A full-scale solution combining generative design, spatial analytics, and sustainability tools to support complex projects and improve decision-making across teams.
A SaaS tool for quick, AI-powered planning and feasibility analysis that helps users generate and compare design scenarios, evaluate spatial data, and make faster early-stage decisions.
An experimental platform for testing new AI and data-driven planning features, giving users access to emerging tools and future-focused insights.
A generative design tool for early massing studies that creates and compares building options based on constraints like zoning and density, providing instant project metrics.
Design future-ready campuses with AI: plan phased growth, enhance student experiences, integrate smart tech, and ensure sustainable, adaptable facilities.
DBF offers comprehensive campus master planning tools that help stakeholders visualize and organize the layout of educational facilities, ensuring efficient use of space and resources.
The platform enables phased development strategies with or without existing buildings. Allowing for incremental construction that aligns with funding availability and changing educational needs. This approach minimizes disruptions and optimizes resource allocation.
DBF supports the design of student-centered facilities that enhance learning experiences. By analyzing user needs and preferences, the platform helps create adaptable spaces that accommodate diverse teaching methods.
DBF emphasizes sustainable design principles by integrating energy-efficient solutions and environmentally responsible materials into campus planning. This reduces long-term operational costs and aligns with global sustainability goals.
The platform facilitates the integration of advanced technologies into campus infrastructure, ensuring that facilities are equipped to support modern educational practices and enhance learning outcomes.
Common questions from our prospects.