made by CF Benchmarks.) This would then mean the NAV would be calculated based on a lower price than the spot price, and any creations or redemptions for the following day would occur OTC, aiming to be as close to NAV as possible.
Any market makers who have access to these OTC desk trades are then unlikely to want to trade Bitcoin at the current spot price of $50,000, potentially removing liquidity at these higher prices and thus bringing the spot price back in line with the NAV of the ETFs. In the short term, the ETF NAVs could very well play a much more significant role in defining the spot Bitcoin price and, therefore, reduce volatility toward a smoother average price.
However, these trades must still occur on the blockchain, necessitating the transfer of Bitcoin between wallets. This movement, especially among institutional wallets, will become increasingly significant for market analysis. For example, Coinbase Prime’s hot wallet facilitates trades, while institutions’ cold storage wallets are used for longer-term holding and can be analyzed on platforms like Arkham Intelligence. I believe the more transparent these OTC trades can become, the better for all market participants. However, the visibility of these activities is currently somewhat opaque, something the SEC seemingly believes is ‘best’ for investors.
The post Why ETFs are not having positive effect on Bitcoin price, yet appeared first on CryptoSlate.
