Draw your site boundary
Select or draw the site on the map. That is the starting point.
The physics-first platform for every building design decision, from Day One.
The problem
Early design still runs on assumptions. The facts of the site are usually checked late, after the big decisions are fixed. Then the team reworks.
NashZero is the seed of your project: the facts of your site, on the table from Day One.
How it works
You draw the boundary. NashZero asks for very little else.
Select or draw the site on the map. That is the starting point.
Climate, terrain, solar, wind, hydrology and context for your site.
Weigh massing options side by side on energy, water, carbon, daylight and comfort.
Take the analysis into your design report, client presentation or certification file.
Two ways to get answers
Get answers in minutes while the design is still open. Run a full energy model whenever you need the detail.
AI results in minutes.
For exploring site, massing and options early, while the design is still open.
A full physics-based energy model.
For final checks, reports and certification support. It takes longer, and you choose when to run it.
Platform
One site model answers every early design question.
Terrain, surroundings and constraints, read from your boundary.
Test building forms and orientations against the same site.
Weigh passive strategies against active systems, early.
Estimated energy demand for each design option.
How much useful daylight each layout receives.
Shadows cast and solar exposure through the year.
Airflow around and between buildings.
How the scheme affects local heat build-up.
Rainfall, run-off and water demand for the site.
The carbon implications of each design option.
Report-ready outputs, including support for green-building certification.
Why NashZero
Start from a site boundary. Very little else is asked of you.
Use it before the design is fixed, when changing course is still easy.
See design options side by side, judged on the same measures.
Site, climate and performance questions in one place, instead of many disconnected tools.
AI trained on physics simulations for speed, full energy models for depth.