Welcome to the 2024 Robotics Top 50! The Robotics Top 50 List was derived from a combination of the 2024 Tools, Equipment, and Robotics Survey data, direct industry research, member conversations & feedback, and case studies.
The Tools, Equipment, and Robotics Survey inquired about some of the tools and technologies being utilized on jobsites, including various types of robotics and automated equipment solutions, including: autonomous vehicles & heavy equipment, demolition robotics, monitoring & layout robotics, and service/labor robotics. This list features both legacy and emerging robotics solutions being leveraged by some of the largest contractors, engineers, and specialty contractors from around the world.
If you'd like your company to be featured on future top lists, check out our applications page for more information on how to apply!
The 2024 Robotics 50 List is part of our ongoing effort to provide objective, non-biased research to Real Estate and AECO professionals as it relates to construction and infrastructure technology. Recently, we released the 2024 Annual Tools, Equipment, and Robotics Benchmarking Report and Tech Specialty Reports. Members can view the report by using the links provided. If you are interested in joining our growing member network, email research@builtworlds.com or sales@builtworlds.com for more details, or use this link to learn more.
Join us at the 2024 Infrastructure Conference & Other Upcoming Events
From October 1-2 in Washington D.C., industry stakeholders will converge to tackle the largest issues and opportunities persisting in the infrastructure ecosystem. Join us for two days of information-packed sessions and networking by using the links to the right:
Related Analyst Research
In addition to our conferences, our analysts provide members with valuable research reports, briefings, lists, and other data-driven insights. Click below to sample some of our most recent Building Tech-focused research:
Category:
Autonomous Vehicles/Heavy Equipment
Built Robotics is a company specializing 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.
Caterpillar offers a range of autonomous and remote-controlled solutions for the construction industry, designed to improve safety, efficiency, and productivity on job sites. Their Cat Command technology enables operators to control machinery like bulldozers, excavators, and haul trucks remotely, either through a nearby console or from a distant location. Additionally, Caterpillar's autonomous mining trucks and construction equipment can perform tasks such as loading, hauling, and grading without direct human intervention, allowing for continuous operation and reducing the risk of on-site accidents.
FastBrick Robotics (FBR) is an Australian company that specializes in automated bricklaying technology for the construction industry. Their 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.
FORT Robotics is a company focused on developing safety and security solutions for autonomous and robotic systems. They provide wireless control systems, emergency stop devices, and communication platforms designed to ensure the safe operation of autonomous machines across industries such as construction, agriculture, and manufacturing. FORT Robotics' technology enables reliable and secure human oversight of robots and other automated equipment, allowing operators to manage, monitor, and intervene if necessary, thereby reducing the risks associated with the deployment of autonomous systems in dynamic environments.
Gravis Robotics focuses on bringing automation and advanced robotic technology to the AEC industry. Their solutions are designed to tackle labor-intensive tasks on construction sites, such as material handling, assembly, and site preparation. By leveraging AI and robotics, Gravis Robotics aims to improve efficiency, precision, and safety in construction processes, reducing the reliance on manual labor and minimizing human error. Their technology is particularly suited for complex construction environments, where it can streamline operations and enhance overall project outcomes.
Hitachi provides autonomous and remote-controlled solutions for the construction industry, leveraging advanced robotics and AI to enhance site operations. Their Autonomous Haulage System (AHS) allows dump trucks to operate autonomously in mining and construction environments, improving efficiency and safety. Additionally, Hitachi's remote operation systems enable operators to control excavators and other heavy machinery from a distance, reducing on-site risks and enabling work in hazardous or hard-to-reach areas. These technologies are designed to optimize productivity, ensure precision, and reduce labor demands in construction projects.
Komatsu offers a suite of autonomous and remote-controlled solutions for the construction industry aimed at enhancing productivity, safety, and efficiency on job sites. Their Autonomous Haulage System enables driverless trucks to transport materials in mining and large-scale construction projects, while their Intelligent Machine Control (iMC) technology automates tasks like grading and excavating with high precision. Komatsu also provides remote operation systems that allow operators to control heavy machinery, such as dozers and excavators, from a safe distance. These innovations help reduce the need for manual labor, minimize errors, and optimize overall project timelines.
Path Robotics is a company that specializes in creating autonomous welding robots designed to address the challenges of skilled labor shortages in the manufacturing and construction industries. Their AI-powered robotic systems can perform complex welding tasks with high precision, adaptability, and minimal human intervention. By using advanced computer vision and machine learning, Path Robotics' solutions can dynamically adjust to variations in materials and part alignment, ensuring consistent quality. These robots are designed to work alongside human operators, enhancing productivity, reducing production times, and improving overall efficiency in welding-intensive construction projects.
Raise Robotics is a company focused on developing advanced robotic systems for the construction industry, with a particular emphasis on automating tasks in vertical construction and complex building projects. Their technology includes robotic platforms that can perform precise and repetitive tasks like drilling, fastening, and material handling, significantly improving efficiency and safety on construction sites. By integrating robotics with AI and computer vision, Raise Robotics aims to address labor shortages, reduce project timelines, and enhance the overall quality of construction work, particularly in high-rise and industrial construction scenarios.
SafeAI specializes in developing safety and risk management solutions for autonomous and robotic systems in various industries. Their 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. Their 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.
Toggle provides advanced robotic and automation solutions designed to streamline and enhance the construction process. Their 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.
Vita Industrial focuses on delivering innovative robotic solutions tailored for industrial and construction applications. Their technology includes advanced robotic systems designed to automate complex and repetitive tasks, such as material handling, assembly, and precision operations. By leveraging robotics and AI, Vita Industrial aims to enhance productivity, accuracy, and safety on construction sites and in manufacturing environments, ultimately reducing labor costs and improving overall operational efficiency.
Volvo offers a range of autonomous and remote-controlled solutions for the construction industry, focusing on improving safety, efficiency, and operational precision. Their autonomous construction equipment, such as excavators and haulers, leverages advanced sensors and AI to perform tasks like digging and material transport with minimal human intervention. Volvo’s remote operation systems also enable operators to control machinery from a distance, providing enhanced flexibility and reducing risks in hazardous environments. These technologies aim to streamline construction processes, increase productivity, and enhance site safety.
Xpanner specializes in developing robotic solutions for the construction and industrial sectors, focusing on enhancing precision and efficiency. Their 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.
Category:
Demolition Robotics
Aquajet Systems specializes in advanced hydrodemolition and water jetting technology for the construction industry. Their innovative systems use high-pressure water jets to efficiently and precisely remove concrete and other materials from surfaces, minimizing damage to underlying structures. Aquajet's solutions are designed to enhance safety, reduce noise and dust, and improve the quality of surface preparation and demolition, making them ideal for complex renovation and repair projects in both urban and industrial settings.
Brokk is a leading manufacturer of remote-controlled demolition robots designed for challenging construction and demolition tasks. Their 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 specializes in robotic systems for concrete surface preparation and demolition, using advanced hydrodemolition technology. Their 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.
Husqvarna offers a range of autonomous solutions for the construction industry, including robotic systems for concrete cutting, grinding, and surface preparation. Their advanced robots are designed to perform precise, repetitive tasks with minimal human intervention, enhancing efficiency and safety on job sites. By leveraging automation and intelligent control systems, Husqvarna's solutions aim to streamline workflows, improve accuracy, and reduce labor costs, making complex and labor-intensive tasks more manageable and effective in construction and renovation projects.
Category:
Monitoring 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 develops robotic solutions for automating inspection and maintenance tasks in the construction industry. Their 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 is a robotics company known for developing highly mobile and agile robots. In the construction industry, their primary application is through the robot 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.
Civ Robotics develops autonomous surveying solutions for the construction industry. Their 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. Their 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.
Field AI develops AI-driven solutions for the construction industry, focusing on enhancing site productivity and safety. Their 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.
Sumirobo by Hitachi is a construction robotics solution designed to automate the layout and positioning tasks on construction sites. It uses advanced robotics and GPS technology to accurately mark positions and align components according to digital blueprints. By automating these processes, Sumirobo aims to improve precision, reduce manual labor, and enhance overall efficiency in construction projects, contributing to more streamlined and accurate site operations.
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.
Optimotive Technologies is a construction robotics company that develops advanced robotic systems for automating material handling and construction tasks. Their solutions focus on integrating robotics to enhance efficiency in tasks such as materials transport, assembly, and site monitoring. By automating these processes, Optimotive Technologies aims to improve productivity, reduce labor costs, and ensure precision in construction operations, ultimately streamlining workflows on construction sites.
Rugged Robotics is a construction robotics company that specializes in automating layout and measurement tasks on construction sites. Their 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.
ScoutDI is a construction robotics company that focuses on automating the inspection and documentation of construction sites. Their robotic systems are equipped with advanced sensors and imaging technology to perform detailed inspections, monitor progress, and verify construction quality. By providing accurate and comprehensive data, ScoutDI aims to enhance efficiency, reduce manual inspection efforts, and improve overall project management and quality assurance on construction sites.
SuperDroid Robotics is a company specializing in the development of customizable robotic systems for various industries, including construction. They provide rugged, versatile robots designed for tasks such as site inspection, material handling, and autonomous navigation. SuperDroid Robotics' solutions are tailored to enhance efficiency, safety, and precision in construction operations by automating labor-intensive and hazardous tasks on construction sites.
Voliro is a construction robotics company that focuses on developing versatile drones for inspection and monitoring tasks. Their 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.
Category:
Service/Labor 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. Their 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.
Baubot develops autonomous robots for various tasks on construction sites, focusing on automating repetitive and labor-intensive processes. Their 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.
Bina Robotics is a construction robotics company that develops automated systems for tasks such as concrete finishing and surface preparation. Their robots are designed to enhance precision and efficiency in these labor-intensive processes by using advanced robotics and sensor technology. Bina Robotics aims to improve the quality and consistency of construction work, reduce labor costs, and increase productivity on construction sites.
BotBuilt is a construction robotics company focused on automating the assembly of building components, particularly in off-site construction and prefabrication. Their 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.
Canvas specializes in automating the drywall finishing process in construction. Their 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.
Construction Robotics is a company that develops robotic systems to automate tasks in the construction industry, with a focus on improving efficiency, safety, and productivity. Their flagship product, SAM (Semi-Automated Mason), is a robotic bricklaying system designed to work alongside human masons, increasing the speed and accuracy of bricklaying while reducing physical strain on workers.
Finish Robotics focuses on automating the finishing stages of construction projects, particularly tasks like painting, coating, and surface preparation. Their 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.
Hibot specializes in developing advanced robotic systems for inspecting and maintaining hard-to-reach or hazardous areas in infrastructure projects. Their robots are designed to navigate complex environments such as pipelines, tanks, and industrial facilities, using sensors and cameras to perform detailed inspections and maintenance tasks. Hibot's technology aims to improve safety, reduce downtime, and enhance the efficiency of inspection processes in construction and industrial settings.
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.
Kewazo is a construction robotics company that specializes in developing automated systems for material transport on construction sites. Their 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.
nLink Robotics is a construction robotics company that focuses on developing robotic systems for automating the layout and marking of construction sites. Their robots are designed to accurately transfer digital construction plans onto physical surfaces, such as floors and walls, using advanced positioning and measurement technology. By automating these tasks, nLink Robotics aims to enhance precision, reduce manual labor, and improve overall efficiency in construction project workflows.
Novarc Technologies is a construction robotics company specializing in automated welding solutions. Their flagship product, the SpoolBot, is a robotic system designed to automate the welding of pipe spools and other components in industrial construction projects. By utilizing advanced robotics and machine learning, Novarc Technologies aims to improve welding accuracy, increase productivity, and reduce labor costs while enhancing safety and consistency in construction processes.
Okibo is a construction robotics company that develops robotic systems for automating concrete finishing and surface preparation. Their 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.
Pace Robotics focuses on creating advanced robotic systems for automating construction tasks, particularly in material handling and assembly. Their robots are designed to efficiently manage and transport materials on construction sites, streamlining workflows and reducing manual labor. By integrating automation into these processes, Pace Robotics aims to enhance productivity, improve safety, and lower labor costs in construction operations.
PaintJet is a company that specializes in automated painting solutions for the construction industry. Their robotic systems are designed to efficiently apply paint and coatings to large surfaces, such as walls and ceilings, with high precision and consistency. By automating the painting process, PaintJet aims to improve application speed, reduce labor costs, and ensure a uniform finish, enhancing overall productivity and quality in construction projects.
Promise Robotics is a company that develops robotic solutions for automating various tasks in the construction industry, including material handling and site inspection. Their robotic systems are designed to enhance efficiency and precision in construction workflows by automating repetitive and labor-intensive tasks. By leveraging advanced robotics and AI technology, Promise Robotics aims to improve productivity, reduce labor costs, and ensure higher quality and safety in construction projects.
Q-Bot is a company specializing in robotic solutions for building insulation and energy efficiency. Their primary product, the Q-Bot robot, is designed to apply insulation to hard-to-reach areas, such as beneath floors, using advanced robotics and thermal imaging. By automating the insulation process, Q-Bot aims to enhance energy efficiency, reduce manual labor, and improve overall building performance.
Robosurf is a construction robotics company that focuses on developing robotic systems for automating surface preparation tasks. Their robots are designed to efficiently perform tasks such as grinding, sanding, and cleaning various surfaces, including floors and walls. By integrating advanced robotics and automation into these processes, Robosurf aims to improve surface quality, enhance productivity, and reduce manual labor and associated costs in construction projects.
Discussion
Be the first to leave a comment.
You must be a member of the BuiltWorlds community to join the discussion.