Explore thousands of design options and their cost and carbon impact through rapid iterations for early stage feasibility planning.
Optimize designs to achieve specific goals (e.g. net-zero energy, net-zero whole lifecycle carbon, LEED, incentive qualification)
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Code compliance [e.g. NECB, OBC SB-10, BC Step Code, TGS]
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Sustainability certifications
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Our Solution
On-Demand Cost and Carbon Decision Support Platform
Save weeks of tedious work with the power to optimize and track capital projects in near real-time
We save you time and money
and make lifecycle planning efficient, intuitive, and scalable
Reduce
capex
Reduce carbon over the lifecycle
Reduce future climate risk exposure
Reduce operating costs
Improve building life and salvage value
Eliminate repetitive assessments
Early stage feasibility to construction planning
Explore thousands of design options and their cost and carbon impact through rapid iterations
Optimize designs to achieve specific goals (e.g. net-zero energy, net-zero whole lifecycle carbon, LEED, incentive qualification)
-
Code compliance [e.g. NECB, OBC SB-10, BC Step Code, TGS]
-
Sustainability certifications
-
Early stage feasibility to construction planning
Explore thousands of design options and their cost and carbon impact through rapid iterations
Optimize designs to achieve specific goals (e.g. net-zero energy, net-zero whole lifecycle carbon, LEED, incentive qualification)
-
Code compliance [e.g. NECB, OBC SB-10, BC Step Code, TGS]
-
Sustainability certifications
-
Explore the possibilities
Quickly generate and simulate thousands of design options (e.g., wall type, window type, choice of HVAC system, etc.) per building.
Compare efficient designs or retrofit pathways in every feasible sequence.
Compare your best options
Review the most efficient options that meet your unique goals (e.g., funding and incentive qualification, net-zero by 2050).
Choose your favorite, or adjust drivers to create your ideal scenario.
Manage capital projects for each building
Track progress in a live dashboard, re-run simulations with new information, and revise your plans in real time.
Download compliance-grade reports for permitting, funding, certification, or other purposes on demand.
Our Platform
What sets us apart
Achieve portfolio-level targets
See the cumulative impact of all projects in all buildings on market value, net operating income, capex, avoided penalties, and more.
Identify which buildings have the greatest impact on portfolio-level metrics to prioritize further assessments and interventions.
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How can you help me decarbonize my building?Adaptis helps you understand your entire life cycle emissions, and highlights the highest-impact actions for decarbonization. Emission reduction strategies include material salvage and reuse, and building adaptation planning.
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How do you calculate a buildings emissions?Our carbon calculation methodology considers all stages of embodied impact, operational impact and circularity including product stage (A1-A3), construction stage (A4-A5), use stage (B1-B7), end of life stage (C1-C4) and beyond the building life cycle stage (Module D). Our carbon emission evaluation methodology is ISO 14044:06 (R2021) compliant.
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How does the material reuse process work?Adaptis examines existing materials that are suitable for reuse, and will automatically provide salvage value estimates, reuse potential and deconstruction process scenarios. We will propose potential sellers using our database of local secondary material sellers. Alternatively, we will provide tools to reuse salvageable materials in your building’s adaptation process where applicable.
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Are your calculations transparent and data collection secure?Yes, we calculate emissions based on international standards including the Greenhouse Gas Protocol (GHGP), ISO 14044:06 (R2021) and ISO 14064-2:2019. The calculations, assumptions, and benchmarking behind all carbon calculations are transparent and always validated.
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Can you specifically reduce a building's emissions?Adaptis allows you to benchmark an existing building’s emissions and examine multiple generated building adaptation scenarios for reduced overall emissions. The Adaptis engine considers carbon reduction targets, energy reduction, material reuse potential, deconstruction planning, project budgets and life cycle costs to help you make informed decisions about how to plan your decarbonization strategy.
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What do you require for a complete analysis?We need to have a clear understanding of your building’s existing conditions. We require existing drawings (2D drawings, 3D models, BIM, etc.), and either an existing condition assessment report or detailed site photos as inputs for our analysis. We develop a detailed model of your existing conditions to run our analysis.
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How can I certify my decarbonization action?Adaptis helps you certify your climate action and meet your sustainable development goals. We comply with the Greenhouse Gas Protocol (GHGP) and our methodology is ISO 14044:06 (R2021) and ISO 14064-2:2019 compliant. We enable reporting for LEED Material & Resource credits, GRI, TCFD, ESG and SASB.
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How do I qualify for voluntary carbon credits?We are able to benchmark your building, and measure carbon emission savings through innovative measure such as waste mitigation, material reuse and building adaptation strategies. We quantify diverted carbon emissions and enable you to monetize the carbon savings in compliance with ISO 14064-2:2019.
