MOVE

MOVE Contracts: Motivation & Use Cases

MOVE are a new class of derivative contracts whose price is proportional to the absolute value of movement in the price of the underlying asset (Bitcoin or Ether) of the contract over a period of time. This means that direction of movement (up or down) in the underlying asset’s price is not relevant. Instead, it is the size of price movement that matters.
A MOVE Contract is tied to the price volatility of the underlying asset and let’s you speculate on the magnitude of price swings, as opposed to the direction. The price of a MOVE contract reflects expectations about the future movement or volatility in the underlying of the contract. If your expectations about the movement are different from the priced-in expectations, you have a trade.
If you believe that the price of the underlying asset of the MOVE contract will go up/ down a lot, you can long the contract. In this trade, you are long volatility. Conversely, if you believe that the underlying asset price will be relatively stable, you can short the MOVE contract. In this trade, you are short volatility. Therefore, MOVE contracts enable you to speculate on volatility.

MOVE Contracts as a Pair of Options

Traders who are familiar with options will be easily able to figure that a MOVE contract is essentially a straddle. A straddle is a combination of a PUT option and a CALL option, wherein both the options have the same strike price. The chart below illustrates the pay-off profile of a straddle.
It is evident from the above chart that profitability of a trade depends on the magnitude of price move rather than direction of price move.

Types of MOVE Contracts

We offer two types of MOVE contracts:
  • Daily MOVE contracts: These MOVE contracts track the movement of the underlying in a 24 hour period. .
  • Weekly MOVE contracts: These MOVE contracts track the movement of the underlying in a 7 day period.

Mechanics of MOVE Contracts

Price movement measurement

A MOVE contract settles to the absolute value of movement in price of the underlying. This means to find the settlement price of a MOVE contract, we need starting and ending prices.
SettlementPrice=abs(Ending PriceStarting Price)Settlement Price = abs (Ending\ Price - Starting\ Price)
Starting Price: is referred to as the Strike Price. This is the 30 min TWAP of the underlying’s price when the measurement interval starts. The measurement interval for a daily/ weekly MOVE contract is 24 hours/ 7 days.
It is important to note that a MOVE contract could be listed before its Strike Price is established. MOVE contracts where Strike Price is yet to be determined stay in auction mode. In this mode, traders can place/ edit/ cancel their orders but no matching takes place. Normal trading starts only when the measurement interval has begun and Strike Price is known.
Ending Price: is the 30 minute TWAP of the underlying’s price at Settlement Time.

Cost of trading MOVE Contracts

In a futures contract trade, no cashflow exchange occurs when a position is opened. In the case of MOVE contracts, the party buying the contracts (longs) is required to pay the cost of the contracts to the party selling it. This cost is referred to as Premium.
Premium=Num_of_contractsEntry PricePremium = Num\_of\_contracts * Entry\ Price
  • For Longs: Longs are required to pay Premium upfront. Premium is immediately deducted from the Available Balance as soon as a long trade is executed.
  • For Shorts: Shorts receive Premium paid by longs. Premium received is added to the Available Balance.

Mark Price

Like our futures contracts, open positions in MOVE contracts are marked using Fair Price Marking. Recall that a MOVE contract is comprised of a pair of put and call options. The fair price of an option can be computed using Black Scholes model. The inputs for this model are Implied Volatility, Strike Price and Time to Settlement. Strike Price and Time to Settlement are well defined quantities. This means finding Fair Price of a MOVE contract boils down to finding the Fair Implied Volatility.
Computation of Fair Implied Volatility entails the following steps:
  1. 1.
    Impact Mid Price is computed from the order book. Impact Prices are explained in detail here.
  2. 2.
    Impact Mid Price, Strike Price and Time to Settlement is plugged into the Black Scholes formula to get the Impact Implied Volatility. This computation is done once every 5 seconds. Impact Implied Volatility is bounded between 40% and 300% for BTC and 70% and 300% for ETH.
  3. 3.
    Fair Implied Volatility is defined as the moving average of 12 latest values of Impact Implied Volatility.
  4. 4.
    Fair Price of the contract is obtained by plugging Fair Implied Volatility, Strike Price and Time to Settlement in the Black Scholes model.

Profit/ Loss Equation

The Premium of a MOVE contract is directly added to/ subtracted from the Available Balance of shorts/ longs. The cashflow that occurs when a position in a MOVE contract is closed is referred to as Pay-off. The Profit/ Loss of a position thus can be computed as
Profit/ Loss=Payoff+/PremiumProfit/\ Loss = Pay-off +/- Premium
For longs
Payoff=Num_of_contractsMark PricePay-off = Num\_of\_contracts * Mark\ Price
Profit/ Loss=Premium+Num_of_contractsMark PriceProfit/\ Loss = - Premium + Num\_of\_contracts * Mark\ Price
For shorts
Payoff=Num_of_contractsMark Price Pay-off = - Num\_of\_contracts * Mark\ Price
Profit/ Loss=PremiumNum_of_contractsMark PriceProfit/\ Loss = Premium - Num\_of\_contracts * Mark\ Price

Margin Requirement

Longs: The loss from a long position in a MOVE contract can never exceed the Premium paid. Due to this: (a) there is no other margin requirement for them and (b) longs can never get liquidated.
Shorts: Because losses from a short MOVE position can theoretically be unlimited, shorts are required to post margin. We use Isolated Margin approach for MOVE contracts. This means that every position has a dedicated amount of margin assigned to it. The minimum amount of margin to open a position is referred to as Initial Margin.
Initial Margin=Initial Margin%Underlying Index Price+Mark PriceInitial\ Margin = Initial\ Margin\% * Underlying\ Index\ Price + Mark\ Price
The minimum amount of margin, after factoring in losses, to keep a position open is referred to as Maintenance Margin.
Maintenance Margin=Maintenance Margin%Underlying Index PriceMaintenance\ Margin = Maintenance\ Margin\% * Underlying\ Index\ Price
Just like in futures, margin requirement scales up with position size. Details of Margin Scaling are available here.

Liquidations

As explained above, long MOVE positions can never get liquidated. Short positions go into liquidation, when Position Margin after factoring in unrealised losses is less than Maintenance Margin, i.e.
Liquidation Price=(Position MarginMaintenance Margin)/Num_of_contracts\small Liquidation\ Price = (Position\ Margin - Maintenance\ Margin)/ Num\_of\_contracts
where Position Margin is greater than or equal to Initial Margin.
The liquidation mechanism is exactly the same as for futures contracts. Any given position is liquidated in a step-wise manner to reduce the market impact of liquidations. Details of the liquidation process are available here.
Traders that are short MOVE contracts have the option of enabling Auto Margin Top-up to prevent their positions from getting liquidated.

Trading Fees

For MOVE contracts, both maker and taker fees are 0.05%. Trading fees is charged on the notional value of the position.
The trading fees schedule for all the contracts listed on Delta Exchange is available here.

Expired MOVE Contracts

The Settlement Prices of expired MOVE and futures contracts are available on this page.
Last modified 4mo ago