Sustainability First
Real-time AI models to reduce project carbon emissions across project scales and phases.
Real-time AI models to reduce project carbon emissions across project scales and phases.
Spatial analytics gives you data-driven insights on site selection, sustainable urban planning, energy-efficient design and construction ideas, and immersive project visualization.
With DBF’s geospatial analytics, you can ensure smarter, more resilient, and 50% cost-effective built environments.
Experience adaptability with our generative design capabilities, allowing you to shape and refine your designs to suit your precise needs.
Get started effortlessly with our self-onboarding product design, ensuring that you can hit the ground running without steep learning curves.
Flat maps and charts are outdated. Say hello to a more realistic and intuitive 3D models of cities, landscapes, or buildings with 3D immersion of DBF’s spatial visual analytics.
Sustainability in building design is how efficiently the building saves resources while being built and in operation. A building is designed as per functional and aesthetic requirements. Still, it becomes sustainable only when it is a building that doesn’t add to the amount of carbon and doesn’t waste resources, and many more criteria that help the environmental health. Some aspects that are taken care of are life cycle assessment and structure design efficiency. A Life Cycle Assessment is the systematic analysis of the potential environmental impacts of products or services during their entire life cycle. Apart from this, attention is paid to details like material efficiency, waste reduction, and leaving over the most negligible carbon footprint. Water efficiency and energy efficiency are managed through various methods. There are many steps taken to make sure that the users would have indoor environmental quality enhanced, and the building could achieve thermal comfort.
Urban planning places all the features, including buildings, landscapes, neighborhoods, etc., in a town or city. Sustainable urban planning refers to planning to locate the parts of town so that people can witness green buildings, mixed-use developments, walkable neighborhoods, open spaces, alternative energy sources, transit options, accessible amenities while keeping a balance with being approachable, attractive, and environment friendly. A sustainable urban environment also conforms to the idea that a city can be organized without excessive reliance on the surrounding countryside and power itself with renewable sources of energy. Self-sufficiency and resilience are also some factors that cities and towns can achieve to be sustainable. The concept of 15-minute cities encourages sustainable urban planning while keeping the infrastructure accessible to all. These cities have all the amenities a regular household needs within 15 minutes of walking or bicycling and are a great way to reduce dependence on motor vehicles.
To create a sustainable building, we need to check that the building leaves a minuscule carbon footprint. The AEC industry is responsible for 40% of carbon emissions in the world. So, to create a sustainable building, we need to make sure of some basic parameters. First of all, the construction material should be eco-friendly and robust. The waste generated from the building should be treated concerning the environment. As designers, there are many factors in designing that can affect the sustainability of a building, which can be creatively handled. Orientation of buildings and the fenestrations as per the sun-path and increasing natural daylight reduce artificial sources. Also, alternate energy sources like solar energy can be tapped for saving more on energy. The right amount of planned ventilation can help maintain thermal comfort and indoor air quality. Using some particular building techniques can help the labor and building process by being reusable and easy to use.
We provide, precise and up-to-date, wind analysis and solar studies for any given site location and time period.
Solar studies involve shadow and radiation analysis, and dynamic daylight metrics like Daylight Autonomy (DA) and Spatial Daylight Autonomy (sDA). You can focus on comparing sustainability of different design options and creating value for your clients, without worrying about any setup requirements.
We are a team of scientific, polymaths, designers, and coders, driving the next revolution in complex urban planning and design.