A whole-life carbon tool that helps teams set climate-positive design strategies at concept stage and refine them through delivery. C.Scale estimates the relative impact of choices on embodied, operational, and landscape carbon—when changes are cheapest and influence is highest.
Why now Time-bound targets for the built environment won’t be met if carbon is only quantified late in design. C.Scale moves carbon to the front of the process, so early decisions align with project-level reduction goals from day one.
How it works (with scarce data)
Accepts a minimum set of project inputs—no detailed model required.
Combines region-specific background data, forward-looking projections, peer-reviewed research, and ML models to generate comparative results.
Acts like a “shoebox” study for carbon: not a final answer, but a fast way to see which strategies are promising, unlikely, or worth deeper analysis.
Site & landscape effects: planting, hardscape, and other nature-based measures.
Time-based scenarios to understand how decisions play out across the project’s life.
Where it fits in your workflow
First pass: establish a whole-life carbon baseline and set project targets.
Iterate: compare strategies side-by-side to shortlist the most effective bundles.
Refine: hand off prioritized options to detailed LCA, energy, and cost workflows.
Track: revisit assumptions as design matures and keep targets realistic and current.
What you get Clear, comparative insights that reduce analysis churn, guide stakeholder conversations, and de-risk early commitments. Teams save time by focusing on the few strategies that matter most—and avoid late-stage surprises.
Who it’s for Architects, engineers, sustainability leads, and owners who need direction fast—from competitions and feasibility studies to schematic design—so projects stay on a credible path to whole-life carbon reduction.
A whole-life carbon tool that helps teams set climate-positive design strategies at concept stage and refine them through delivery. C.Scale estimates the relative impact of choices on embodied, operational, and landscape carbon—when changes are cheapest and influence is highest.
Why now Time-bound targets for the built environment won’t be met if carbon is only quantified late in design. C.Scale moves carbon to the front of the process, so early decisions align with project-level reduction goals from day one.
How it works (with scarce data)
Accepts a minimum set of project inputs—no detailed model required.
Combines region-specific background data, forward-looking projections, peer-reviewed research, and ML models to generate comparative results.
Acts like a “shoebox” study for carbon: not a final answer, but a fast way to see which strategies are promising, unlikely, or worth deeper analysis.
Site & landscape effects: planting, hardscape, and other nature-based measures.
Time-based scenarios to understand how decisions play out across the project’s life.
Where it fits in your workflow
First pass: establish a whole-life carbon baseline and set project targets.
Iterate: compare strategies side-by-side to shortlist the most effective bundles.
Refine: hand off prioritized options to detailed LCA, energy, and cost workflows.
Track: revisit assumptions as design matures and keep targets realistic and current.
What you get Clear, comparative insights that reduce analysis churn, guide stakeholder conversations, and de-risk early commitments. Teams save time by focusing on the few strategies that matter most—and avoid late-stage surprises.
Who it’s for Architects, engineers, sustainability leads, and owners who need direction fast—from competitions and feasibility studies to schematic design—so projects stay on a credible path to whole-life carbon reduction.
See C.Scale in action through screenshots and short videos.
Events & webinars
Watch the aec+tech Talks featuring C.Scale.
C.Scale Demo with Jack Rusk | Whole-Life Carbon in Practice
May 2, 2025 · 10 min
C.Scale Co-Founder Jack Rusk demos how whole-life carbon tools bring climate impact into everyday design decisions. Balancing operational and embodied carbon, the platform supports scenario-based decision making and adapts to non-linear design workflows. Small, specialized ML models outperform large language models here, helping architects and engineers act on climate data early.
See how C.Scale stacks up against similar tools before you decide.
FEATURED
One Click LCA
One Click LCA is a sustainability platform that helps architecture, engineering, construction, and manufacturing teams measure and reduce environmental impacts. It supports life-cycle assessments, embodied carbon calculations, whole-building analysis, product comparisons, and regulatory reporting.
By connecting design data with extensive environmental databases, One Click LCA helps users evaluate alternatives, meet certification requirements, and make informed low-carbon decisions throughout project development.
Preoptima is the world's first early-stage decarbonisation software provider that integrates real-time whole life carbon assessments (WLCAs) and seamless carbon optioneering into conceptual building design
nezo is on a mission to make construction design smarter, harnessing AI and leveraging data to drive down construction costs and carbon emissions and get better building performance.
