We’re covering 4 key trends and to keep up with the market you need to be ready to embrace these kinds of new technology. There’s a good chance you’ve already started using some in your own business, but to truly be successful you should start by opening your eyes to everything that is possible.
To support building maintenance and operations in Industrialized Construction (IC), contractors are deploying digital twins of physical assets, processes, and systems. To avoid costly rework, digital twins are used as prototypes that collect real – world data to improve Building Information Modeling – BIM. Traditional design, production, and operation processes can be accelerated and automated with these new technologies, resulting in reduced downtime.
Part of our RIB 4.0 service actually assists with the creation of digital twins and our team helps you deploy and adopt the platform across your organization speeding up digitization and getting the ROI you expect.
Contractors are also using IC to decrease waste costs. The cost of plastic, steel, and other raw materials, as well as fuel, has risen dramatically. Contractors can align themselves with industry trends that apply sustainable and green building methods, consume fewer resources, and have a lower carbon footprint by incorporating new materials through IC and BIM.
For years, the construction industry has relied on 3D data to produce efficient and cost-effective projects. However, the rise of digital twins will be key in taking this to the next level. An accurate virtual model offers engineers data that may be used for future projects – accelerating construction with existing data. The digital twin is able to account for every aspect of the construction process, down to the materials and components used and so is a comprehensive way of modeling a project before starting it.
A digital twin gives the opportunity to integrate sustainability into design goals, at the beginning of the building’s lifecycle, and so can give information about its carbon footprint and energy efficiency before the building begins which allows for quick changes to be made to improve things like CO2 impact.
On job sites around the world, mobile phones and tablets are already widely used, with the majority of them making use of cloud computing. In 2026, the 5G wireless technology will be more widely available and that will allow users to communicate more efficiently, share large-scale drawings, and run resource-heavy apps without sacrificing speed or efficiency when using mobile devices.
Our cloud-based, remote working solution, pairs brilliantly with app development and deployment. We help design, deploy, and then manage your Azure Virtual Desktop environment so that you can concentrate on developing game-changing applications to help boost your business.
Mobile technology is being used by forward-thinking construction organizations to optimize processes and increase production rates. Using mobile technology, project managers and field workers can exchange information in real-time, including data collected at different sites, logs of working hours, and field reports on H&S issues. Particularly in the case of H&S, mobile apps offering location tracking that can map movement and ensure that teams are safe at all times. A mobile app can help with all of these administrative activities and utilizing low/no-code solutions the applications can be quickly built and deployed.
Perhaps one of the most important benefits of using mobile devices is being able to capture more complex information quickly. Photographing different areas of a site can capture the nature of any issues in a format that can be easily understood by anyone without the need to write complex emails to support findings. This can support internal efforts to improve or be a source of information that can be produced for the end customer to give them confidence that a project is on track.
In the construction business, the use of AR and VR is on the rise, with the former allowing computer-generated visuals to be superimposed on a device’s screen and the latter immersing wearers in a simulated world.
BIM data can be presented in an AR visual platform to help consultants, designers, and construction teams collaborate more effectively. Visualizing projects, simulating structural or architectural changes, and receiving immediate feedback are all possible with the use of real-world site views overlaid with images of structures and systems and their surrounding environment.
The use of augmented reality in safety equipment such as visors and goggles is full of potential, especially when combined with head-up displays. Employees have their hands freed up to accomplish activities while checking project paperwork, manuals, and checklists. With enough data, they can even see hidden structures or 3D models, and identify hazards and ways to avoid them.
Architects and other stakeholders can more easily collaborate when VR is used in conjunction with BIM. To begin, they use BIM to generate a building model, and then they use VR to walk through and around its virtual twin. Using this method, you may get a clear picture of the entire project, reduce modifications later in the project, and identify potential conflicts before the project ever begins. No matter where they are physically located, the members of a team can collaborate on a project together.
Artificial Intelligence provides the foundation for data-driven decision-making and automation systems that are becoming increasingly important in the construction industry.
For example, data gathered over the years on previous projects can be utilized in construction planning and scheduling, to anticipate future outcomes, optimize building design, analyze and reduce hazards, or in predictive logistical planning and scheduling.
It is projected that AI, which allows computers and machines to mimic human intellect, will be utilized more frequently in conjunction with BIM and other technologies that use deep layers of data to gather insight. Additionally, the data can be used for machine learning (ML), a subset of AI in which computers learn from data using algorithms without being explicitly taught.
When it comes to drawing value from your data, our analytics and AI services are backed up by a team of data experts ready to guide you through process identification, data structures, analysis models, and much more.
To illustrate how AI and machine learning may help the construction sector right now, consider the following example. Project teams may be able to foresee delays, staff welfare, total project time, and expense overruns by monitoring the productivity of the workers and equipment. Or, it could even be possible for project planners to identify the most troublesome places to run construction operations by analyzing weather, traffic, and business activity data.
We’ve just covered 4 big trends for construction in 2026. But that doesn’t mean other technologies won’t spike in popularity before the year is over. The key thing when it comes to staying on top of trends is to keep learning – using articles like this to keep your finger on the pulse.
Putting these technologies into play? Intwo is ready to help, contact us today.
Four trends are shaping construction in 2026. Digital twins are being used alongside Building Information Modeling to simulate projects before ground is broken. Mobile devices and apps, supported by widespread 5G, are connecting field teams and office teams in real time. AR and VR are improving design collaboration, site visualization, and worker safety. Artificial intelligence is powering predictive planning, scheduling, and risk analysis. Together, these trends move construction from manual, paper-based workflows toward data-driven, connected project delivery.
A digital twin is a live virtual replica of a building, asset, or process that pulls real-world data from sensors, BIM models, and project systems. In Industrialized Construction, contractors use digital twins as prototypes to test designs, predict performance, and avoid costly rework before physical work begins. The twin captures every component, material, and process detail, then updates as the project progresses. This gives engineers a reliable model to reuse on future projects and speeds up both design and operations decisions.
Traditional 3D BIM models are static. A digital twin layers live data on top of the BIM model, so designers and contractors see how the structure actually behaves during construction and operation. That feedback loop catches clashes, material issues, and design flaws early, before they become expensive site fixes. It also lets teams test sustainability choices, such as material swaps or energy strategies, at the design stage. The result is fewer change orders, less waste, and a more accurate handover to the building owner.
Industrialized Construction combines prefabrication, BIM, and digital twins to plan builds with much higher precision. Because materials such as steel, plastic, and fuel have risen sharply in cost, this precision directly protects margins. Contractors use IC to consume fewer resources, integrate sustainable materials, and reduce on-site waste. Pairing IC with digital twins also lets teams measure carbon footprint and energy efficiency before construction starts, so design changes can be made early. The outcome is lower cost, lower emissions, and faster project delivery.
5G is making it practical to share large drawings, run heavy applications, and stream site data from anywhere on a job site without losing speed. Project managers and field workers exchange real-time updates on progress, working hours, safety issues, and field reports. Mobile apps with location tracking help confirm that crews are safe. Photos taken on a phone communicate site conditions faster than long emails. Low-code platforms like Microsoft Power Platform let contractors build and deploy these field apps quickly.
AR overlays computer-generated visuals on a real-world view, so site teams can see hidden structures, BIM data, and proposed changes layered onto the actual environment. VR creates a fully immersive walkthrough of a virtual building before it is built. Together, these tools help architects, engineers, and contractors collaborate from any location, catch conflicts early, and reduce late-stage modifications. Clients also benefit, since they can experience the finished space during design and request changes when they are still cheap to make.
AR has strong potential in safety equipment such as visors and goggles paired with head-up displays. Workers keep their hands free while checking manuals, drawings, checklists, and inspection records on the lens in front of them. With enough underlying data, the AR view can reveal hidden structural elements, buried utilities, or live 3D models, helping crews identify hazards and plan safer routes around them. This reduces accidents, improves compliance documentation, and shortens the time needed for inductions and toolbox talks on complex sites.
AI gives construction teams a foundation for data-driven decisions and automation. Models trained on historical project data can predict schedule slippage, cost overruns, worker welfare risks, and equipment downtime. Combined with BIM, AI helps optimize building design, reduce hazards, and improve logistics planning. Machine learning takes this further by spotting patterns in weather, traffic, and local business activity that affect site productivity. Used well, AI shifts construction from reactive firefighting to proactive planning, which protects margins and improves client confidence.
Microsoft offers a connected stack that fits how modern construction firms work. Azure Virtual Desktop supports remote and hybrid teams running heavy CAD and BIM applications. Microsoft Power Platform lets contractors build low-code apps for site reporting, safety, and inspections without long development cycles. Dynamics 365 supports project finance, supply chain, and field operations. Azure Machine Learning and analytics services unlock predictive insight from historical project data. Together, these tools give construction firms a platform that scales from a single job site to a global portfolio.
Intwo helps construction firms move from interest in new technology to measurable use on real projects. Our team supports digital twin deployment through services such as RIB 4.0 adoption, builds and manages Azure Virtual Desktop environments for mobile and remote workforces, and delivers low-code apps on Microsoft Power Platform. Intwo’s analytics and AI experts guide construction businesses through process identification, data structuring, and model selection so insight from project data turns into faster decisions. Reach out to discuss your construction technology roadmap.
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