Kalshi, the next-generation financial exchange, today launched compute forward curves, a new pricing benchmark that shows the implied future price of renting GPU capacity. Kalshi’s forward curves are live now for Nvidia B200, H200, and A100 chips.
A forward curve is a graphical representation of the market’s estimate of future prices. Kalshi’s curves measure the implied future price of renting one hour of a specific GPU. The curves are live now on Kalshi’s market pages for each chip (B200, H200, A100).
Kalshi’s forward curve on Nvidia’s B200 chips
Kalshi’s forward curve is best-in-class because of a key difference: it is derived from Kalshi’s own market data on weekly and monthly chip prices. Unlike other forward curves, Kalshi's are backed by the market, giving them the same wisdom-of-the-crowd accuracy that prediction markets benefit from.
Forward curves are not tradeable assets. They are useful as a reference price for structuring swaps and over-the-counter compute deals. However, parties looking to lock in prices or offload risk related to compute can also do so on Kalshi, via trading on the underlying markets at Kalshi’s exchange or via our block trade functionality.
“Compute is the new oil. Like every commodity before it, it needs a real derivatives market,” said Tarek Mansour, CEO of Kalshi. “Demand for AI is only going to increase. Kalshi intends to be the exchange where all future buyers and sellers manage their risk.”
The launch targets two sides of a fast-growing market: 1) neocloud companies, data centers, and hyperscalers looking to hedge and price out their capacity; and 2) the much larger population of buyers — inference training labs, reinforcement-learning-as-a-service providers, and any company burning significant compute — both of whom can now use Kalshi to lock in prices months in advance instead of absorbing future price hikes.
Oil futures trade over 800 million contracts a year. As AI becomes as fundamental to the economy as energy, Kalshi expects demand for compute futures to eventually dwarf that figure.
