Welcome to the 2025 Robotics Top 50! The Robotics Top 50 List was derived from a combination of the 2025 Equipment & Robotics Benchmarking Survey data, direct industry research, member conversations & feedback, and case studies.
As the construction industry continues to evolve in 2025, robotic solutions are emerging as a transformative force across both onsite and offsite workflows. This list highlights 50 of the most innovative robotics solutions that are reshaping how buildings and infrastructure are designed, built, and delivered. It spans onsite robotics, including layout automation, robotic concrete printing, welding, installation, inspection, and materials handling, as well as offsite systems such as modular assembly and robotic 3D printing. It also includes advanced machinery and retrofitting technologies that automate critical processes in earthwork, site preparation, and demolition. These technologies are not just futuristic concepts; they are actively improving productivity, addressing skilled labor shortages, enhancing precision, and making jobsites safer. As robotics continues to redefine construction, it is essential to understand the tools leading this shift and the impact they are already having on the built world.
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Category:
Onsite Robotics
Layout Robotics
Civ Robotics develops autonomous surveying solutions for the construction industry. Its primary product is an autonomous ground vehicle equipped with GPS and RTK technology, designed to perform precise site layout tasks such as marking coordinates for excavation, grading, and utility installation. By automating these tasks, Civ Robotics aims to increase efficiency, accuracy, and reduce the time and labor typically required for traditional surveying methods on construction sites.
Dusty Robotics is a construction robotics company that develops autonomous mobile robots for automating the layout of construction plans on-site. Its robots are designed to accurately mark floor layouts based on digital blueprints, reducing the need for manual measurement and marking. By automating this process, Dusty Robotics aims to increase efficiency, minimize errors, and streamline project timelines, enhancing overall productivity in construction projects.
SitePrint by HP is a construction robotics solution designed to automate the layout process on construction sites. The robot precisely prints digital blueprints directly onto floors, marking out walls, doors, and other structural elements with high accuracy. By automating this traditionally manual task, SitePrint aims to reduce errors, increase efficiency, and accelerate project timelines, contributing to more precise and streamlined construction workflows.
Mechasys designs robotic laser projectors, such as the FramR/XR Projector, to project full-scale construction and manufacturing plans directly onto surfaces with millimetric precision. Its systems streamline layout tasks by projecting lines, curves, text, and points in real time, reducing marking time and improving on-site accuracy.
Rugged Robotics is a construction robotics company that specializes in automating layout and measurement tasks on construction sites. Its primary product is a robotic system that accurately transfers digital construction plans onto physical surfaces, such as floors and walls. By using advanced robotics and automation technology, Rugged Robotics aims to reduce manual measurement errors, enhance efficiency, and improve project accuracy and productivity.
Concrete Finishing & Printing
Apis Cor
Apis Cor develops advanced mobile 3D printing technology capable of printing full-scale buildings directly on construction sites. Its robotic systems use concrete-based materials to automate the construction process, significantly reducing labor costs, material waste, and project timelines. Apis Cor's technology is designed for a wide range of applications, from housing to commercial structures, with an emphasis on scalability and efficiency.
COBOD
COBOD provides modular 3D construction printers designed to fabricate everything from small residential homes to large-scale industrial buildings. Its technology allows for high customization and flexibility, enabling efficient construction with reduced material usage and environmental impact. COBOD collaborates with global partners to push the boundaries of digital construction and promote sustainable building practices.
ICON
ICON focuses on using proprietary 3D printing technology to revolutionize the way homes and infrastructure are built. Its Vulcan printer and Lavacrete material system enable the rapid construction of durable, resilient structures while addressing issues like housing shortages and disaster recovery. ICON integrates design, robotics, and materials science to create scalable solutions for the built environment.
SQ4D
SQ4D has developed the Autonomous Robotic Construction System (ARCS), a large-scale 3D printing platform that automates the construction of foundations, walls, and other key structural components. Its technology is designed to streamline the homebuilding process, offering a faster, more cost-effective alternative to traditional methods. SQ4D emphasizes the potential of robotic construction to address challenges in affordability, safety, and labor availability.
Installation & Finishing
Baubot
Baubot develops autonomous robots for various tasks on construction sites, focusing on automating repetitive and labor-intensive processes. Its primary product is a versatile robot designed to perform tasks such as material handling, assembly, and site inspection. By leveraging advanced robotics and AI technology, Baubot aims to enhance efficiency, precision, and safety in construction operations, ultimately streamlining workflows and reducing manual labor.
Canvas
Canvas specializes in automating the drywall finishing process in construction. Its robotic system is designed to apply and smooth drywall compound on walls and ceilings with precision. By combining robotics with machine learning and computer vision, Canvas enhances the quality, efficiency, and speed of drywall finishing, reducing labor costs and improving consistency across construction projects.
CSC Robotics
CSC Robotic Engineering Limited (CSC ROBO) specializes in construction robotics and AI systems, notably developing the Drillcorpio series (Model D3 for ceilings/walls and the self-navigating Df) that automates drilling and anchor installation with high autonomy. Its robots integrate LiDAR, ultrasonic sensors, and robotic arms to follow BIM/CAD input files and execute precise drilling routes, significantly enhancing on-site efficiency, safety, and labor savings.
Fastbrick Robotics
FastBrick Robotics (FBR) is an Australian company that specializes in automated bricklaying technology for the construction industry. Its flagship product, Hadrian X, is a fully automated robotic system capable of building brick structures with precision and speed, significantly reducing labor costs and construction time. Using a combination of 3D printing technology, advanced robotics, and a unique adhesive system, FBR's Hadrian X can lay bricks in a pre-programmed sequence, ensuring accuracy while improving efficiency and safety on building sites.
Finish Robotics
Finish Robotics focuses on automating the finishing stages of construction projects, particularly tasks like painting, coating, and surface preparation. Its robotic systems are engineered to deliver precise and consistent finishes, improving the efficiency and quality of these labor-intensive processes. By integrating advanced robotics and automation into the finishing phase, Finish Robotics aims to reduce labor costs, enhance productivity, and ensure a higher standard of workmanship in construction projects.
Hilti Jaibot
Hilti Jaibot is an autonomous construction robot designed to automate the drilling and anchoring tasks on construction sites. Integrated with digital building information modeling (BIM), Jaibot accurately drills holes in ceilings and walls according to project plans, reducing the need for manual labor and improving precision. By automating these repetitive tasks, Hilti Jaibot aims to increase productivity, enhance safety, and streamline construction workflows, ultimately contributing to more efficient project execution.
KOBOTS
KOBOTS is a Danish robotics company that has developed a mobile, collaborative cutting robot designed specifically for construction sites. Controlled via a smartphone app, the robot accurately cuts boards hands‑free, reducing dust by up to 99%, halving noise levels, minimizing material waste, and significantly lowering the risk of occupational injuries. Its intuitive interface requires no specialized training, enabling faster, safer, and cleaner board cutting on-site.
Les Companions
Les Companions develops robotic assistants designed to support painters on construction sites by automating repetitive and physically demanding tasks. Its technology enables a collaborative workflow where skilled tradespeople focus on precision and craftsmanship while robots handle labor-intensive duties to improve productivity and reduce strain.
MYRO
MYRO is an autonomous wall-painting robot designed to automate interior painting tasks in construction settings. Combining LiDAR-based navigation with precision spraying technology, MYRO increases productivity and consistency while reducing material waste and labor costs. It is built to work collaboratively with human painters, allowing skilled workers to focus on detail-oriented tasks while the robot handles large surface areas efficiently.
Okibo
Okibo is a construction robotics company that develops robotic systems for automating concrete finishing and surface preparation. Its technology is designed to efficiently apply and smooth concrete surfaces, enhancing the quality and consistency of finishes. By integrating advanced robotics and automation into the finishing process, Okibo aims to improve productivity, reduce labor costs, and ensure a high standard of workmanship in construction projects.
Raise Robotics
Raise Robotics develops advanced robotic systems designed to automate complex and repetitive tasks in vertical and industrial construction. Its robotic platform is engineered for precision drilling, fastening, and layout work, using AI and computer vision to adapt to real-world jobsite conditions. Built for high-rise environments and challenging edge conditions, Raise’s technology aims to improve safety, reduce labor demands, and enhance project efficiency and consistency.
Welding & Rebar
Advanced Construction Robotics
Advanced Construction Robotics (ACR) specializes in robotic solutions for the construction industry, with a focus on automating labor-intensive tasks such as rebar-tying. Its flagship product, TyBOT, is an autonomous robot designed to efficiently tie rebar intersections on construction sites, using advanced vision systems and machine learning to ensure precision. By automating this repetitive task, ACR aims to enhance productivity, reduce labor costs, and improve safety on construction projects.
Inrotech - A Lincoln Electric Company
Inrotech develops intelligent robotic welding systems for heavy industries including shipbuilding, offshore wind, construction, and large-scale steel fabrication. Its mobile robots use adaptive sensor technology to automatically detect weld joints and perform high-quality welds without programming or CAD input. Designed for flexibility and ease of use, these systems boost productivity and reduce labor demands across complex industrial and construction environments.
Path Robotics
Path Robotics develops autonomous welding robots that use AI and computer vision to tackle skilled labor shortages in manufacturing and construction. Its systems adapt to material variations in real time, delivering precise, high-quality welds with minimal human input, boosting productivity and efficiency on welding-intensive projects.
Toggle Robotics
Toggle provides advanced robotic and automation solutions designed to streamline and enhance the construction process. Its technology includes versatile robotic systems capable of performing a range of tasks such as material handling, assembly, and precision work on construction sites. By integrating AI and robotics, Toggle aims to improve efficiency, reduce labor costs, and increase the accuracy and speed of construction operations, ultimately helping to overcome challenges associated with manual labor and project delays.
Inspection & QA
3D Robotics
3D Robotics is a technology company that provides drone-based solutions for the construction industry. The company's primary focus is on using drones to capture aerial data, which is then processed to create detailed 3D models, maps, and analytics for construction sites. These tools are used for site surveys, progress monitoring, and quality control. By automating data collection and analysis, 3D Robotics aims to enhance accuracy, reduce project timelines, and improve decision-making in construction projects.
Acuity Robotics
Acuity Robotics develops robotic solutions for automating inspection and maintenance tasks in the construction industry. Its technology uses advanced robotics, AI, and sensors to perform structural inspections and monitor site conditions. Designed for challenging environments, Acuity Robotics' systems provide detailed insights, improving safety, efficiency, and reducing the need for manual inspections on construction sites.
Boston Dynamics
Boston Dynamics is a robotics company known for developing highly mobile and agile robots. In the construction industry, its primary application is through Spot, a quadruped robot designed for tasks such as site inspection, progress monitoring, and data collection. Equipped with cameras, LIDAR, and other sensors, Spot autonomously navigates construction sites, capturing detailed visual and spatial data that can be used for creating 3D models, tracking project progress, and identifying potential issues, thereby enhancing efficiency, safety, and accuracy in construction operations.
Field AI
Field AI develops AI-driven solutions for the construction industry, focusing on enhancing site productivity and safety. Its technology uses AI and machine learning to analyze data from various sources, such as cameras, drones, and IoT sensors, providing real-time insights and predictive analytics. By automating the monitoring of site conditions, equipment, and personnel, Field AI aims to optimize resource allocation, reduce risks, and improve overall project management on construction sites.
ScoutDI
ScoutDI specializes in automating the inspection and documentation processes on construction sites. Its robotic systems are equipped with advanced sensors and imaging technology to conduct thorough inspections, monitor progress, and verify construction quality. By delivering accurate and comprehensive data, ScoutDI aims to enhance efficiency, reduce the need for manual inspections, and improve overall project management and quality assurance on construction sites.
Voliro
Voliro develops versatile drones for inspection and monitoring tasks. Its drones are equipped with advanced sensors and imaging technology to perform high-precision inspections of construction sites, capturing detailed data and 3D models. By automating these tasks, Voliro aims to improve efficiency, accuracy, and safety in construction projects, providing valuable insights and streamlining site management processes.
Materials Handling & Logistics
Kewazo
Kewazo is a construction robotics company that specializes in developing automated systems for material transport on construction sites. Its flagship product, Liftbot, is a robotic hoist designed to automate the lifting and movement of scaffolding materials, reducing the reliance on manual labor. By improving the efficiency and safety of material handling, Kewazo aims to streamline construction workflows, reduce project timelines, and lower labor costs.
Optimotive
Optimotive is a construction robotics company that develops advanced robotic systems for automating material handling and construction tasks. Its solutions focus on integrating robotics to enhance efficiency in tasks such as materials transport, assembly, and site monitoring. By automating these processes, Optimotive aims to improve productivity, reduce labor costs, and ensure precision in construction operations, ultimately streamlining workflows on construction sites.
SuperDroid Robots
SuperDroid Robots is a company that specializes in developing customizable robotic systems for various industries, including construction. It offers rugged and versatile robots designed for tasks such as site inspection, material handling, and autonomous navigation. The solutions provided by SuperDroid Robots are tailored to enhance efficiency, safety, and precision in construction operations by automating labor-intensive and hazardous tasks on construction sites.
Category:
Automated Machinery & Related Solutions
Earthwork & Site Preparation
Built Robotics specializes in transforming standard construction equipment into fully autonomous robots. By equipping excavators, bulldozers, and other heavy machinery with its proprietary AI guidance systems, Built Robotics enables these machines to operate autonomously on construction sites. This innovation aims to enhance efficiency, safety, and productivity in construction projects, reducing the need for human operators and enabling 24/7 operations.
FORT Robotics specializes in safety and security solutions for autonomous and robotic systems. It provides wireless control systems, emergency stop devices, and communication platforms to ensure the safe operation of machines in industries like construction, agriculture, and manufacturing. Its technology enables secure human oversight, allowing operators to manage and intervene with autonomous systems, thereby reducing risks in dynamic environments.
Gravis Robotics aims to integrate automation and advanced robotics into the AEC industry. Its solutions address labor-intensive tasks such as material handling, assembly, and site preparation. By leveraging AI and robotics, it enhances efficiency, precision, and safety in construction, reducing manual labor and human error. Its technology is ideal for complex construction environments, streamlining operations and improving project outcomes.
Hive Autonomy, established in 2020 in Kristiansand, Norway, designs and delivers remote-controlled and autonomous load-handling systems that can retrofit onto both new and existing heavy machinery. Its machine‑agnostic platform allows a single operator at a centralized station to simultaneously control multiple vehicles, boosting efficiency, safety, and sustainability in logistics and industrial operations.
SafeAI specializes in developing safety and risk management solutions for autonomous and robotic systems in various industries. Its technology focuses on creating advanced safety protocols and fail-safe mechanisms to ensure that autonomous machines and robots operate safely within dynamic and unpredictable environments. By integrating AI-driven safety systems with real-time monitoring and emergency response capabilities, SafeAI aims to mitigate risks, enhance operational reliability, and protect both human operators and automated equipment on job sites and in industrial settings.
Teleo offers advanced remote control solutions for industrial and construction equipment, enabling operators to manage machines from a distance with high precision and safety. Its technology includes intuitive user interfaces and real-time feedback systems that facilitate the remote operation of various heavy machinery, such as excavators and cranes. By providing remote control capabilities, Teleo enhances operational flexibility, reduces on-site risks, and allows for efficient management of equipment in challenging or hazardous environments.
Xpanner specializes in developing robotic solutions for the construction and industrial sectors, focusing on enhancing precision and efficiency. Its technology includes advanced robotic systems designed for tasks such as automated material handling, assembly, and surface finishing. By leveraging robotics and AI, Xpanner aims to optimize construction workflows, reduce manual labor, and improve the overall quality and speed of construction projects, making it easier to handle complex and repetitive tasks on job sites.
Demolition
Brokk
Brokk is a manufacturer of remote-controlled demolition robots designed for challenging construction and demolition tasks. Its compact, powerful machines are equipped with various attachments and advanced remote control systems, allowing operators to perform precise and efficient demolition, excavation, and material handling in confined or hazardous environments. Brokk's robots are engineered to enhance safety, reduce manual labor, and improve operational efficiency on job sites by enabling controlled and accurate operations from a safe distance.
Conjet
Conjet specializes in robotic systems for concrete surface preparation and demolition, using advanced hydrodemolition technology. Its robotic machines employ high-pressure water jets to precisely and efficiently remove concrete, clean surfaces, and prepare for renovation or repair, reducing noise, dust, and manual labor. Conjet's solutions are designed to enhance safety and accuracy in challenging environments, making them ideal for both industrial and infrastructure projects that require effective and controlled concrete removal.
Category:
Offsite Robotics
3D Printing
Branch Technology combines additive manufacturing, prefabrication, and digital technology at full construction scale using its patented cellular fabrication (C-Fab) process. Founded in 2014, the company produces a suite of products including BranchClad rainscreen facades, lightweight interior panels, open lattice BranchMatrix, and energy efficient shelters and retrofits, all enabled by robotic 3D printing and parametric design for complex, efficient, and sustainable built environment solutions.
CyBe Construction is a technology company transforming the construction industry through in-house developed 3D concrete printing hardware, software, and materials. Building on a century of traditional construction experience, CyBe delivers faster, more affordable, and sustainable building solutions using mobile and modular additive manufacturing systems. Its integrated approach empowers rapid design-to-build workflows and sets new standards in efficiency and innovation.
Vertico specializes in robotic 3D concrete printing, offering advanced printheads, robotic arms, and software tools that streamline and enhance the construction and design process. Its technology replaces traditional formwork with precision automation, enabling efficient, sustainable, and highly customized structures. With over 150 systems delivered worldwide, Vertico supports applications across construction, architecture, and academia.
XtreeE is a French construction tech company founded in 2015, delivering large scale, multi-material 3D concrete printing solutions including printers, printheads, robotic integrations, and a comprehensive software suite for the construction industry. Its end-to-end digital workflow, from slicing and simulation to real time monitoring and analysis, empowers architects, engineers, and builders to fabricate optimized, sustainable, and complex structures efficiently.
Modular & Prefab Assembly
Automated Architecture (AUAR)
Automated Architecture (AUAR) is building a global automated construction ecosystem focused on timber housing. Through its Robotic Micro-Factories and AI-powered design-to-manufacturing software, AUAR enables homebuilders, developers, and manufacturers to deliver sustainable and affordable homes more efficiently. Offered through a Hardware-as-a-Service model, the platform reduces financial and environmental risks while increasing productivity and oversight.
BotBuilt
BotBuilt is a construction robotics company focused on automating the assembly of building components, particularly in off-site construction and prefabrication. Its robotic systems are designed to precisely assemble walls, roofs, and other structural elements, using advanced robotics and AI to ensure accuracy and efficiency. By automating these processes, BotBuilt aims to reduce construction time, lower labor costs, and improve the quality and consistency of prefabricated structures.
Promise Robotics
Promise Robotics is redefining homebuilding with advanced robotic automation, AI-optimized workflows, and a Factory-as-a-Service (FaaS) model for off-site construction. Its platform transforms builders’ plans into precise, push-button manufacturing, offering design freedom while producing high-performance components with exceptional efficiency and quality. By generating accurate material and labor take-offs, Promise Robotics improves cost certainty and enables more effective planning. Intelligent robotics and automation help deliver up to twice as many homes in the same time, while streamlined processes simplify operations from estimating and procurement to framing and on-site assembly.
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