Decision lens

Frontend Project Design

Industrial power plant with multiple tall chimneys and steel structures, set against a colorful sunset sky.

The challenge

Early-phase project design decisions lock in most of a project’s cost, risk, and value potential. Whether planning subsea field developments, electrifying offshore platforms, or screening integrated renewable projects, leaders must commit billions while technical data is still sparse and market conditions are uncertain.

Decision lens

Frontend Project Design

The challenge

Decision lens

Frontend Project Design

The challenge

Why it's complex

High uncertainty

Future prices, regulations, and subsurface or environmental data are often incomplete.

Vast design space

Hundreds of thousands of possible layouts, routing options, and technology combinations.

Time pressure

Manual engineering studies can take months, yet early-stage gates demand timely, well-supported decisions.

Why it's complex

High uncertainty

Future prices, regulations, and subsurface or environmental data are often incomplete.

Vast design space

Hundreds of thousands of possible layouts, routing options, and technology combinations.

Time pressure

Manual engineering studies can take months, yet early-stage gates demand timely, well-supported decisions.

Why it's complex

High uncertainty

Future prices, regulations, and subsurface or environmental data are often incomplete.

Vast design space

Hundreds of thousands of possible layouts, routing options, and technology combinations.

Time pressure

Manual engineering studies can take months, yet early-stage gates demand timely, well-supported decisions.

How WhiteSpace helps

WhiteSpace applies AI-assisted front-end screening to bring clarity and speed to concept selection. Our tools explore hundreds of thousands of configurations in hours, quantifying cost, risk, emissions, and value trade-offs to surface the strongest concepts early.

This approach has cut early-phase design time from months to weeks, revealed multi-million-dollar savings in subsea layouts, and enabled clearer carbon–cost trade-offs for offshore electrification and renewables. The result is robust, high-value development concepts that teams can progress with confidence and speed.