cove.tool

cove.tool uses optimization algorithms to find the lowest-cost, lowest-carbon combination of building systems that still meets your performance targets.

Overview

cove.tool is a web-based building performance platform covering energy modeling, daylight, glare, embodied carbon and cost from early design through documentation. Its core idea is optimization: instead of testing options one at a time, the platform runs thousands of combinations of wall assemblies, glazing, HVAC and lighting to surface the trade-offs between cost, carbon and performance.

The tool fits the way design teams actually work — massing is analyzed early, inputs improve as the model develops, and outputs support compliance and certification documentation. Consulting engineers use it to justify recommendations with data; architects use it to defend design decisions to clients and reviewers.

Typical use starts in concept design, when massing is uncertain and the leverage of good decisions is greatest. An architect uploads the building form, sets targets for energy use intensity, daylight and embodied carbon, and lets the optimizer search combinations of wall assemblies, window ratios, shading and HVAC systems. The output is not a single answer but a Pareto frontier of options, letting the team choose how much cost to trade for carbon or comfort. As design development progresses, inputs become more precise and the analysis tightens, supporting code compliance and certification documentation along the way. Engineering consultants value being able to justify recommendations with a transparent trade-off analysis rather than opinion.

Consulting engineers also use cove.tool to communicate: optimization results are easier to defend in design reviews than opinions, and clients can see what each decision costs in energy and carbon.

Design-stage tools in this category live or die by trust: architects adopt them when generated options respect real constraints — codes, structure, cost — and can be defended in client and approval conversations rather than admired as concept art.

Key Features

• Automated energy, daylight, glare and embodied carbon analysis
• Multi-objective optimization across cost, energy and carbon
• 3D-model-based workflow from concept through design development
• Compliance and code documentation support
• Cost databases for assembly-level trade-off studies
• Collaborative web platform for architects and engineers

Pricing

cove.tool offers a freemium entry for early exploration, with paid professional and enterprise plans priced per project or per seat.

Who Is It For

Architecture and engineering firms pursuing high-performance, low-carbon buildings and needing defensible data on system trade-offs.

FAQ

Is cove.tool free to use?

Yes — a free tier supports early analysis; optimization runs, advanced modules and team collaboration are paid.

Does cove.tool offer an API?

cove.tool integrates with modeling tools and supports data exchange with design workflows; custom integrations are available for enterprise teams.

How does cove.tool compare to alternatives?

Compared with heavyweight simulation suites, cove.tool is faster and optimization-driven, giving up some simulation depth in exchange for decision-ready trade-off analysis.