digital tools: The Latest Architecture and News

Building Information Modeling has made it possible to attach an enormous amount of information to each element of a design. A wall can carry its fire resistance class and its cost group, and later even the maintenance information a facility manager will need. That possibility creates a temptation: if the model can hold more data, it should. In the process, an important question of efficiency can get lost: does the project actually need this information, and does it need it now?

For architects, BIM is often described as a "single source of truth." Every additional property, however, adds work, coordination, and maintenance, and information entered too early or without a clear purpose can quickly become outdated. What matters is having the right information for the decisions being made at each stage of the project. The Stuttgart-based firm KUBUS360 made that question central to its work on an administrative complex in Baden-Württemberg (Germany).

Architecture firm HENN has launched CarbonBudget, a digital tool that calculates project-specific CO2 budgets for buildings. The new platform, free of charge, is a contribution for designers to help reach the 1.5°C target, a global goal from the Paris Agreement to limit long-term global warming to 1.5°C above pre-industrial levels. As the construction industry is responsible for around one-third of global CO2 emissions, architectural design decisions can effectively contribute to containing global warming. The tool is designed to calculate whether the emissions of a building project located in Europe are compatible with the Paris Agreement target, based on specific inputs such as location and building area. The new platform joins other projects from international offices such as MVRDV NEXT's CarbonSpace, Grimshaw's Minoro, and Henning Larsen's OpenDetail, addressing decarbonization through shared digital information.

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Despite being among architecture's oldest structural forms, domes continue to offer possibilities for creating large, column-free spaces and working with circular or free-form geometries beyond conventional rectangular building types. Their evolution has been closely tied to changes in materials, construction methods, and design tools. Today, digital platforms are adding another layer to this process, allowing some of the decisions traditionally developed later in a project to be explored much earlier.

This week's news focused on how architecture engages with what already exists and communicates beyond the building itself. Several stories explored restoration and reuse, from the renewal of a historic university hall to the preservation of an artist's exhibition spaces and the incorporation of reclaimed materials into new construction. Elsewhere, architecture continued to serve as both subject and setting for exhibition, with new museum and cultural venue announcements examining architecture's broader social, technological, and ecological contexts. On the radar, three projects to watch: in Berlin, sauerbruch hutton has won the competition to extend the Federal Ministry of Defense's headquarters at the Bendlerblock; in Santa Barbara, SOM and Mithun have unveiled designs for a major new student housing complex at UC Santa Barbara; and, addressing a different kind of construction altogether, Paulo Tavares' practice Autonoma has launched Documental, an open-source platform that lets journalists, researchers, and civil organizations turn data, images, and satellite imagery into geolocated digital stories in defense of human and environmental rights.

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"Map the New World" is the motto of Project PLATEAU, led by Japan's Ministry of Land, Infrastructure, Transport and Tourism (MLIT), to develop and expand access to 3D models representing the diversity of cities across the country. Japan comprises a total of 744 cities, including 14 with populations exceeding one million, 190 with between 100,000 and one million inhabitants, and 540 with populations between 10,000 and 100,000. To date, 3D models of more than 250 cities have been made available as open data through the country's public G-Spatial Information Center, and can also be accessed via an online browser viewer. According to public authorities, the project aims to strengthen urban resilience by providing society with new tools to address local challenges. This involves not only urban space modeling but also collaboration with local governments, private companies, and technology communities. The project also includes a digital reconstruction of the recently closed Osaka World Expo site.

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Artificial intelligence has made its way into almost every corner of professional workflows, prompting the architectural industry to rethink how it works. To adapt to this shift, firms are now facing the limits of a model that has changed very little over the past few decades.

What has shifted, and noticeably so, is the pressure on productivity. Today's studios are expected to deliver more work faster and with greater accuracy, while managing tighter budgets, complex regulations, and rising client expectations. In practice, this translates into compressed timelines and a constant demand for precision that leaves little room for error. Often, much of this pressure falls on a small group of individuals who hold critical project knowledge.

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In today's competitive design landscape, Building Information Modeling (BIM) is no longer just a trend—it has become a baseline expectation. Yet many practices still struggle to balance the complexity and effort involved with the actual value they receive in return. But what if it were possible to unlock the benefits of BIM without adding unnecessary workload? Exploring a lean approach to BIM—focused on efficiency, clarity, and real project outcomes—can help architectural teams streamline their design workflows, strengthen collaboration, and maintain creative control from concept through delivery.

As the building industry continues to account for a significant share of global carbon emissions, digital platforms are increasingly being developed to support carbon reduction across different stages of the design and construction process. These initiatives range from material-focused knowledge databases to project life-cycle guidance and early-stage embodied carbon assessment tools. While differing in scope and methodology, they commonly aim to improve access to technical knowledge, clarify responsibilities across the value chain, and facilitate more informed decision-making in the built environment. Recently, Henning Larsen launched OpenDetail, joining related efforts by Grimshaw and MVRDV to address decarbonization through shared digital infrastructure.

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Founded by Oliver Thomas, the ATN Summit is the first flagship conference of the Archi-Tech Network, marking five years since the platform began as a grassroots initiative to share real-world architectural knowledge. Taking place on March 18–19, 2026, in London, the ATN Summit brings together architects, technologists, and industry innovators to explore how emerging technologies are reshaping architectural practice. Designed as a high-production, ideas-driven event, the Summit reflects ATN's evolution from an informal online conversation into a global platform actively engaging with the future of the built environment.

The phenomenon known in biology as convergent evolution describes how distant species can develop similar structures when confronted with comparable challenges. Dolphins and ichthyosaurs, for example, are separated by millions of years of evolutionary history, yet both evolved nearly identical hydrodynamic bodies. Architecture has its own parallels: A-frame structures emerged independently in both the European Alps and Japan, even without direct cultural exchange, as spontaneous responses to snow, wind, and material scarcity.

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Snaptrude announced the launch of the Snaptrude Student Plan, a free offering that gives architecture students worldwide full access to Snaptrude's professional platform and intelligent AI workflows. The initiative reflects Snaptrude's commitment to strengthening architectural education and ensuring that emerging designers can build real-world skills while still in school. Full access to the professional platform and AI tools empowers students to design faster and build portfolio-ready work.

The earliest stages of ideation can be both the most exciting and the most challenging part of the design process. Ideas flow quickly, but they can be abstract and difficult to communicate. This can lead to frustration and waste precious time.

Now, architects, designers, and artists can shorten the distance between the first sketch and a meaningful design decision by pairing traditional ideation techniques with AI-powered visualization tools designed to enhance — not replace — human creativity. Chaos tools keep creators firmly in the center of the process, empowering them with speed and clarity without sacrificing ownership or control.

© Ulises (@ulises.studio)

Artificial intelligence is becoming an undeniable presence in our daily lives. It teaches, generates content, and disrupts the fragile boundaries—both visual and imaginative—that once governed our interactions on social media. On platforms like Instagram, we witness a flood of imagery where every kind of speculative exercise is freely shared, recalibrating our understanding of the relationship between architecture and image. Amid this transformation, entire professions find themselves on uncertain ground, as AI begins to challenge areas once defined by human expertise.

Yet beneath this apparent abundance lies the opaque core of closed-source AI: an algorithmic black box that systematically conceals the origins of the data it consumes. As a result, its outputs are inevitably prone to factual distortions, anachronisms, and subtle or overt biases. This same machinery can hollow out the significance behind the languages and stylistic signatures of canonical architects—manifest, for instance, in AI-generated visions speculating how famed designers, living or dead, might have reimagined the Eiffel Tower. We shared one such image to observe and better understand how people—especially architects—respond to AI's current possibilities and limitations, and the ways it mimics architectural intent. The response was quite fascinating, revealing a mix of curiosity, concern, and critical reflection.

The use of innovative tools, techniques, materials, and technologies to shape the future of construction is a subject that captivates professionals across architecture, engineering, construction, and planning, as well as investors and industry leaders. Advances in technology and breakthroughs in material science provide a rich landscape for exploration and discussion, sparking lively debates on the ongoing transformations in both urban and rural environments. Key areas of focus include resource management, the challenges posed by the climate crisis, and the broader implications for the built environment.

This article is the tenth in a series focusing on the Architecture of the Metaverse. ArchDaily has collaborated with John Marx, AIA, the founding design principal and Chief Artistic Officer of Form4 Architecture, to bring you monthly articles that seek to define the Metaverse, convey the potential of this new realm as well as understand its constraints. In this feature, architect John Marx questions the limits and capabilities of AI in architecture and in creating buildings that resonate deeply with people and communities.

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The introduction of AI generative tools represents one of the most significant technological revolutions in the field of architecture and design. While there is concern about this changing the working landscape for professionals in the field, a significant number of practices are embracing the new technology. Architectural visualizations represent one of the main areas where these changes take effect. However, the array of AI tools accessible to non-specialist users rarely allows for true control over the design process, often offering general interpretations of scripts. This can be helpful during early conceptual design phases but loses its appeal soon after. Gendo, a new browser-based app, aims to change this, offering the possibility to not only generate visualizations in seconds but also to edit and customize them, even introducing real-life products in the design. Until August 3, readers of ArchDaily can register and use the code ARCHDAILY50 to get 50% off any plan.

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This article is the ninth in a series focusing on the Architecture of the Metaverse. ArchDaily has collaborated with John Marx, AIA, the founding design principal and Chief Artistic Officer of Form4 Architecture, to bring you monthly articles that seek to define the Metaverse, convey the potential of this new realm as well as understand its constraints. In this feature, architect John Marx interviews Peter Hirshberg, chairman, and Anna Fedorova, principal at the Maker City Project.

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Architects, urban planners, and researchers from around the world are working on solutions to address the rising threat of climate change and climate-induced rise in sea levels and storm surges. Among them, MVRDV, as part of the North Creek Collective, has released a series of proposals for the city of Vancouver, mapping out possible adaptations of waterfront buildings, landscape, and infrastructure. On a similar note, a group of researchers led by Adrian Lahoud has developed the Second Sea Calculator, a digital tool that estimates the financial damages owned to coastal cities by different nations, while Human Climate Horizons has developed a platform for visualizing how different levels of global heating will affect people’s lives.

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