Turn future demand into a foundation for building
A compute project needs capital before it can serve its first workload. Its future customers need confidence that capacity will be available when their businesses require it. A forward contract connects those needs: the buyer commits to future compute, and the developer gains demand it can take into a financing process.
This connection already exists in infrastructure financing. In its 2025 Form 10-K, CoreWeave describes financing infrastructure primarily through asset-level debt supported by take-or-pay customer contracts, supplemented by corporate equity and debt. Those contracts require customers to pay regardless of utilization. The opportunity for a forward market is to make commitments easier to assemble, transfer, and manage.
Make more demand financeable
A developer could offer standardized portions of future capacity to many buyers, building a forward book with shared performance specifications, delivery periods, and payment terms. Smaller commitments could become legible together, expanding the pool of demand available to support a project.
Transferability gives buyers a reason to commit further ahead: they gain a way to sell their position if their needs change. For financing, the book would also identify each buyer’s payment obligations and credit support, with transfer rules that preserve the quality of those promises. Standardization can reduce the work of evaluating demand while leaving its credit characteristics visible.
Choose how the commitment supplies capital
A forward contract agrees today on compute delivered later. The payment schedule determines how that agreement supports construction. An upfront payment supplies cash directly. Staged payments can follow project milestones. A commitment to pay during delivery can support borrowing against expected revenue where lenders accept the contract and buyer credit.
This gives developers and buyers several ways to align financing with their needs. A buyer may value a better price for prepaying; another may prefer to preserve cash until delivery. A market with clear terms can make those choices easier to price and combine.
Keep delivery moving when construction slows
A provider’s ability to deliver need not depend entirely on one facility opening on time. With a contract that permits equivalent replacement capacity, it could buy qualifying compute from another operator to fulfill its near-term commitments while finishing its own project.
The contract would define the acceptable service, locations, delivery window, and qualification process. The provider would remain responsible for fulfillment and the cost of sourcing capacity. This creates a practical connection between the spot and forward markets: supply available today can support obligations sold earlier for delivery today.
For a buyer, that structure offers another path to receiving the promised service. For a developer, it offers a way to manage a delay while preserving the customer commitment and continuing construction.
Repurchase commitments as the project changes
A market can also provide a way to reduce outstanding delivery obligations. During refinancing or a change in construction plans, a provider could offer to repurchase previously sold commitments from willing holders at prevailing market prices.
Where those prices have fallen, a repurchase may cost less than the original sale proceeds. The contract would need an explicit process for retiring the repurchased commitment and releasing the associated obligations. Funded with available cash or refinancing proceeds, that transaction could reduce the capacity the project must deliver under its revised plan.
The choice is concrete: source replacement compute to fulfill a commitment, or agree a repurchase that retires it. Each gives the provider a way to manage its obligations as the project evolves, with the economics of that choice visible in the market.
A market that helps infrastructure get built
The financing case for forward compute extends beyond selling capacity before construction. It includes the flexibility buyers gain from transfer, the demand a developer can assemble, and the options a provider has for meeting or retiring its obligations.
Tensors is building toward a market that connects these decisions. Clear contracts can give capital a stronger view of future demand. Trading can help commitments move to the participants best placed to hold them. And a market for existing capacity can support delivery while new supply is being built. Together, these mechanisms offer a path from future AI demand to the infrastructure that will serve it.