Testimonials
Trusted by Industry Leading AEC firms Globally
Our users love the app. Now that you are here, if you are an existing cove.tool user, can we get a quick testimonial from you?
“We utilize cove.tool to drive the design process to make beautiful buildings that perform exquisitely ”
Mark Kelly
BAR Architects
“cove.tool is mindbogglingly easy as compared to any other building performance software out there. ”
Noble Lilliestierna
BSA LifeStructures
“cove.tool is a great platform that simplifies and streamlines building performance assessment. Its powerful analytics capability provides very valuable insights to us ”
Tolga Tutar
Skanska
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We are fighting climate change by helping architects, engineers, contractors and developers use data driven design through automation and cost optimization. We lead by example by making science and transparency central while pushing the boundaries.
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Recent Blogs and Articles
Load modeling is an aspect of building design that is most often performed by an engineer locally on their workstation or even via pen and paper. By moving fundamental engineering calculations onto a web-based load modeling platform, design teams can unlock a myriad of benefits, including increased efficiency and greater collaboration.
With more attention on ESG, Scope 3, C-BAM, and other key standards, access to accurate data for building projects and products is essential to the creation of high-performance buildings and the ability to report on them. To make performance data more accessible and help streamline sales and marketing processes for building product manufacturers, cove.tool released its new performance software solution, revgen.tool.
Whole Building Energy Modeling, or BEM, is a flexible, highly capable tool used in the design of new and retrofit buildings, code compliance, certifications, incentive programs, and more. At its core, BEM is a physics-based simulation of building energy use. Through advanced software, these simulations are performed with sub-hourly timesteps, providing a considerable amount of insight into the performance of the simulated building.
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