Finch3D

Finch3D, now branded as Finch, is an AI-native architectural design and generative building design platform developed to help architects, engineers, and other AEC professionals create, evaluate, and refine building layouts. The platform focuses on making early-stage building design more efficient by combining generative design, real-time performance analysis, automated floor-plan generation, and building information modelling (BIM) workflows.

Finch is designed to help architecture teams move beyond repetitive manual drafting. It allows users to explore multiple building configurations, compare design alternatives, and make decisions using live project data. Rather than creating each layout from scratch, professionals can use the platform to generate and refine building designs based on project requirements, design standards, spatial constraints, and other relevant criteria.

One of Finch’s central capabilities is its generative design system. It helps users explore different building arrangements and evaluate how those arrangements perform. Architects can test different unit distributions, circulation layouts, floor plates, and building configurations while monitoring important project metrics. This makes it useful during feasibility studies and concept development, when teams need to assess several possibilities before settling on a preferred direction.

The platform supports several building typologies, including residential developments, high-rise buildings, office spaces, and master-planning projects. For residential projects, Finch can help teams develop unit mixes and floor plans that respond to project requirements. For high-rise buildings, it supports the exploration of layouts across multiple levels, with attention to vertical alignment and consistency. Office designers can use it to explore workplace layouts and test how proposed arrangements respond to space requirements and relevant compliance considerations.

Finch also provides a system for encoding an organisation’s design knowledge. Through its Plan Library, firms can organise and reuse plans, design standards, accessibility requirements, and other rules that guide their projects. This allows teams to apply established design principles to new projects rather than repeatedly rebuilding their workflows. It can also help maintain consistency when multiple architects are working on similar building types or when a company operates across different project teams.

The Plan Library is particularly relevant to organisations with established architectural standards. By using reusable plans and embedded rules, teams can make their design processes more consistent and reduce repetitive work. The library can reflect a firm’s preferred room arrangements, spatial requirements, and other planning conventions. This approach helps connect the experience and knowledge of an architecture practice with its day-to-day design activities.

Another important capability is real-time building performance feedback. Finch provides metrics while users work on their designs, helping them understand how different choices affect the project. These metrics can support decisions involving areas, unit distribution, density, circulation, and other building-planning considerations. Having this information available during the design process can help teams identify potential issues earlier and compare alternatives more effectively.

Finch also includes tools for generating and refining floor plans. Its current Enterprise offering supports AI-powered floor-plan generation based on a firm’s design system and project requirements. The platform is intended to produce detailed layouts that can be developed further within established architectural workflows. Its emphasis on precision and reusable design rules makes it relevant to professional teams that need more than simple conceptual floor-plan sketches.

The platform’s AI capabilities are represented in part by Archie, Finch’s AI agent. Archie is designed to take on repetitive design tasks so that architects can concentrate on higher-level decisions. These tasks include precision work involving door placement, compliance checks, and consistent updates across related units. Automating repetitive activities can help reduce manual effort and make it easier to maintain consistency throughout a project.

Finch also supports compliance-oriented design workflows. Its Enterprise plan includes code and compliance checking, allowing generated layouts to be evaluated against relevant project rules and requirements. This can help design teams identify issues during early development. However, compliance results should still be reviewed by qualified professionals, particularly where local building regulations, safety requirements, and project-specific obligations apply.

Interoperability is another major part of the platform. Finch is designed to work alongside established architectural and BIM applications rather than requiring firms to abandon their existing software. It supports workflows involving Autodesk Revit, Rhino, Grasshopper, and Autodesk Forma. Archicad workflows are also supported through Grasshopper. These connections allow teams to move building information between Finch and other design tools as projects progress.

The Revit integration allows users to transfer building information between Finch and Revit. Depending on the workflow, users can bring conceptual building massing into Finch or download selected design variants as native Revit BIM information. Rhino and Grasshopper are also important parts of its computational design workflow, enabling users to work with building geometry and design processes across connected applications.

Finch’s BIM capabilities are intended to help teams move from early design exploration towards more detailed project development. The platform can generate coordinated building geometry and export it for use in traditional BIM tools. Enterprise customers can also access custom BIM export and integration options designed around their organisation’s systems and templates. This can reduce the need to redraw information manually when moving between applications.

Collaboration and organisational management are also important aspects of Finch. Its Enterprise offering is designed for architecture firms and larger teams that need shared design systems, firm-wide plan libraries, and consistent workflows across projects. It includes organisational features such as single sign-on, dedicated onboarding, support, and training. These capabilities can help companies introduce the platform across departments and establish common design practices.

Finch is especially relevant to architecture firms that work on repeated building types or projects with complex spatial requirements. Residential developers can use it to explore unit mixes and floor plans, while commercial design teams can examine office layouts and building performance. Its master-planning capabilities can also support early exploration of site density and building distribution.

The platform is not limited to producing a single design outcome. Its emphasis on exploring many alternatives allows teams to understand trade-offs and compare different approaches before selecting a direction. This can improve early design discussions with clients, developers, and other stakeholders. It can also support more informed feasibility decisions by connecting spatial design with measurable project information.

Finch’s pricing structure accommodates individual users as well as professional organisations. Its free plan provides access to editing tools and real-time building performance metrics, while the Basic plan adds early-stage generation features for unit mix and circulation. The Enterprise plan provides more advanced building generation, compliance checking, AI-powered floor-plan generation, custom BIM exports, and organisational tools.

Overall, Finch is a specialised architectural design platform that combines generative design, AI assistance, spatial planning, building performance metrics, and BIM interoperability. Its main value lies in helping AEC professionals explore more design alternatives, reuse their firm’s design knowledge, and reduce repetitive work. It is particularly suitable for architecture practices and building design teams that want to improve early-stage planning and connect concept development with more detailed BIM workflows.

Pricing

Finch offers three main plans:

• Free: $0. Includes a single-user licence, all editing tools, and real-time building performance metrics.
• Basic: €79 per user/month, billed monthly. Includes the Free plan features, plus generation of optimised unit mixes and circulation layouts. A 14-day free trial is advertised.
• Enterprise: From €14,500 per year, billed annually, for three seats. Includes full building generation, AI-powered floor-plan generation, code and compliance checks, custom BIM exports and integrations, an AI design agent, firm-wide plan libraries, single sign-on, and enterprise security.

Review

Finch is a specialised architectural design platform that offers useful tools for architects and AEC professionals who need to explore building layouts and improve early-stage design workflows. Its combination of generative design, real-time performance metrics, reusable design systems, and BIM interoperability makes it particularly valuable for firms working on residential, high-rise, office, and master-planning projects.

One of its strongest advantages is the ability to explore multiple design options without relying entirely on manual drafting. The Plan Library also provides a practical way for firms to reuse established design standards and apply consistent requirements across projects. Its AI agent, Archie, adds further value by handling repetitive precision tasks, while its integrations with Revit, Rhino, Grasshopper, and Forma help connect the platform with existing design workflows.

However, the more advanced generation and compliance features are reserved for Enterprise customers, which may make the platform less accessible to smaller practices. The Basic plan is also a recurring expense, and the Enterprise starting price represents a significant investment. Users should also expect to review generated layouts and compliance results professionally rather than treating automation as a substitute for architectural expertise.

Overall, Finch is a strong option for architecture firms seeking generative building design, faster layout exploration, and better coordination between early planning and BIM software. It is less suitable for casual users who only need a simple floor-plan drawing tool.