EVOCONS (Evolution Construction System)

Some milestones deserve a second look. As we move through the second half of 2026, it's worth looking back at a year that helped shape where EVOCONS is today. 2025 was more than a collection of conferences, demonstrations and recognitions. It was a year of validating ideas, strengthening partnerships and demonstrating that construction automation is becoming an increasingly relevant part of the industry's future. Since then, the conversation has continued to evolve. Today, topics such as AI, industrialization, robotics and process integration are no longer emerging trends, they are becoming strategic priorities for the construction sector. Looking back reminds us how much has already changed... and how much more is still ahead. 🎥 Here's a look back at some of the milestones that helped define that journey. #EVOCONS #Construction5_0 #ConstructionAutomation #ConstructionRobotics #IndustrializedConstruction #DigitalConstruction #Innovation

The most important conclusion from 375 studies is not that construction robots are advancing. It is that automating isolated tasks may no longer be enough. A new systematic review on construction robotics points to a broader shift: from specialised machines performing one operation to systems that are more adaptive, mobile and connected to real construction workflows. That changes the strategic question. It is no longer only: Can this task be automated? It is: Can different automated operations work together as part of the same construction process? For contractors, developers and precast manufacturers, this distinction affects integration, utilisation and long-term value. At Evocons, this is the principle behind EvoConstructor: 3D printing is one method within a broader multifunctional construction platform. In our latest article, we examine what the review reveals, which barriers still limit real-world adoption and why connected, multifunctional systems may become increasingly relevant to Construction 5.0. Read the analysis in the first comment. #Evocons #EvoConstructor #Construction5_0 #ConstructionRobotics #ConstructionAutomation #3DPrinting #Prefabrication #AEC

Investment momentum in construction robotics is accelerating. According to Zacua Ventures, the sector attracted $1.36 billion in venture funding during the first three quarters of 2025, 125% more than the total raised in 2024. That momentum has continued in 2026: → Bedrock Robotics raised more than $270 million in Series B funding. → TerraFirma announced approximately $115 million in funding, including a $100 million Series A. → Monumental announced a $32 million Series B to expand its construction robotics deployments. These companies address different markets, technologies and construction processes. Taken together, however, they represent an important signal: investment is increasingly reaching technologies designed to participate directly in the physical execution of construction. At EVOCONS, we see this as part of a new phase of Construction 5.0, one increasingly focused on real-world deployment, operational integration and connected automation. We are contributing to this evolution through EvoConstructor®, our multifunctional construction robot designed to connect 3D printing with additional automated construction operations through the same platform. Is construction automation becoming a strategic investment decision rather than simply another pilot project? #ConstructionRobotics #ConstructionAutomation #Construction5_0 #ConTech #EVOCONS

“3D printing is only the beginning. The real transformation comes from connecting the entire construction process.” This vision from @Daniel Lorenzo , CEO and Founder of EVOCONS, reflects how we understand the future of construction automation. At EVOCONS, 3D printing is one capability within a much broader system. The opportunity emerges when robotics, artificial intelligence, BIM, digital fabrication and automated operations work together through the same connected workflow. This is the principle behind EvoConstructor®: a multifunctional construction robot designed to connect different stages of the construction process, both on-site and in prefabrication. The future of construction will not be defined by one isolated technology. It will be defined by the ability to connect technologies, data and processes effectively. At EVOCONS, we are an active part of that transformation. #EVOCONS #EvoConstructor #ConstructionRobotics #industryconstrucion #ConstructionAutomation #MultifunctionalRobotics #Construction5_0

What if safer construction started with the design of the process? Construction robotics can help create more controlled and predictable workflows through programmed movements, defined operating areas, monitored sequences and clearer procedures. But automation does not improve occupational safety by itself. Its real preventive value depends on how the robotic system is assessed, integrated, operated and monitored throughout the project. This becomes especially relevant when a multifunctional construction robot connects several processes within the same technological platform. In our latest article, we explore: → How automation changes the risk profile of a construction task → Which hazards must be assessed in robotic applications → How to define and control a robotic operating area → Why safe stopping, energy isolation and role-based training matter → Which indicators can measure the real occupational-safety impact → How multifunctionality can support more coordinated and traceable workflows We also examine how Evoconstructor® integrates on-site 3D printing, concrete pouring and levelling, robotic finishing tools and automated self-elevation within a connected construction process. The objective is not simply to automate more. It is to combine technology, professional expertise and preventive planning to build with greater control, visibility and attention to people. 👉 Read the full article in the first comment. How should occupational safety evolve in the era of Construction 5.0? #ConstructionRobotics #OccupationalSafety #ConstructionSafety #ConstructionAutomation #Construction50 #Evoconstructor #EVOCONS

For years, industrialized construction has been closely associated with one idea: the factory. That concept has transformed the construction industry and continues to play an important role today. But as construction technologies evolve, a broader question is emerging: What if industrialization is no longer defined by where we build, but by how we build? This was one of the key ideas presented by our Founder & CEO, Daniel Lorenzo, during Innovation Industry Construction Congress (IC2) 2026. Because the next stage of industrialization is not only about moving construction into factories. It is about integrating automation, robotics, digital workflows and connected systems wherever construction takes place. Industrialization is becoming less about location and more about creating intelligent, repeatable and digitally connected construction processes. We've summarized this perspective in the carousel below. How do you think industrialized construction will evolve over the next decade? #IndustrializedConstruction #ConstructionAutomation #ConstructionRobotics #Construction5_0 #DigitalConstruction #Innovation #EVOCONS #EvoConstructor

A robot can optimise one production process. But can the same investment support the products you want to manufacture next? For precast manufacturers, automation is not only a question of speed. It is also a question of: → product variety; → changeovers and tooling; → platform utilisation; → new applications; → long-term production flexibility. A specialised machine may be the right choice for a stable and highly repetitive operation. But when the catalogue, geometries or production goals are expected to evolve, the decision requires a different perspective. The question is no longer only: “Which robot should we buy?” It becomes: “What production capability do we need to build?” In our latest article, we examine how to compare specialised systems and multifunctional platforms, and the six questions a precast manufacturer should assess before defining an automation roadmap. Read the full article in the first comment. #PrecastManufacturing #PrecastAutomation #ConstructionRobotics #DigitalFabrication #Construction5_0 #OffsiteConstruction #Prefabrication

How much value can one robotic platform create across a construction workflow? Research published in Automation in Construction in 2023 highlights an important consideration for construction robotics: high productivity in a single task does not automatically create value across an entire project. The business case is not only about speed. It also depends on how many operations a system can support, how frequently it can be deployed and how effectively it connects digital design with execution. This is where multifunctionality becomes strategic. At EVOCONS, Evoconstructor® was designed around this principle: One multifunctional construction robot. Multiple automated operations. One connected digital workflow. Depending on the project configuration, Evoconstructor® can support 3D printing, robotic finishing, concrete pouring and levelling, as well as vertical progression through its self-elevating system. Because the strongest business case for robotics is not simply performing one task faster. It is creating repeatable value across more stages of construction. Which construction operation would you prioritise for automation? #Evocons #Evoconstructor #Construction50 #ConstructionRobotics #Automation #3DPrinting #Prefabrication

Is automated construction really just about 3D printing? Not exactly. At EVOCONS, we see 3D printing as one part of a much broader transformation. The real potential emerges when robotics, AI, BIM, digital fabrication and automation work as part of the same connected process. Printing a wall automates one operation. A multifunctional construction platform can support several stages through the same digital workflow, connecting design, execution, data and control. This distinction matters both on-site and in prefabrication, where each project brings different geometries, materials and production requirements. In our latest article, we explore what automated construction really means, how it differs from 3D printing alone and why multifunctional robotics is becoming an important part of Construction 5.0. The next question is not only: What task can we automate? It is: How much of the construction process can we connect? Where do you see the greatest potential for connected automation: on-site construction or prefabrication? Full article in the first comment. #AutomatedConstruction #ConstructionRobotics #MultifunctionalRobotics #Construction5_0 #EVOCONS #3DprintedConstruction

Innovation creates real value when it moves from demonstration to practical application. This project by PREARSA is a great example: custom-designed footings manufactured using EVOCONS 3D technology and now installed at the Las Coloradas football field in Las Palmas de Gran Canaria. Beyond the final element, the project shows how digital fabrication can help optimize resources, increase design flexibility, and support more controlled and adaptable production processes. Congratulations to the PREARSA team for turning technology and engineering into a tangible solution. #Construction50 #3DPrinting #PrecastConcrete #ConstructionRobotics #EVOCONS