Cboe Global Markets, the exchange that introduced the world’s first volatility index, is now setting its sights on a bold new ambition: to convert the Cboe Volatility Index (VIX) into a continuously tradable product that can be held indefinitely, rather than the traditional short‑term futures contracts that expire every month. This strategic move reflects Cboe’s desire to deepen the liquidity and utility of volatility trading, offering market participants a more flexible and enduring way to express views on market turbulence.
Historically, the VIX has been known as the "fear gauge" because it measures the market’s expectation of 30‑day volatility derived from S&P 500 index options. Since its launch in 1993, the VIX has become a cornerstone for hedgers, speculators, and institutional investors seeking to protect portfolios or profit from swings in market sentiment. However, the standard VIX futures that trade on Cboe’s platform have a built‑in expiration cycle, typically rolling over each month. Traders must constantly close out positions in the expiring contract and open new ones in the next month’s contract, a process that incurs transaction costs, bid‑ask spreads, and operational complexity.
Cboe’s proposal to create a "never‑ending" VIX instrument is designed to eliminate these frictions. By offering a product that does not have a fixed maturity, investors could maintain a position in volatility for as long as they wish, without the need to roll contracts.
The exchange is exploring several technical pathways to achieve this, including the development of a perpetual swap or a synthetic index that continuously rebalances to reflect the underlying VIX calculation. Such a perpetual product would likely incorporate a funding rate mechanism, similar to the one used in cryptocurrency perpetual futures, where long and short positions exchange periodic payments to keep the contract price anchored to the spot index.
The potential benefits of a perpetual VIX instrument are considerable. First, it would simplify portfolio management for hedge funds and asset managers that allocate a portion of their assets to volatility exposure. Instead of juggling a calendar of futures expirations, they could hold a single, stable position that mirrors the VIX’s movements over time.
Second, retail investors, who have increasingly accessed volatility products through exchange‑traded funds (ETFs) and options, would gain a more straightforward avenue to gain or hedge against market risk. Third, market makers would likely find it easier to provide liquidity, as the absence of expiration dates reduces the need for complex roll strategies and can lead to tighter spreads.
Nevertheless, creating a perpetual VIX product is not without challenges. One major concern is the financing cost associated with maintaining a position indefinitely.
In traditional futures markets, the price of a contract reflects the cost‑of‑carry, which includes interest rates and dividends. For a perpetual contract, the funding rate must be carefully calibrated to reflect the expected cost of holding a synthetic exposure to volatility, ensuring that the contract price does not drift far from the underlying index.
Cboe will need to design a transparent and robust funding algorithm that updates frequently—perhaps every eight hours—to keep the perpetual price aligned with the spot VIX. Regulatory considerations also come into play.
The Securities and Exchange Commission (SEC) will scrutinize any new derivative product to ensure that it meets investor protection standards and does not introduce systemic risk. Cboe will likely have to submit detailed documentation outlining the product’s mechanics, risk controls, and margin requirements. Moreover, because volatility products can be highly leveraged, the exchange must implement safeguards such as position limits, margin buffers, and real‑time monitoring to prevent extreme price dislocations. From a market dynamics perspective, a perpetual VIX could influence the behavior of existing VIX futures and options.
Traders might shift a portion of their activity to the new instrument, potentially reducing liquidity in the short‑dated contracts. Conversely, the perpetual product could attract new participants who were previously deterred by the complexity of rolling futures, thereby expanding the overall market depth for volatility trading. Cboe will need to manage this transition carefully, perhaps by offering incentives for early adopters or by providing educational resources that explain the nuances of perpetual funding and risk management.
In addition to the technical and regulatory hurdles, Cboe is also considering how to price the perpetual VIX. One approach could involve anchoring the contract to the daily closing level of the VIX, with the funding rate reflecting the difference between the perpetual price and the spot index. Another possibility is to base the contract on a weighted average of multiple VIX futures across different maturities, thereby smoothing out short‑term spikes and providing a more stable reference point. The exchange’s research team is reportedly conducting extensive simulations using historical volatility data to test various pricing models and to assess the impact on market stability.
The broader implications of a never‑ending VIX product extend beyond Cboe’s own platform. If successful, other exchanges and trading venues might follow suit, creating a new class of perpetual volatility derivatives.
This could lead to increased competition, innovation in product design, and perhaps even the emergence of volatility‑based ETFs that track the perpetual contract rather than the traditional index. Such developments would further integrate volatility as a mainstream asset class, akin to equities, bonds, and commodities. In summary, Cboe’s ambition to transform the VIX into a perpetual trading instrument reflects a strategic effort to enhance the efficiency, accessibility, and appeal of volatility markets.
By removing the constraints of monthly expirations, the exchange hopes to provide a seamless, cost‑effective tool for investors seeking long‑term exposure to market risk. While technical, regulatory, and pricing challenges remain, the potential rewards—a more liquid, user‑friendly, and innovative volatility product—could reshape how market participants manage and trade fear itself.
As the proposal moves through development and regulatory review, market observers will be watching closely to see whether this vision of a never‑ending VIX becomes a reality, and what ripple effects it may have across the broader derivatives landscape.