immo!nvest – Die Plattform für Standorte und Immobilien

Category: propTech

  • Intelligent lighting control for sustainable buildings and cities

    Intelligent lighting control for sustainable buildings and cities

    Esave has developed two new control solutions for sustainable lighting concepts. According to a statement from the Chur-based provider of intelligent lighting solutions, these solutions are designed to ensure optimal lighting conditions in public spaces and buildings. The DT8 TC driver for white light and the DT8 RGB driver for coloured light both support the professional lighting standard DALI (Digital Addressable Lighting Interface), which allows multiple lights to be managed in a coordinated manner. The company highlights the low complexity of installation, high control precision, energy efficiency and adaptability. Operating costs could be significantly reduced with DT8, it says. Esave will present both control systems from 13 to 15 January as part of the SWISS Pavilion at the World Future Energy Summit (WFES) 2026 in Abu Dhabi.

    “With DT8 TC and RGB, esave makes lighting intelligent. Buildings and public spaces can now dynamically adjust colour and brightness to suit comfort, efficiency and mood – centrally controlled with intelligent high-performance technology,” says esave CEO Rico Kramer.

    DT8 TC is designed for architectural, industrial and public applications and offers dynamic, dimmable white light. According to the description, the system is ideally suited for human-centric lighting, where brightness and colour temperature are dynamically adjusted to the natural biorhythm of humans. This is intended to support well-being, concentration and health.

    DT8 RGB enables multi-coloured lighting with an extended spectrum and deeper colours. Esave is targeting atmospheric and decorative applications with this product. Examples include installations in the event or art sector.

    The company now has locations around the world and, according to its website, was founded by three friends: Rico Kramer, Hanno Baumgartner and Daniel Jörimann. In Switzerland, around 20 employees work for esave in development, production, support, sales and training. Production takes place exclusively in Switzerland, with great emphasis placed on sustainability.

  • Automated call triage relieves customer service centres during major events

    Automated call triage relieves customer service centres during major events

    Spitchand Adnovum– both based in Zurich – have launched an artificial intelligence (AI)-powered voicebot. According to a press release, the Berna programme is designed to simplify the claims process at Gebäudeversicherung Bern (GVB).

    The AI voicebot is designed to enable rapid customer service when triaging calls and recording claims. The programme is able to distinguish and recognise different Swiss dialects and convert the spoken text into standard German. Berna is also capable of handling several hundred calls at the same time, according to the press release. Upon request, the programme can also connect callers to a human specialist.

    The new solution can be particularly helpful in the event of major damage. For example, during the storm in August 2024 in the Bernese Oberland, more than 3,000 calls were received in a very short time. In addition to the damage that had already occurred, there were also very long waiting times in some cases. “It was crucial for us that, in the event of a major incident, those affected were not placed under additional strain when reporting their claims,” said Corinne Fleury, Innovation Manager at GVB, in the press release. “The aim was to relieve the burden on our customer centre and specialist departments and avoid waiting times, even during such major events, by means of an automated, flexibly scalable solution. The solution created by Spitch and Adnovum also makes it possible to automatically generate accurate claims files as a basis for further processing by specialists, through guided dialogues and the structured recording of customer information.”

  • Swiss deep tech at the CES 2026

    Swiss deep tech at the CES 2026

    BTRY presents a new class of ultra-thin solid-state lithium-ion batteries that have been developed for applications with extreme requirements in terms of height, safety and charging speed. The cells are available from a thickness of around 0.1 millimeters, can be fully charged in around one minute and function stably even at temperatures of up to around 150 degrees Celsius.

    Thanks to their all-solid-state architecture, they do not require liquid electrolytes, making them less of a fire hazard and allowing very fast charging without additional buffer capacitors. Target markets are small networked devices such as smart labels, wireless sensors, wearables and medical technology applications, where conventional batteries are often too bulky or too slow.

    Silent cooling for high-performance computers
    Ionic Wind is showcasing a Lenovo ThinkPad T14 at CES that is cooled using solid-state ionic wind technology rather than a fan. Instead of mechanical fans, electric fields generate a directed airflow that dissipates heat without moving parts and virtually silently.

    This technology turns air into an electrically controllable design parameter and opens up design scope for laptops, edge AI devices and compact electronics where conventional fans reach their limits. In addition to noise reduction, Ionic Wind promises greater reliability because it eliminates mechanical components that are prone to wear.

    Printed perovskite solar cells
    Perovskia Solar is continuing its presence at CES and showcasing inkjet-printed solar cells based on perovskite materials. The cells can be customized and integrated into a variety of electronic devices and sensors – such as small appliances, wearables or autonomous IoT sensors.

    Perovskite solar cells are characterized by high efficiency at low manufacturing costs and great design freedom. The company demonstrates how energy generation can be integrated directly into device surfaces, which reduces the load on batteries and enables new, energy-autonomous applications.

    Significance for Empa and Switzerland as a hardware location
    The joint presence of BTRY, Ionic Wind and Perovskia Solar at CES shows that Empa is not only conducting basic research, but is increasingly producing deep-tech start-ups that are scaling up in global markets. The projects address areas in which incremental improvements are reaching their limits, such as battery technology, electronic cooling and photovoltaics.

    Empa and Switzerland are thus distinguishing themselves as a location for hardware innovations that flow directly into industrial applications. The start-ups combine scientific excellence with international visibility, customer validation and global growth ambitions, shifting the focus from “research in the lab” to “products on the world stage”.

  • Interdisciplinarity as the key to innovation in the construction industry

    Interdisciplinarity as the key to innovation in the construction industry

    Students from the fields of architecture, engineering, building technology, geomatics, IT and sustainability management come together on the programme. This diversity opens up new perspectives, but also demands openness and a willingness to learn. Different ways of thinking, specialised languages and priorities must be brought together to achieve a common goal. The attitude is crucial. Those who are prepared to listen, learn from each other and build trust create space for genuine innovation.

    Communication as the foundation
    Without precise communication, even the best technology will fail. Even a term like “model” can be understood completely differently depending on the discipline. In this training programme, students learn to consciously address such differences, develop a common vocabulary and avoid misunderstandings. Collaborative platforms such as Miro or model-based data rooms support the process, but are no substitute for face-to-face dialogue. Only when language, visualisation and digital tools are intelligently combined can a common understanding be created.

    Structure creates trust
    Transparent roles, clear responsibilities and comprehensible processes form the backbone of successful teams. They prevent duplication of work, promote initiative and provide security so that teams can take responsibility. The programme trains this attitude in practical projects in which students take responsibility, give feedback and reflect. This builds trust, the prerequisite for productive flexibility.

    Thinking beyond disciplinary boundaries
    Interdisciplinarity means thinking outside the box and adopting new perspectives. This creates learning spaces in which technical expertise, digital methods and project management intertwine. Students learn to make data-based decisions, integrate sustainable goals and think about people in the process.

    This combination of attitude, structure and communication turns diversity into a strength and interdisciplinary collaboration into a driving force for innovation in digital planning and construction.

  • Digital brokerage platform expands offering in the skilled trades market

    Digital brokerage platform expands offering in the skilled trades market

    QuinStreet will integrate HomeBuddy into its offering. The California-based company has announced that it intends to use the SIREN GROUP’s brokerage platform from the canton of Schwyz to add “an important new product line” to its Modernise Home Services platform. The aim is to enable trades companies to achieve “predictable, sustainable business growth”.

    QuinStreet also believes that this acquisition will result in an increase in adjusted EBITDA of an estimated £30 million or more in the first twelve months. After that, “already identified synergies” are expected to come into play and lead to “significant growth”. According to the information provided, HomeBuddy generated revenue of approximately $141 million in the twelve months to 30 September 2025.

    To achieve the targeted growth, QuinStreet will pay SIREN GROUP $115 million in cash upon closing and an additional $75 million over a four-year period under a share purchase agreement. Further details of the transaction will be provided with the financial results for the first two quarters of 2026, according to the information provided.

    QuinStreet expects HomeBuddy to expand its network with new repair and renovation professionals and increase its customer base to more than 2,000 businesses and regional professionals from 30 demanding industries. In addition, HomeBuddy is expected to further strengthen QuinStreet’s foundation for delivering new products and services, most notably the 360 Finance marketplace for financing home renovations.

  • Where the construction and real estate world is building its future

    Where the construction and real estate world is building its future

    Swissbau 2026 is more than just a trade fair. It is a seismograph of an industry in upheaval. Climate change, the energy crisis, scarcity of resources and a shortage of skilled workers are coming up against the rapidly advancing digitalization of the construction and real estate industry.

    the focus is on questions that will determine the future viability of a company today. How can we plan and build in a circular way? How can buildings become more energy-efficient and resilient? And how can digital tools be used to make processes simpler, more transparent and more collaborative? From design to operation.

    At the same time, there is growing pressure to visibly implement sustainable answers in projects, processes and products. Swissbau brings these topics together in a shared experience space where strategies, solutions and practical examples come together.

    focal points and highlights
    The trade fair sets clear focal points in terms of content. These include climate and energy, circular economy and materials, digitalization and collaboration as well as architecture and quality of life in the built environment. These topics will be presented in a practical and condensed manner in stage formats, guided tours and live demonstrations.

    highlights include premieres of new systems, materials and technologies that bring resource-saving construction and energy-optimized buildings to life. Live demos will show how digital planning, model-based collaboration and robotic production are changing the construction site and what opportunities this presents for efficiency, quality and occupational safety.

    how digital is Swissbau?
    Digitalization is no longer a stand-alone area, but runs as a common thread through the entire Swissbau. The focus is on end-to-end processes, from digital planning and BIM-supported collaboration to data rooms that connect planning, construction and operation.

    Platforms, tools and applications that make building data usable and thus contribute to more efficient project management, better decision-making and smarter operation will be presented at the trade fair. The physical trade fair will be complemented by an expanded digital presence that offers a program overview, streams of selected formats and extended dialogue opportunities before and after the trade fair days.

    The result is a hybrid knowledge and networking platform that goes far beyond the classic trade fair visit and enables companies to make their digitalization journey visible and think ahead.

    swissbau Focus Stage for dialog
    Swissbau Focus forms the heart of the trade fair in terms of content. In curated talks, panels and specialist events, associations, companies, universities and authorities discuss key issues relating to the future of the construction and real estate industry.

    The focus here is on framework conditions, strategies and specific responsibilities. How is the regulatory framework developing? What incentives are needed for climate-friendly and circular construction? What role do the public sector, real estate sector and industry play in the interplay?

    The character of the event is deliberately dialog-oriented. The focus is on exchange rather than frontal presentations, on controversial perspectives rather than one-sided product messages. This makes Swissbau Focus a place for managers and experts to sharpen their positions, form alliances and gain impetus for their own strategy

    Swissbau Lab and live craftsmanship
    While Swissbau Focus focuses on discourse, Swissbau Lab brings innovations to life. In a mixture of workshop, stage and laboratory, start-ups, established industry partners and educational institutions present new solutions. From digital tools and circular materials to pioneering construction processes.

    Formats such as the Main Stage, the Speakers Corner and thematic sessions focus on short, condensed inputs, best practices and direct exchange with the participants. This creates a field for experimentation in which new ideas can be tested, discussed and further developed. Close to practice, open to criticism and cooperation.

    At the same time, Treffpunkt Handwerk shows how much the building trade itself is changing. A two-storey timber house will be built live and companies will demonstrate work processes, tools and materials in operation. Digitalization, prefabrication and precision will be directly visible here, from smart tools to networked construction sites.

    Training, networking and safety
    A central concern of Swissbau 2026 is securing the next generation of skilled workers. Professional and industry associations, schools and training providers use the platform to showcase training paths, specializations and career opportunities. As well as to strengthen the dialog between young talent, companies and educational institutions.

    Networking runs through the entire trade fair. Lounge areas, themed meeting points and curated events offer space to initiate projects, deepen partnerships and forge new coalitions around the topics of climate, energy, digitalization and security.

    The topic of safety is broadly understood. From occupational safety on the construction site to building safety and resilience through to stable, trustworthy digital infrastructures. Swissbau 2026 shows that if you want to shape the future of construction, you not only need good products, but above all strong networks, shared knowledge and the courage to break new ground

    Trade fair dates and address
    Tuesday to Friday, January 20 to 23, 2026:
    9 a.m. to 6 p.m.
    All halls

    Saturday, January 24, 2026:
    9 a.m. to 4 p.m.
    Hall 1.2 and Hall 1.0 South
    Trend World Interior Design and Swissbau Focus
    www.swissbau.ch

  • Fresh capital for data-based planning in the construction industry

    Fresh capital for data-based planning in the construction industry

    The Zurich-based start-up vyzn has successfully completed its seed financing round. According to a press release, this was led by the venture capital companies Spicehaus Partners from Zug and Kiilto Ventures, part of the Kiilto chemicals group based in Finland. Other strategic investors from the construction and real estate sectors were also involved. The amount of the newly raised capital is not disclosed. The capital is now intended to pave the way for expanding the portfolio and driving growth.

    The spin-off from the Swiss Federal Institute of Technology in Zurich(ETH) is led by the founding team, which includes CEO Adrian Henke, CTO Romana Rust, COO Martino Tschudi and CCO Michael Sinniger. The aim is to transform the planning of new construction and renovation projects with the help of data-based analyses. And soon, it is said, the vyzn software will cover more than just life cycle assessment and energy efficiency and enable early, precise and cost-effective planning iterations. The integration of data on recyclability, cost estimation and thermal comfort has also been announced. The basis for this is a recent technological breakthrough: vyzn can now automatically convert architectural models into fully simulatable 3D models.

    Growing demand from European markets is emphasized. Expansion into Germany is imminent; the vyzn software is set to be used by the first customers there as early as the beginning of 2026. The start-up is also looking to expand its team with a view to further expansion. Customers already include over 50 companies such as Zurich Airport, Implenia, Halter, Pensimo and Amstein-Walthert.

    “With vyzn, we are breaking down the data silos in planning,” says vyzn CEO Adrian Henke. “Our customers use our platform to resolve the contradiction between economical and sustainable construction.”

  • PV flexibility becomes a new source of income

    PV flexibility becomes a new source of income

    Switzerland is pursuing ambitious solar targets and is planning to increase PV electricity production fivefold. On sunny days, however, surpluses overload the grids, which is why the 3% rule allows distribution grid operators to throttle systems by up to 30 percent of their output without compensation. sun2wheel and convoltas are reversing this principle. They bundle PV systems into a virtual power plant and market the flexibility in Swissgrid’s balancing energy market. Instead of suffering losses, operators receive premiums for targeted feed-in reductions.

    20 percent increase in yield
    In the current Swissgrid pilot project PV4Balancing, the system has been delivering impressive figures since June 2025. Operators generate around CHF 10 in additional income per installed kilowatt, which corresponds to a 20% increase in yield. Throttling only takes place for 4 to 8 hours a month, mostly at weekends or in changeable weather conditions. “Our customers earn more with flexibility than with pure feed-in,” emphasizes Fabian Gloor. More than 100 large-scale systems have already been contracted.

    AI-controlled virtual power plant
    The companies are the first providers to offer PV flexibility outside of the pilot on the balancing energy market. AI-based software recognizes surplus times, controls systems in minutes and integrates medium-sized systems without expensive sensors. “We network PV systems, storage systems and e-charging stations to create a flexible energy system,” explains CEO Sandro Schopfer. In future, small systems for single-family homes will also be included.

    Grid stability meets solar yield
    The solution supports the 3% rule by automatically diverting production peaks to storage systems or e-vehicles. Grid operators receive stability, PV operators additional income and solar production grows without grid overloads. The “profit-plus” model shows how technological innovation and market mechanisms are driving the energy transition forward. Flexibility is becoming the new currency that makes solar systems more economical and grid-friendly.

  • Flexible billing systems strengthen local energy communities

    Flexible billing systems strengthen local energy communities

    The software company zevvy AG and Elektrizitätswerk der Stadt Zürich(ewz) are joining forces for electricity billing solutions. In future, ewz will also use the flexible billing platform, which calculates energy flows in multi-party buildings and neighbourhoods, as detailed in a press release. The zevvy software enables the billing of solar power for self-consumption (ZEV), virtual ZEVs (vZEV), tenant electricity and local electricity communities (LEG), as well as heating and water costs and charging stations for electric vehicles. In future, the platform will be used as a white label, i.e. under the ewz logo.

    According to the press release, ewz benefits in particular from the software’s integration capability, which can be used with various building technology systems, monitoring platforms, smart home providers and Internet of Things (IoT) solutions. This versatility enables a flexible system architecture for future energy services and reduces lock-in effects. This makes it more difficult to switch to other providers or systems.

    “We are delighted that other partners from the zevvy ecosystem are contributing to our success. The software enables work in the client system. For example, dSyde SA supports French-language projects and Prola Services GmbH helps with the initial migration effort,” says Cyrill Burch, CEO of zevvy.

    The background to the partnership is the increasing importance of shared solar power and the associated services and technologies. For example, active energy management in solar energy communities and the concept of local energy communities), which will be introduced in January 2026, require new solutions. Ewz wants to use the zevvy software to expand its range of energy billing services for property portfolios.

  • Swiss premiere in building automation

    Swiss premiere in building automation

    Today’s modern buildings are highly complex systems. They combine heating, cooling, ventilation, lighting, security, photovoltaics and storage solutions to form an integrated whole. Building automation ensures that these components work together optimally, with less energy consumption, more stable operation and greater comfort. In the context of the Energy Strategy 2050 and the decarbonization of the building stock, the need for specialists who understand both technology and data and system logic is growing rapidly. The state recognition of the Building Automation HF course takes this need into account and creates a clearly defined, quality-assured career path

    First state-recognized Building Automation HF in Switzerland
    sfb in Dietikon is the first university of applied sciences in Switzerland to successfully pass the recognition procedure of the State Secretariat for Education, Research and Innovation for its Building Automation HF course. The degree is thus federally recognized and embedded in the formal education system. According to the school management, this guarantees training that is geared towards the current requirements of the industry, standards and regulation and remains compatible in the long term. At the same time, the recognition strengthens the visibility of the profession vis-à-vis building owners, planning offices, energy suppliers and the real estate industry

    Practical profile from energy efficiency to building informatics
    In terms of content, the course has a clear practical focus. It teaches specialist skills in energy efficiency, building IT, networked systems and modern automation solutions. From sensor and control technology to data analysis and optimization in operation. The aim is to train specialists who can support the entire life cycle of smart buildings, from planning and design, project management, commissioning, operation, maintenance and ongoing optimization. This broad qualification creates the basis for sustainable, economical building solutions and enables companies to reduce operating costs, emissions and failure risks

    Specialists for the digital transformation in the building sector
    Building automation specialists HF work at the interface between technology, IT and operations. They understand building technology systems as well as data rooms, interfaces and security requirements. For companies in the fields of building technology, energy, facility management and real estate development, this means a tangible competitive advantage. They gain access to specialists who are proficient in the latest technologies and can also actively drive forward the digital transformation of buildings. According to sfb, it is precisely this profile that is in demand when it comes to putting smart building and net zero strategies into practice

    Course structure and target groups
    The recognized course is aimed at specialists with relevant basic vocational training in the electrical, HVAC, building or IT professions. In six semesters, the course leads to the final thesis and the protected title of “Certified Building Automation Technician HF”.

  • Training offensive for networked building technology

    Training offensive for networked building technology

    The sfb is the first university of applied sciences in Switzerland whose Building Automation HF course has successfully completed the recognition procedure of the State Secretariat for Education, Research and Innovation (SERI). “This guarantees the highest quality, state-recognized qualifications and training that meets the current requirements of the industry,” said sfb Director Dorothea Tiefenauer in a press release. The demands placed on modern buildings are constantly increasing, it continues. The sfb – College of Technology and Management can now respond even better to the great demand for qualified specialists thanks to the recognition of the course.

    According to the description, the course content is consistently geared towards practice. Knowledge of energy efficiency, building IT, networked systems and modern automation solutions is taught. The aim is to qualify students for the planning and implementation, but also the operation and maintenance of complex, smart networked buildings. According to sfb, this range creates the basis for sustainable and long-term economical building solutions. For companies, this development of expertise means a decisive competitive advantage, it says. Graduates are specialists who are not only proficient in current technologies, but can also actively shape the digital transformation.

    The course takes students who have completed relevant vocational training to complete their thesis in six semesters. Graduates are ultimately awarded the title of qualified building automation technician HF. The sfb organizes information events to provide an insight into the content and structure of the course. Both individuals and companies are invited to attend.

  • Million-euro financing accelerates autonomous construction site technology

    Million-euro financing accelerates autonomous construction site technology

    Venture capital firms from three continents have invested in Gravis Robotics: The spin-off of the Swiss Federal Institute of Technology in Zurich, founded in 2022, has raised 23 million dollars in an early financing round, according to its information.

    The round was led by the venture capital companies IQ Capital from London and Zacua Ventures from San Francisco. Pear VC from Palo Alto, California, Imad Ventures from the Saudi Arabian capital Riyadh, Sunna Ventures from Miami and the Zurich-based company Armada Investment as well as the globally active cement manufacturer Holcim from Zug also participated.

    Gravis Robotics offers autonomous earthmoving machines that combine artificial intelligence, machine vision and human interfaces to increase throughput, reduce waste and improve safety on construction sites, whether the operators are in the cab or coordinating the work remotely.

    With the recent funding, Gravis now has the technology, partnerships and global distribution channels across the industry to drive the adoption of true autonomy on a large scale, the company said. In addition, it also announced “a wave” of new industry partnerships. For example, Gravis Robotics has partnered with Taylor Woodrow in the UK on a major infrastructure project at Manchester Airport, carrying out the first autonomous excavation work on a major active construction site in the country. There are also agreements with Holcim and the South Korean company HD Hyundai.

    The fastest route to autonomy is through increasing productivity, CEO Dr. Ryan Luke Johns is quoted as saying. “By providing operators with real-time 3D intelligence and the ability to seamlessly switch between autonomy and advanced control, we are covering more of the work, accelerating the application and creating the data pipeline needed to learn new skills from the industry’s most challenging tasks.“ The company considers it an advantage to have its Zurich headquarters “at the heart of the renowned robotics and automation ecosystem”.

  • Selection of future-oriented start-ups strengthens digital property development

    Selection of future-oriented start-ups strengthens digital property development

    A total of 95 young companies applied for Swiss Prime Site ‘s 27th Accelerator Programme. of these, 21 were allowed to present themselves and eight reached the final. Four of them have now been selected to work with the property company, according to a press release from Venturelab. The Schlieren-based start-up promoter is working with Swiss Prime Site on the programme and is conducting the associated workshops.

    The winning companies are Jurata AG, Legartis Technology AG, Optiverse AG and Epic Fusion AG. All four are active in the field of artificial intelligence (AI), the focus of the current Accelerator programme. Jurata develops solutions for law, accounting and taxes, Legartis for contract review and analysis. Optiverse is working on using AI to make meetings more efficient, while Epic Fusion is optimising workplaces.

    “I was really impressed with the quality of the presentations. Each project was well prepared and professionally presented, with a clear business case for Swiss Prime Site,” said Victor Wolff Casado, Digital Project Manager at Swiss Prime Site. “Venturelab’s unique start-up network and expertise help us to drive innovation in a systematic and fast process.”

  • Advantages of intelligent building systems

    Advantages of intelligent building systems

    Porter, telephone operator and elevator operator – three examples of professions that used to be essential for the operation of buildings, but are now largely extinct. Access control, telecommunications, lifts and many other areas have long been automated. With digitalization, real estate is increasingly developing in the direction of “smart buildings”. A look at building automation shows what benefits this can bring and to what extent it also poses challenges.

    Networking trades
    Digitalization enables building automation to combine previously largely autonomous trades into a networked system. Continuous data exchange and optimized processes increase convenience for users as well as energy efficiency. In practice, however, this integrated approach is still associated with certain challenges, says Turan Babuscu, Head of Automation at Siemens Switzerland. “The coordination between the trades often takes place too late in a construction project.” This concerns, for example, the definition of interfaces and the clarification of responsibilities – topics that should be discussed as early as possible in the planning phase. “Only if integral collaboration is clearly defined from the outset can digitalization develop its full potential,” emphasizes Babuscu.

    Greater efficiency, more comfort
    The benefits of successful integrated building automation can be seen in operational efficiency, for example. If data is systematically recorded and evaluated, energy consumption can be reduced, faults detected at an early stage and needs-based maintenance cycles developed. The technical building systems thus require less energy and have a longer service life – two aspects that are of interest to owners and operators for both ecological and economic reasons.

    To ensure that all building services are networked and coordinated in a building automation system, the topic must be included at an early planning stage. (Photo: Siemens Switzerland)

    For users, on the other hand, the focus is primarily on the greater convenience that integrated building automation allows. One example of this is the adjustment of room temperature, lighting and air quality according to use, time of day and occupancy, resulting in a healthier and more productive indoor climate.

    AI provides support
    Babuscu predicts that the networking of different systems within a building will continue to increase in the coming years. “This requires open, secure protocols such as BACnet/SC or KNX Secure, which enable obstacle-free, encrypted communication between the trades and the cloud services.” And what about artificial intelligence (AI)? “It already has a firm place in building automation,” says Babuscu. “Many systems use learning algorithms to understand the building’s behaviour and optimize it automatically.” This development is set to continue. In future, AI is likely to increasingly make decisions itself, for example by determining the best operating strategy or the optimum time for maintenance. It is important that the use of AI is transparent, comprehensible and safe in order to gain the acceptance of those involved.

    Further information:
    https://www.swissbau.ch/de/c/vorteile-von-intelligenten-gebaeudesystemen.74100

  • All the world’s buildings in a 3D model

    All the world’s buildings in a 3D model

    The GlobalBuildingAtlas comprises around 2.75 billion digital building models, making it the most comprehensive collection of spatially explicit building data to date. It includes all buildings for which suitable satellite images were available in 2019. The 3D models have a spatial resolution of 3×3 meters and are therefore around 30 times finer than previous global data sets. The atlas was developed by a team led by Prof. Xiaoxiang Zhu, holder of the Chair of Data Science in Earth Observation at TUM, which combines remote sensing, artificial intelligence and data-driven urban research in a global approach

    Detailed 3D models and global coverage
    Of the 2.75 billion entries, standardized LoD1 3D models are available for around 2.68 billion, which depict the basic shape and height of the buildings in simplified geometry. This allows volumes to be calculated, urban structures to be analyzed and settlement patterns to be compared worldwide. Of particular importance is the systematic coverage of previously underrepresented regions such as Africa, South America and rural areas, which are now captured with the same accuracy as dense metropolitan areas

    Tool for planning, climate and risk
    The data makes it possible to examine growth dynamics in fast-growing cities, identify high-density neighborhoods with potentially strained living space and determine infrastructure requirements more precisely. Researchers and administrations can thus develop indicators that show where the expansion of transport, energy and water networks, additional housing or climate adaptation measures are particularly urgent. At the same time, the GlobalBuildingAtlas creates a globally standardized reference system that allows analyses of urbanization, energy consumption and disaster risks on a comparable data basis.

  • Transparency in three dimensions – How geodata can help the property industry

    Transparency in three dimensions – How geodata can help the property industry

    Densification, climate adaptation and increasing regulatory density pose new challenges for the property industry. At the same time, digital geodata opens up a holistic view of space. With the 3D viewer MapBS 3D, the PLR cadastre and property information, digital tools are available in the canton of Basel-Stadt that help owners, developers and investors to sharpen their view of the canton and its properties.

    MapBS 3D – City and buildings as digital twins
    What was previously only recognisable on plans can now be experienced in three dimensions in the browser:

    – Basel as a digital 3D city model with buildings
    buildings, terrain and trees.
    – 3D aerial images and oblique aerial images for a
    photorealistic view of the canton.
    – The buildings can be filtered by height, for example,
    and the data can be freely obtained and
    integrated into customised applications.
    – The toolbox can be used, for example, to simulate shading over the course of the year or visibility axes.

    This makes a location spatially comprehensible. Whether an extension is realistic, how a new building fits into the silhouette or which visual axes are affected – initial answers are just a few clicks away.

    You can quickly recognise how a property fits into the urban context and where potential lies dormant. This makes MapBS 3D a valuable tool – not only for planners, but also for decision-makers.

    The PLR-cadastre – Legal certainty at a click
    Anyone who develops or acquires must know what applies. The PLR-cadastre – the abbreviation stands for public-law restrictions on ownership – bundles relevant specifications for a property: building zones, protected areas, noise or water protection, etc.

    In Basel-Stadt, the cadastre currently covers over twenty subject areas, available online and also as a PDF extract. It is always up to date. This allows risks to be recognised at an early stage and legal framework conditions to be checked efficiently – an advantage that should not be underestimated in times of complex planning processes.

    What else is possible?
    If PLR topics are superimposed in MapBS 3D using the “Add layer” tool, a digital decision space is created.

    Other interesting topics can also be found in the cantonal WebGIS MapBS. There you can use the “Property information” tool to call up information on a property and its buildings directly. The same information can also be automatically integrated into your own applications using an API.

    All of this can be used, for example, to check whether a building intention conforms to the zoning plan or whether noise might make residential use unfavourable. This creates clarity and avoids misunderstandings. In this way, complex knowledge becomes spatially visible and it is easier to recognise location qualities, risks and scope for development.

    What is planned for the future?
    With twinbs, the Canton of Basel-Stadt wants to make geoinformation even more transparent and reliably accessible in the future. The full potential of spatial data is to be utilised. The Geoinformation Centre regularly collects feedback from users. Anyone with questions about MapBS 3D, the PLR cadastre or geodata in general is welcome to contact them directly.

  • Video technology improves occupational safety on construction sites

    Video technology improves occupational safety on construction sites

    Zurich North America and Zurich Resilience Solutions (ZRS), the risk manager of insurer Zurich, will require the use of Arrowsight technology on all Zurich-insured construction completion projects in New York City. Arrowsight, based in Katonah, New York, focuses on video-based behavior modification and coaching analytics to improve jobsite safety and reduce workplace accidents.

    The background to the collaboration announced in a press release is a three-year pilot program in which Arrowsight video analysis and coaching was applied to eight major construction projects and one complex civil engineering project. Compared to twelve construction projects on which the safety technologies were not used, the Arrowsight work resulted in 50 percent fewer workplace accident reports.

    “Increasing worker safety while reducing risk and potential fraud with our cost-effective video equipment is a milestone for the industry. The reduction in the frequency and cost of claims is a direct result of compliance with workplace safety regulations – from 70 percent before the introduction of Arrowsight to 97 to 100 percent after using our technology,” Adam Aronson, founder and CEO of Arrowsight, is quoted in the press release. “We have been working with Zurich and Arrowsight on a major project in New York City since 2024 and are very pleased with how few claims we have had so far,” says Deborah Broom, VP Risk Management at Tutor Perini Corp, a participating construction company.

    Arrowsight will operate throughout the US as the exclusive provider of camera-based construction site technology for Zurich North America. Zurich Resilience Solutions will be the exclusive risk management service provider for Arrowsight.

  • New digital solutions for the real estate market

    New digital solutions for the real estate market

    SMG Real Estate, part of the SMG Swiss Marketplace Group, is expanding its portfolio with the acquisition of the Swiss business of immoverkauf24 from Hamburg. According to a press release, the acquisition particularly strengthens the digital acquisition of properties for sale. With this step, SMG Real Estate is strengthening the business base of partnered real estate agents and creating new opportunities to broker real estate more efficiently.

    The integration of www.immoverkauf24.ch-Portals will take place as part of an asset deal, meaning that employees will not be taken over or integrated. The real estate platform’s business in Germany and Austria will continue unchanged. According to the press release, the background to the takeover is the highly competitive Swiss residential market, particularly for owner-occupied homes for sale. Acquiring mandates is “more important than ever” for real estate professionals, but is also associated with increasing competition for contacts for prospective sellers.

    “With immoverkauf24, we are adding another piece of the puzzle to our existing platform portfolio. The platform fits seamlessly into our strategy of providing real estate agents with the best digital tools throughout the entire marketing process – from the acquisition of new sales mandates to successful completion,” says Martin Waeber, Managing Director of SMG Real Estate

    SMG Real Estate already operates ImmoScout24, Homegate and Flatfox. It is part of the SMG Swiss Marketplace Group, a network of digital marketplaces operated by TX Group, Ringier and Mobiliar.

  • Frauenfeld integrates old town car park into Smart Parking

    Frauenfeld integrates old town car park into Smart Parking

    The city of Frauenfeld is expanding its Smart Parking system to include the Altstadt multi-storey car park. The city has now announced this. To this end, it has been equipped with sensors that display free parking spaces in the Regio Frauenfeld app. The pilot project was launched in 2023 and continued in 2024 following a comprehensive evaluation. It now comprises a total of six car parks and 24 cameras.

    Occupancy is recorded there every two minutes and visualised on the app. This should enable road users to find a free parking space more quickly and benefit from smoother traffic flow.

    The Altstadt multi-storey car park is the only one not equipped with cameras. It is owned by Wohnpark Promenade AG and managed by Tobler Immobilien AG. A one-year trial operation was agreed with the managers of both companies. The underground car park offers 66 parking spaces in a central location.

    Following the renovation of the Passage shopping centre, its multi-storey car park with around 260 parking spaces will also be connected. The construction work should be completed by the end of 2027.

    Frauenfeld’s smart parking concept is based on a project by the Innovation Sandbox for Artificial Intelligence in the canton of Zurich. Parquery AG from Zurich, a spin-off from the Swiss Federal Institute of Technology in Zurich(ETH), used image recognition to efficiently record and analyse car park occupancy in real time.

  • Innovation impetus for the construction and property industry

    Innovation impetus for the construction and property industry

    Professor Adrian Wildenauer is to become the new head of the Centre for Smart Building & Real Estate at the Zurich University of Applied Sciences(HWZ). The centre will become part of the newly created Department of Banking & Finance, Controlling and Real Estate, according to a press release. The department will begin its work in January 2026 and will be headed by Nadine Rusch-Schenker.

    By taking on the new role, Adrian Wildenauer wants to play an active role in shaping the further development of the construction and real estate industry. He is currently a professor of digital construction at Bern University of Applied Sciences(BFH). Previously, he worked at SBB AG as Head of BIM Standardisation & Industry Activities and in other management positions in the real estate sector. His research focuses on the areas of Building-as-a-Service and digital construction.

    “With Adrian Wildenauer, we are gaining an internationally networked expert who combines theory and practice in a unique way. His work on smart building, digital twins and data-based services strengthens the innovative power of the HWZ in the field of real estate management,” said Brian Rüeger, Rector of the HWZ, in the press release.

  • Expansion of the company site for future growth

    Expansion of the company site for future growth

    HKG, a company specialising in building technology and energy consulting based in Aarau, is moving to new premises in Baden. From 1 March 2026, it will be operating from its site at Täfernstrasse 14a in the Dättwil district of Baden. HKG is currently still looking for additional employees for the new location, as detailed in a press release. The new offices are described as a “state-of-the-art workplace with light, space and a feel-good atmosphere” as well as a “workplace of the future” with a roof terrace, focus zones and modern infrastructure.

    Founded in 1978, Herzog Kull Group Holding operates in various fields of electrical engineering. These include electrical engineering, building automation, building IT and security, as well as consulting, energy, digitalisation and overall planning. While Herzog Kull Group Holding is headquartered in Rotkreuz, companies belonging to the group such as HKG Engineering and HKG Consulting are based in Aarau.

  • Digital twin makes the invisible visible

    Digital twin makes the invisible visible

    At the heart of the project is a digital co-pilot that acts as an intelligent assistant and supports restoration decisions. Laser scans and photogrammetric images are used to create a precise 3D twin of the cathedral, supplemented by detailed data on each stone. Age, material composition and condition are scientifically documented

    At the same time, the mechanical loads in the building are simulated using methods such as Thrust Network Analysis. Damage is not only visible, but also localized in space and its development can be traced. The XR technologies show restorers, engineers and architects interactive holograms directly on the original building

    Climate as a challenge
    The ETH Zurich team correlates local weather extremes such as wind-driven rain with the real damage patterns on the sandstones. Sensors measure humidity and microclimate; the data obtained flows into models that predict future developments in the event of increasing climate change. This results in strategies for the long-term preservation of the building fabric, adapted to the individual climatic stresses at the location

    New standards for buildings worldwide
    The “Heritage ” project is a role model for digitalization in heritage conservation. The combination of digital twin, XR and AI is transferable to bridges, castles and other historic buildings. The public app for the anniversary of the cathedral communicates restoration work to visitors in a transparent and participatory way. Monument conservation not only becomes more efficient, but can be experienced by everyone.

  • Smart access solutions

    Smart access solutions

    Salto was founded in 2000 in the Basque Country with the vision of developing flexible and wireless access systems. The company quickly grew into an international group of companies with over 1,850 employees and more than 100,000 installations at 10 million access points. Today, the industry leaders Gantner and Vintia are also part of the “Salto Wecosystem”

    Pioneering technologies and continuous milestones
    The Salto Virtual Network, a virtual, highly secure locking system, revolutionized the industry back in 2002. The introduction of Salto Wireless in 2008 laid the foundation for wireless, real-time networked access control. A milestone for large-scale projects and flexible building structures. With JustIN Mobile, Salto launched mobile access solutions back in 2015 and further developed access management with cloud platforms

    New solutions for the future
    2025 With XS4 Face, Salto is focusing on biometric access control via facial recognition and combining this with mobile user registration. The new ID management system Salto IDM expands the portfolio with comprehensive identity management functions. Continuous product series and functional enhancements ensure that the company keeps its finger on the pulse

    User-centered design and global partnership
    Salto remains a driver of innovation, driven by user-centered design, reliability and social responsibility. The solutions provide secure and convenient access to over 40 million people every day, from educational campuses to healthcare and large companies. The anniversary underlines the company’s ambition to continue offering open, secure and smart access experiences for the connected world.

  • Circular construction as the new standard in the canton of Zurich

    Circular construction as the new standard in the canton of Zurich

    The Canton of Zurich ‘s Real Estate Office and Building Construction Office is systematically integrating the principles of circular construction into its processes with the help of the Circular Hub as a platform for the circular economy. This initiative goes back to the circular economy strategy published in 2024. According to a Circular Hub press release, the Community of Practice format entitled “KreislaufLAB – Planning and Building for Zurich’s Future” was established for this purpose. The aim is to sustainably anchor the necessary knowledge in the existing roles of cantonal property management. According to the project description, Circular Hub has taken on the conception, moderation and impact measurement of the format in close collaboration with cantonal managers. Internal anchoring is also supported by a communication strategy.

    Expertise and practical examples should make it easier to plan and implement circular construction. Specifically, topics such as deconstruction, material selection and life cycle thinking play a central role. “This creates a lively network in which knowledge is shared and anchored in concrete application aids. This is how impact can become visible,” is how Circular Hub describes its approach.

    Specifically, there will be five interactive workshops combining expert input, panel discussions and practical group work. As a result, practical tools and application aids will be developed. Internally, the process will be flanked by bulletins and a closing event, among other things. Ultimately, an impact assessment will provide information on how competences have been developed and the principles of the cycle have been anchored.

  • Digital twins are shaping the industry of tomorrow

    Digital twins are shaping the industry of tomorrow

    At the NVIDIA GTC in Washington, Siemens and NVIDIA presented a new type of AI-based system architecture that links the Siemens Xcelerator portfolio with the NVIDIA Omniverse platform. This “industrial tech stack” enables digital twins that visualize, simulate and optimize factories in real time. This creates a foundation for the industrial metaverse. A networked ecosystem that seamlessly brings together design, operation and energy supply.

    The new solution dramatically accelerates planning and engineering processes. Factory layouts can be simulated and adapted in just a few hours instead of weeks. AI-driven workflows make data-based decisions and increase precision, efficiency and sustainability.

    Chip-to-grid end-to-end industrial value creation
    At the heart of the approach is the “chip-to-grid” value chain, which integrates semiconductor design, factory operation, energy supply and building technology. It ensures that power, cooling and computing power function as a unified system, whether for new buildings or existing modernizations. With the help of AI-based simulation, operators can optimize production facilities in months rather than years.

    This integrated approach corresponds with the blueprint for “AI Factories” with gigawatt capacity. Together, the two companies are setting new standards for efficiency, scalability and energy intelligence in AI data centers and production facilities.

    Industrial AI as a driver of innovation
    With this cooperation, the two companies are underlining the global upheaval in manufacturing. Digital twins, AI automation and real-time simulation are becoming the basis for new industrial intelligence.

    By merging planning, engineering, energy and building management into one platform, companies have a tool that streamlines complex processes, conserves resources and accelerates innovation. A clear step towards self-optimizing industrial environments.

  • DACH region creates platform for energy innovation in Europe

    DACH region creates platform for energy innovation in Europe

    Universities, start-up ecosystems and energy companies from Germany, Austria and Switzerland have set up a European platform for energy innovation. One top university and one energy company from each country will be represented at the Energy Launchpad, the UnternehmerTUM start-up centre from Garching near Munich, which is part of the platform, announced in a press release.

    Switzerland is represented by the Swiss Federal Institute of Technology in Zurich and Energie 360° from Zurich. The Vienna University of Technology and VERBUND AG are from Austria, while the Technical University of Munich and EnBW Energie Baden-Württemberg AG are from Germany.

    The platform, which is designed as an open network, aims to promote European technologies and start-ups. Next year, the focus will be on artificial intelligence and quantum computing. “With the Energy Launchpad, we are creating space for implementation strength in Europe,” Helmut Schönenberger, founder and CEO of UnternehmerTUM, is quoted as saying in the press release. “Research, industry and start-ups are bringing technologies into application more quickly here – openly, across borders and with a clear focus on impact.” This creates “resilience in the energy system and technological sovereignty for Europe”, says Schönenberger.

    The project was launched on 24 October at a kick-off event in Vienna. From here, the Energy Launchpad will now be travelling through the DACH region. The next stop will be at the Energy Week @ ETH in Zurich on 11 November.

  • Location search for the ETH Swiss GeoLab

    Location search for the ETH Swiss GeoLab

    The ETH Swiss GeoLab is to become an international center for earth observation and data analysis over the next ten years. This will create a place in Lucerne where data from space, the air and the ground will flow together. With the help of artificial intelligence and high-performance computers, forecasts and analyses of natural hazards, climate and agricultural developments will be made possible. ETH Professor Thomas Zurbuchen and ETH Professor Verena Griess will lead the project strategically, while Felix Seidel Caprez will take over the operational management of the center.

    Site selection with clear criteria
    The requirements profile for the site was defined by ETH Zurich and made public. It attaches great importance to optimal conditions for research, cooperation and innovation. A location with modern infrastructure, proximity to universities, companies and authorities is sought. Proposals submitted will be evaluated in the first quarter of 2026.

    Networking and concrete perspectives
    Networking with Lucerne’s education and research landscape is already underway before the location decision is made. Workshops between ETH, regional companies and administrative partners are intended to identify synergies and initiate joint projects.
    “This investment in knowledge and technology is a great opportunity for the canton,” says Cantonal Councillor Fabian Peter, who sees the project as a milestone for Lucerne as a location for innovation.

    Research region with a signal effect
    By 2030, the Swiss GeoLab is expected to employ around 100 people and involve start-ups and industrial partners. The center will not only redefine earth observation, but also strengthen Lucerne’s position as a strong research location in the international innovation network.

  • Further training for modern fire protection expertise

    Further training for modern fire protection expertise

    The Technopark Zurich-based AFC Academy, which claims to be a leader in training and further education in the areas of fire protection, safety and building technology, has developed the BSV 2026 retraining concept, which prepares specialists for the new BSV 2026 fire protection regulations, according to a press release.

    In Module A of the training programme, the academy provides an overview of the key innovations of BSV 2026 at fire protection specialist level and practises drawing up plans and concepts in accordance with the regulations. Module B, on the other hand, teaches the practical application of the new requirements and documentation methods at fire protection expert level.

    According to the AFC Academy, the new fire protection regulations BSV 2026 mark a fundamental change in Swiss fire protection and significantly increase the requirements. Risk-based verifications are replacing standard solutions and make in-depth knowledge of structural, technical and organisational contexts essential. As fire protection is becoming an integral part of architecture, utilisation, operation and technology, it is necessary to work together on all these levels – interdisciplinary thinking is therefore becoming crucial, according to the Academy. In future, clear communication will also be required: specific requirements for documentation, quality assurance and enforcement must be clearly communicated to clients, authorities and project partners.

    The AFC Academy has been offering training programmes for fire protection, sustainable construction, safety and building technology since 2016.

  • Federal Council plans new law for communication platforms and search engines

    Federal Council plans new law for communication platforms and search engines

    Today, the digital space is largely controlled by a few global platforms. Companies such as Meta, Alphabet, TikTok and X operate central communication infrastructures according to their own rules. These corporations not only influence what content is visible, but also how public communication and opinion-forming take place. The Federal Council sees this as a growing risk for democratic debate in Switzerland and wants to counteract this with the new law.

    Protection of users and constitutional procedures
    The core of the regulation is a binding reporting procedure for illegal content. Platforms must enable users to report suspected criminal content such as defamation, abuse or hate speech in an uncomplicated manner. At the same time, providers must justify their moderation decisions in a comprehensible manner, inform those affected and provide internal complaints procedures. Out-of-court dispute resolution should serve as an additional protective measure in cases of conflict.

    Transparency in advertising and algorithms
    In addition to content management, the law also targets the economic and algorithmic power of platforms. It provides for new transparency obligations regarding the labeling of advertising, the use of recommendation systems and the establishment of publicly accessible advertising archives. Authorities and research institutions are to be given access to relevant platform data in future. A step that is not only important in terms of democratic policy, but also in terms of location strategy.

    Legal representation in Switzerland becomes mandatory
    Another point strengthens legal enforcement. Foreign providers without a branch in Switzerland must appoint a legal representative in Switzerland. The draft law thus creates an effective means of obliging global companies to comply with national standards. A measure that creates legal clarity and positions Switzerland as a digital location capable of regulatory action.

    Targeted regulation instead of overregulation
    The law is explicitly aimed at very large platforms only. Defined as services with a monthly reach of at least ten percent of the permanent resident population, i.e. around 900,000 users. This keeps the law focused and proportional without burdening smaller providers or start-ups.

    Consultation and open questions
    The consultation will run until February 16, 2026. Authorities, associations, companies and other interested parties are invited to participate. Particular attention is being paid to feedback on the planned provisions for the protection of minors and the specific structure of the notification procedure.

    A signal for digital location competition
    With the new law, Switzerland is positioning itself in international location competition as a country with clear and fair rules in the digital space. This creates new framework conditions for investors, platform operators and digital business models. Anyone wishing to tap into the Swiss market must focus on transparency, accountability and user rights in future. A decisive step towards a responsible digital ecosystem.

  • Investments boost marketing success

    Investments boost marketing success

    With targeted investments in marketing, cybersecurity and AI innovations, the company is continuously developing its platforms, offering real estate professionals future-proof products and services for a digital competitive edge in the market.

    Marketing power for maximum reach
    Visibility is a decisive factor in real estate marketing. This is why SMG Real Estate invests in marketing activities with its platform brands, which include ImmoScout24 and Homegate, in order to continuously improve reach, efficiency and target group approach. The aim is to lead the most relevant interested parties directly to the advertisements, to strengthen the market opportunities of business customers and to position the two brands as the top real estate platforms in Switzerland in the long term.

    Dedicated marketing experts at SMG Real Estate develop integrated strategies that combine inspiring and attention-grabbing content with target group-specific social media campaigns. Interactive user engagement approaches are used to make property seekers aware of the platform brands in the long term. This ensures that the real estate professionals’ properties are present at exactly the right time on the channels with the widest reach.

    Technological reliability is a key issue
    To ensure all of this, performance is a key issue – after all, hundreds of thousands of Swiss people visit the SMG Real Estate platforms every day and use the daily updated listings for their property search. A team of over 100 tech specialists ensures that the required systems function efficiently, reliably and with the latest technology.

    Security also plays an important role. State-of-the-art protection mechanisms and two-factor authentication (MFA) ensure that customer data is reliably protected. Investments in the stability of the platforms and strict security requirements create the basis for real estate professionals to focus on their marketing ambitions.

    Gaining efficiency with artificial intelligence
    Real estate professionals are also supported by innovative, AI-based functions that take real estate marketing to a new level. They make it possible to display advertisements in a more targeted manner, identify the best times to approach advertisers and use data analysis to increase the relevance and attractiveness of listings. Artificial intelligence is thus increasingly becoming a valuable tool that makes the day-to-day work of marketers and managers measurably easier – from AI-supported ad creation, which saves up to 14 minutes per ad, to the intelligent management of ad performance. In summary, SMG Real Estate’s extensive investments in technology, marketing and security have a clear objective: they offer business customers the best possible return on investment and therefore a competitive advantage in the highly competitive real estate market. Because only those who can sustainably position themselves in the market and stand out will have the best possible marketing opportunities.

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