COBOD, a leader in 3D printing for the construction industry, has announced the development of its third 3D printer model, the BOD3 3D Construction Printer. This newest model is set to release with game-changing features, including an extendable ground-based track for continuous printing. It can print multiple buildings at once and also supports printing “real” concrete to support the use of local sand and gravel.
The development of this newest printer stems from COBOD’s desire to optimize printing speed and support high-volume, low-rise construction. Since the BOD3 supports continuous printing, the company expects multi-housing and row-housing to be popular use cases. The speed and efficiency lower downtime between buildings and are expected to lower overall construction costs.
Like the previous iterations, the BOD3 model offers deep customization, allowing it to fit specific size specifications and meet worldwide construction size compliance standards.
“There are fewer columns to be set up, so overall it is just a simpler and more efficient process,” said Jonathan Riise, Head of Research and Development at COBOD. “The BOD3 will definitely help with low-rise residential construction. From what we’ve seen in research and statistics, there’s a need for low-story buildings, because people are in need for proper homes. Homes that are built to last!”
The 3D printer and supplementary equipment are operated and monitored from a single system. The transport of the printable materials is made by the Advanced Hose Management System (AHMS), which transports the materials delivery system to the printhead thanks to hoses stabilized with E-chains. This reduces physical labor for workers and maximizes printed material flow.
The BOD3 has been globally tested and is already operational in Indonesia, Angola, and Bahrain.
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Despite its critical role in shaping infrastructure, the construction industry has been slow to adopt new technologies. This reluctance can be attributed to a variety of factors—industry fragmentation and complexity, resistance to change, safety concerns, and unions—many of which are deeply rooted in the industry’s operations and culture.
6 reasons why the construction industry is slow to adopt tech
1. Industry fragmentation and complexity
One of the primary reasons for the slow adoption of tech in construction is the industry’s inherent fragmentation and complexity. Construction projects typically involve many stakeholders, including contractors, subcontractors, suppliers, and clients, each with their own systems and processes. Coordinating these various elements into a cohesive operation that integrates new technology can be difficult, leading to resistance or delays in tech adoption.
2. Resistance to change
Another significant hurdle to technology adoption in construction is the industry’s resistance to change, particularly among its aging workforce. The average age of a construction worker in North America is 42, and many have spent decades working with familiar methods and tools. This demographic often views new technology as unnecessary or disruptive to established workflows.
Additionally, the construction industry has long depended on manual processes and paper-based systems, with many companies still using physical plans and blueprints. This heavy reliance on traditional practices can hinder the adoption of new technologies, as workers accustomed to established routines may resist changes to their workflow. Overcoming this resistance requires introducing new tools and changing deeply ingrained attitudes toward tech and innovation within the industry.
3. Unions
Labor unions have a love-hate relationship across the industry. While they provide support and great benefits for workers, they are also extremely bureaucratic, slowing the adoption of new technology or processes due to concerns about job security and changes to established practices. While beneficial in some respects, this protective stance can create situations where certain procedures become decades behind effective solutions already in place in modern companies. It also creates additional barriers for companies trying to implement technological advancements, requiring careful negotiation and collaboration to move forward.
4. Safety concerns
Safety is crucial in the construction industry, and any new technology must prove that it won’t compromise worker safety. In some cases, introducing new tools or equipment might introduce unknown risks or require significant changes to safety protocols, which can be met with skepticism. Additionally, construction companies are often cautious about implementing technologies that may disrupt existing safety procedures, as the potential for accidents or injuries during the transition phase can be a significant deterrent.
5. High initial costs
Adopting new technology often comes with a hefty price tag, which can be a major deterrent, especially for smaller construction firms operating on tight margins. The cost of purchasing, implementing, and maintaining new tech and the necessary training for workers can be overwhelming. Many companies may opt to stick with traditional methods rather than making a substantial financial investment in unproven technology, fearing the returns won’t justify the costs.
6. Lack of skilled workforce
The current construction industry faces a significant skills gap, particularly when it comes to technology. Since many of the workers are over forty, they lack the technical expertise required to operate new software, machinery, or tools effectively. This lack of skilled personnel not only slows the adoption of new technologies but also increases the risk of implementation failures. Without proper training and support, even the most advanced technology can become a burden rather than a benefit, leading to hesitancy in its adoption.
In addition, construction companies are having a hard time attracting young talent who is well-trained and capable of working with new-age tech since so many of them have outdated procedures, while other industry fields are way ahead.
The benefits of tech for construction
Increased productivity
Studies show that integrating proven construction technologies, coupled with their predictability and reliability, can boost construction industry productivity by 30% to 45%. For example, cloud-based platforms enable real-time collaboration and automated project management, ensuring that all stakeholders have instant access to the latest data, keeping projects on schedule, and reducing administrative tasks. Drones enhance productivity by quickly and accurately surveying sites, capturing data for mapping and inspections, and improving safety by accessing hazardous areas, all of which contribute to faster project completion and cost savings. Tools like Building Information Modeling (BIM) and project management software allow for better planning, real-time tracking, and efficient resource allocation, reducing delays and increasing overall output. But these are just the tip of the iceberg.
Safer work environments
Technology can significantly enhance safety on construction sites by automating hazardous tasks and providing real-time monitoring. For example, drones can be used for site inspections, reducing the need for workers to perform dangerous climbs or enter unsafe areas. Wearable technology and IoT devices can monitor worker health and environmental conditions, alerting teams to potential risks before they become serious issues. These advancements help create a safer working environment, minimizing accidents and injuries.
Greater efficiency
Adopting technology leads to more efficient construction operations by optimizing workflows and reducing waste. Advanced machinery, such as automated bricklaying robots or 3D printers for building components, speeds up construction processes and ensures precision. Technology like GPS-guided equipment also ensures that materials are used more accurately and efficiently, reducing material waste and lowering overall costs. This enhanced efficiency benefits project timelines and contributes to more sustainable construction practices.
Lower costs and increased ROI
While adopting new technology has an upfront cost, once the processes are ironed out, technology generally leads to significant cost savings and a higher return on investment (ROI). The integration of advanced project management software, for instance, allows for more accurate cost estimates and budget control, reducing the likelihood of costly overruns and delays. By optimizing resource allocation and minimizing waste through tools like predictive analytics and AI-driven scheduling, construction companies can complete projects more efficiently, directly contributing to increased profitability.
Environmental sustainability and waste reduction
Technologies such as prefabrication and modular construction contribute to environmental sustainability by minimizing material waste and enhancing quality control. Additionally, using green building materials and energy-efficient systems reduces the environmental footprint of construction projects. These practices support global sustainability goals and attract eco-conscious clients, potentially expanding business opportunities.
Tips to overcome tech adoption challenges in construction
1. Implement comprehensive training programs
Construction companies should invest in comprehensive training programs to ease the transition into using new technologies. These programs should help workers of all experience levels become proficient with new tools and systems, ensuring they feel confident and capable when using the technology.
2. Be patient and persistent
Technology adoption is a gradual process that requires patience. Companies should set realistic timelines and expectations, recognizing that achieving full integration might take time. Continuous support and encouragement can help maintain momentum and reduce resistance to change.
3. Engage stakeholders early
Getting buy-in from all stakeholders, including unions, management, and frontline workers, is crucial for successful tech adoption. Early and transparent communication about the benefits and impact of the new technology can help alleviate concerns and build trust, paving the way for smoother implementation.
4. Start small with pilot projects
Before rolling out new technology company-wide, consider starting with small pilot projects. This approach allows testing and refining the technology on a smaller scale, making adjustments as needed. Successful pilot projects can serve as proof of concept, demonstrating the benefits and easing the path for broader adoption.
Bottom line
The construction industry’s slow technology adoption stems from various challenges, including resistance to change, industry fragmentation, and a lack of skilled workforce. However, the benefits of embracing new technology—increased productivity, improved safety, and enhanced collaboration—are undeniable. While it may take time, the companies that do embrace the change will ultimately position themselves for greater efficiency, sustainability, and profitability in the long run. The future of construction lies in the successful integration of these innovations.
SunRay Construction Solutions has become a vital player in transforming construction compliance and streamlining lien management for contractors, suppliers, and project owners. With a comprehensive suite of software-driven tools, SunRay ensures that construction companies can manage legal documentation, stay compliant with regulations, and receive payments on time, reducing the risk of costly disputes.
Streamlining compliance with SunRay’s automated solutions
Their flagship software, SunRay Lien Manager, automates tasks like filing preliminary notices and tracking lien waivers. This helps construction professionals manage deadlines, prepare and submit documents, and comply with state-specific regulations, giving them peace of mind that nothing falls through the cracks.
Its main offerings include:
Preliminary notice filing: Automates the process of filing notices and sending reminders about critical deadlines.
Lien waiver management: Centralizes waiver collection and tracking, ensuring that all documents are in compliance.
Release tracking: Keeps all project documents in one place, reducing the chance of missing vital deadlines or losing critical paperwork.
Customizable compliance settings: Allows users to adjust the system for specific state regulations, ensuring they meet legal requirements at every stage.
By automating these functions, SunRay Lien Manager significantly reduces manual work, improving accuracy and saving time for construction companies, who can focus on their core operations.
Named top construction technology firm four years in a row
SunRay’s dedication to innovation and efficiency has earned it the distinction of being named one of the Top Construction Technology Firms™ for four consecutive years. This recognition highlights the impact their technology has on the construction industry, from streamlining compliance processes to reducing legal risks. Their solutions integrate seamlessly with existing project management systems, allowing firms to scale efficiently while maintaining full control over their lien rights and compliance responsibilities.
By leveraging SunRay Lien Manager, construction companies can reduce the administrative burden of compliance, lower their risk of disputes, and ensure they get paid on time—helping the entire industry operate more efficiently.
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In the fast-paced construction industry, efficiently tracking equipment, tools, and materials is crucial for maintaining productivity and safety. Advancements in technology have led to the development of innovative solutions that streamline these processes. Construction tech companies like Tenna and Rooster are two companies changing the landscape of construction safety through their advanced tracking systems.
Top 10 construction tech companies for equipment, tool, and material tracking
1. Milwaukee One-Key
Milwaukee Tool’s One-Key is a digital platform designed to enhance tool and equipment management in the construction industry. By integrating Bluetooth technology into their tools, One-Key enables users to track, manage, and customize their equipment through a centralized app. This system offers real-time tracking, inventory management, and the ability to set performance parameters for tools, ensuring optimal usage and reducing downtime.
2. DeWALT Tool Connect Site Manager
DEWALT’s Tool Connect Site Manager is an inventory management platform tailored for the construction industry that is similar to One-Key. Through a cloud-based system, it allows users to add, assign, and track tools and equipment across multiple job sites. The platform provides updates on equipment location and status by integrating Bluetooth-enabled products, such as tools, batteries, tags, and connectors. This connectivity enhances accountability and reduces the risk of lost or misplaced tools. The system also offers automated reports and customizable audits, enabling managers to maintain a live view of their assets to streamline operations.
3. Tenna
Tenna is an all-in-one equipment management platform specializing in equipment fleet operations. It offers solutions for tracking and managing mixed fleets, including heavy equipment, vehicles, and tools. Using GPS tracking devices and a unified platform, Tenna provides live visibility into asset locations, utilization, and maintenance needs. By centralizing these functions, Tenna streamlines workflows and enhances project efficiency, making it a comprehensive solution for equipment management in the construction industry.
4. Busybusy
Busybusy is a cloud-based time tracking and project management software specifically tailored to non-desk industries, including construction businesses. Launched in 2010, the app was developed by construction professionals who sought to solve the unique challenges faced by those in the field, such as mobile workforce management and real-time project tracking. With this app, you no longer have to rely on paper time cards to clock in, reducing payroll stress and labor costs. It also provides accountability and easier job costing.
5. Rooster
Rooster is a construction technology company offering an innovative asset-tracking system to improve equipment management. Their solution comprises Rooster Hubs and Activity Trackers, which monitor powered and unpowered equipment. The system provides real-time data on equipment location and usage, enabling construction professionals to optimize asset utilization and reduce downtime. In addition, Rooster’s platform automates reporting, delivering accurate insights into equipment activity without manual intervention.
6. Kojo
Kojo is a one-stop shop for purchasing materials, tool tracking, and inventory management. Built for trade contractors, their platform streamlines the entire procurement process, from planning and purchasing to monitoring and payment. This ensures that materials are efficiently managed throughout a project’s lifecycle. By integrating with existing ERP and project management systems, Kojo provides visibility into material costs and inventory levels, helping contractors reduce waste and control expenses. Overall, the platform’s user-friendly interface and comprehensive features make it a valuable tool for material management.
7. Remarcable
Dedicated to the electrical contractor industry, Remarcable provides cloud-based procurement and tool management software. By integrating material ordering, tool tracking, and warehouse inventory into a single system, Remarcable enhances efficiency and communication across field, warehouse, and office teams. The platform offers features such as automated inventory management and seamless integration with accounting software. These capabilities help contractors minimize costs and increase project management efficiency. Remarkable’s sole focus on the electrical contracting industry makes this product a standout for any general contractor in the electrical field.
8. StructShare
StructShare is a cloud-based platform designed to streamline the procurement and material management processes for specialty trade contractors. By connecting field teams, procurement, and accounting departments, StructShare enables seamless collaboration throughout the purchasing cycle. The platform offers features such as instant field ordering, automated purchase orders, and real-time inventory tracking, helping contractors reduce manual data entry, prevent ordering mistakes, and gain control over spending.
9. On!Track
Hilti’s On!Track is an asset management solution that offers live visibility into tools, equipment, and consumables, enabling efficient tracking and management across multiple job sites. By utilizing a barcode and Bluetooth tags, On!Track provides accurate data on asset location, usage, and maintenance schedules. This system helps contractors reduce downtime, prevent loss or theft, and ensure compliance with safety regulations. Additionally, On!Track integrates with existing business processes, offering a user-friendly interface accessible via desktop and mobile devices.
10. Apptricity
Apptricity is a leading provider of supply chain management and asset tracking solutions. Their platform integrates technologies such as GPS, RFID, Bluetooth®, LTE, Satellite, and OBD2 to deliver precise tracking and management of assets. This combination lets Apptricity track indoor and outdoor equipment, providing real-time updates on location and usage. The platform integrates easily with other systems and delivers precise analytics to help users plan maintenance and stay compliant. This flexible setup makes Apptricity ideal for companies that need strong, scalable tracking across complex job sites.
Final thoughts
Choosing the right technology partner for tracking equipment, tools, and materials can impact your project’s success. When choosing the right software, consider your project’s specific requirements, such as the scale of asset management, integration capabilities, and user-friendliness. It’s also important to consider costs based on your budget. With the majority of these software having overlap in their capabilities, using one that’s cost-effective will lead to more savings down the line.
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Hand and finger injuries account for nearly 50% of accidents in drilling industries, and manual rod-handling is a significant cause. Two Canadian companies have collaborated to make these injuries a thing of the past. The RodBot—a hydraulic rod-handling robot—is the result of a partnership between Ontario-based MedaTech and New Brunswick-based Major Drilling.
MedaTech explains that the RodBot is “a hydraulic robotic rod-handling system designed specifically for the seamless loading and unloading of drill rods and casing.” The RodBot can handle pipes up to 35 feet long and 12” in diameter, automatically picking up and loading them.
Operating the RodBot is simple and requires just one operator: program the positions for the drill mast and rod storage, then press “repeat,” and the RodBot takes care of the rest. This hands-free system allows for seamless rod loading without the risk of worker accidents or injuries.
Photo source: MedaTech.
The RodBot has three distinct joints and can be operated in three different modes:
Joint control: The operator operates each joint on its own by using a joystick.
Tip control: Using the joystick, operators can control the tip of the RodBot, moving it horizontally, vertically, and laterally while the software moves each of the joints as programmed.
Semi-auto control: The operator sets the rod storage and drill mast positions, and the RodBot does the rest.
This handy rod-loading robot also comes in three different models tailored to different applications.
RB1000
RB2000
RB3000
Max load/reach
200 lbs, 15 ft
800 lbs, 15 ft
1200 lbs, 30 ft
Diameter
2.5” to 5”
3” to 8”
5.5” to 12”
Mounting
Skid
Drill
Pipe tub
Powerpack
Powered off drill
Powered off drill
Plug-in electric with hydraulic power pack
MedaTech was founded in 2003 and specializes in building mobile heavy equipment for several sectors, including energy, mining, construction, and transportation. Major Drilling was established in 1980 and is crucial in supplying materials for green energy solutions. The RodBot has been in development since 2021.
In 2024, construction leaders are looking to advanced safety technologies to protect workers, minimize accidents, and boost site efficiency. Innovative companies like Salus, Hammertech, and Safety-Reports.com are at the forefront, developing tools that streamline compliance, enhance real-time risk management, and make safety accessible on every job site. With these groundbreaking solutions, the construction industry is embracing a new era of tech-driven safety, aiming to reduce hazards and ensure every worker returns home safely each day. Here’s a closer look at the top companies driving this transformation.
Quick looks:
Construction safety is advancing, and top innovators like Salus, Hammertech, and SiteDocs are leading in 2024 with real-time monitoring, wearable tech, and streamlined compliance.
Companies like E-Mod and Safety-Reports.com provide data-driven tools that proactively reduce risks, optimize safety protocols, and help construction firms lower accident rates and insurance costs.
New tech from Pillar Technologies and Real Time Risk Solutions brings real-time environmental monitoring and hazard detection to job sites, helping managers prevent incidents before they escalate.
From safety wearables to mobile safety management, these technologies support a safer, more compliant construction industry, empowering workers and managers to uphold high safety standards.
Top 10 tech companies impacting construction safety
1. Salus
Salus has made a name for itself in the construction industry by developing safety management software that’s accessible, intuitive, and impactful for teams on the ground. Built with a focus on the real-world challenges workers face, Salus enables companies to streamline safety protocols, track compliance, and empower field teams with tools that work seamlessly on mobile devices.
The industry’s complacency with risk normalization is a critical blocker to worker safety. “Workers are cutting corners because they’re doing repetitive work,” says Ian Gray, account executive for Salus. “Routine actions often lead to unsafe practices, which become part of worker behavior.” Salus is committed to breaking that cycle by making safety management tools easy and accessible.
Salus’s approach also considers the diverse workforce in construction, ensuring that even those who might not be digitally savvy or lack individual user profiles can still engage with safety systems. “There are still a lot of workers in the field who don’t have email addresses,” Gray says, explaining how Salus incorporates solutions like QR codes so everyone can access and contribute to safety data. This inclusivity means Salus gathers a complete picture of what’s happening on-site, creating “ground truth” data that reflects the reality of the work environment.
Salus’s emphasis on safety as an investment, not a cost, is another standout philosophy. “The ones that see [safety] as an investment are the ones that see better productivity, profitability, and reputational enhancements,” says Gray. Salus aligns its platform to promote these values, supporting construction companies in reducing incidents and retaining a safer, more motivated workforce. “At the end of the day, can you afford not to invest in safety tech solutions?” he asks.
2. E-Mod
E-Mod specializes in risk assessment and insurance management solutions tailored for the construction industry. Focusing on reducing workplace hazards, E-Mod offers tools that help construction companies track and optimize safety protocols, creating a safer environment on-site. By providing real-time insights and analytics, their platform enables teams to proactively identify and address potential risks, ensuring safety measures are in place before issues arise.
This proactive approach directly impacts accident rates and insurance costs. For companies using E-Mod, fewer incidents mean fewer claims and, often, more favorable insurance premiums. E-Mod’s focus on risk management and efficiency positions it as an invaluable partner for construction firms looking to protect their workforce while improving their bottom line.
3. Safety-Reports.com
Safety-Reports.com is on a mission to simplify safety inspections and reporting for construction teams, aiming to make safety management straightforward and efficient. The platform provides tools that allow managers to conduct thorough safety inspections, observations, and reports easily.
Key offerings include customizable forms, inspection and observation tools, and user-friendly software compatible with iOS and Android devices. With these features, managers can quickly capture findings, document issues, and produce real-time reports, streamlining the entire reporting process.
By empowering managers to catch safety issues early, Safety-Reports.com plays a pivotal role in ensuring compliance and reducing incidents on construction sites. The platform’s accessible, customizable features support construction teams in maintaining high safety standards, fostering a safer work environment for everyone on-site.
4. SkillSignal
SkillSignal provides digital safety training and workforce management tools tailored specifically for the construction industry. With a strong focus on keeping teams informed and compliant, SkillSignal equips companies with the resources needed to ensure everyone on-site understands safety protocols.
Key offerings include comprehensive safety training modules, compliance tracking, and access management tools that simplify safety administration. SkillSignal’s training modules cover essential safety practices, while its compliance tracking helps managers stay on top of regulatory requirements. The access management features also enable streamlined control over who can enter specific areas, enhancing on-site security.
By making training and compliance more accessible, SkillSignal plays a crucial role in building safer, more informed teams. Its platform empowers workers to stay compliant and knowledgeable about safety practices, contributing to a culture of safety that ultimately reduces incidents and fosters a proactive approach to risk management.
5. KPA
KPA is a prominent player in the construction industry. It focuses on risk management, compliance, and safety training to help companies protect their workforce and streamline safety processes. By combining powerful software solutions with expert consultations, KPA provides a well-rounded approach to safety and compliance that adapts to the unique demands of construction sites.
KPA’s offerings include software tools for tracking safety protocols, managing compliance tasks, and facilitating training programs tailored to construction needs. Their expert consultations add extra support, helping companies interpret regulations, identify risks, and implement effective safety practices.
Through its comprehensive solutions, KPA has become a trusted partner for construction firms looking to improve safety standards and reduce risk. By offering digital tools and expert guidance, KPA enables companies to proactively manage safety, reduce incidents, and create a more compliant, safety-focused work environment.
6. Real Time Risk Solutions (RTRS)
Real Time Risk Solutions (RTRS) is an innovator in real-time risk assessment technology. It provides construction teams with tools to identify and address hazards as they arise. RTRS has developed solutions that allow immediate hazard identification, real-time monitoring, and proactive safety management, helping construction companies avoid potential risks.
Key offerings from RTRS include advanced systems for identifying hazards on-site, monitoring conditions continuously, and proactively managing safety protocols. Their technology empowers construction managers to respond swiftly to emerging risks, minimizing the chances of accidents and ensuring that safety measures are always up to date.
By enabling rapid response to on-site hazards, RTRS enhances worker protection and strengthens safety culture across construction teams. Their technology-driven approach ensures that risks are identified early and managed effectively, creating a safer and more resilient work environment.
7. Aatmunn (previously GuardHat)
Aatmunn, formerly GuardHat, is at the forefront of wearable technology and IoT solutions designed to enhance worker safety in high-risk construction environments. Specializing in connected devices, Aatmunn offers innovative safety wearables that help monitor worker locations, send alerts, and track real-time safety metrics.
Key offerings from Aatmunn include connected helmets and other wearable devices equipped with location tracking, alert systems, and continuous safety monitoring. These devices allow workers and managers to communicate seamlessly, quickly respond to potential risks, and maintain high awareness across the job site.
By enabling real-time safety interventions, Aatmunn’s technology is crucial in reducing hazards in high-risk areas, where quick responses are vital. The constant flow of data and alerts from their wearables empowers construction teams to prevent incidents before they escalate, fostering a safer, more proactive work environment.
8. Pillar Technologies
Recon Dynamics’ Pillar Technologies specializes in environmental monitoring solutions for the construction industry. By focusing on job site environmental conditions, Pillar helps construction teams stay aware of potential hazards that could compromise safety and project integrity.
Pillar’s key offerings include smart sensors to monitor critical environmental factors such as temperature, humidity, air quality, and more. These sensors provide real-time data, allowing teams to monitor changing site conditions that might affect worker safety or the quality of materials.
With its technology, Pillar minimizes environmental risks by ensuring that conditions on-site remain within safe parameters. By alerting teams to potential issues before they become problems, Pillar’s solutions help construction teams create safer, more controlled environments that protect workers and keep projects on track.
9. Hammertech
Hammertech plays a vital role in safety and quality management for the construction industry, providing digital tools that streamline essential safety processes. Known for its comprehensive approach, Hammertech equips construction teams with everything they need to manage inspections, permits, and compliance, all while offering real-time data access.
Key offerings from Hammertech include user-friendly tools for conducting safety inspections, managing permits, tracking compliance, and accessing data in real-time. By centralizing these functions, Hammertech helps construction managers maintain a clear, up-to-date view of safety protocols and site conditions, allowing for proactive management of potential risks.
Through its streamlined safety management processes, Hammertech enhances safety and quality on construction sites. By simplifying complex safety tasks, Hammertech enables teams to focus on maintaining high standards, reducing incidents, and promoting a culture of accountability and excellence in safety management.
10. SiteDocs
SiteDocs is a digital safety management company specializing in compliance and document tracking to support safer, more organized construction sites. Designed to simplify the often complex world of safety documentation, SiteDocs provides tools that make it easier for teams to track compliance and stay up-to-date with regulatory requirements.
Key offerings from SiteDocs include mobile-friendly safety compliance solutions, real-time document management, and comprehensive data tracking. With SiteDocs, construction teams can access and update safety records directly from the field, ensuring that critical information is always at their fingertips and readily accessible for audits or inspections.
By making compliance and documentation more manageable, SiteDocs enables construction teams to maintain accurate safety records, meet regulatory standards, and enhance on-site safety. This focus on seamless document management allows teams to stay organized and compliant, contributing to a safer, more efficient work environment.
The bottom line
Together, these tech companies are transforming safety standards in the construction industry, offering solutions that enhance on-site safety, streamline compliance, and improve overall efficiency. From real-time risk assessment to environmental monitoring and accessible safety documentation, each company provides unique tools that address the complex challenges construction teams face daily.
In an industry where safety is paramount and regulations continue to evolve, adopting tech-driven solutions is no longer optional—it’s essential. Embracing these technologies protects workers, boosts productivity, reduces incidents, and ensures that companies remain competitive in a demanding field. By integrating these innovative safety tools, construction firms are setting a new standard, creating safer, more resilient environments where teams can work with confidence.
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Join is changing construction with a digital workspace for team collaboration and decision-making. It brings owners, general contractors, and designers together, keeping everyone up to date on costs, options, and schedules. Join’s tools help project teams streamline preconstruction, identifying potential issues early to prevent surprises down the line.
Real-time collaboration
The heart of Join’s platform lies in its collaboration features. By giving stakeholders a shared view of project costs and design choices, Join creates transparency across the board. Team members can quickly share updates, discuss revisions, and assess the financial impacts of changes in real-time. This immediate communication helps prevent misunderstandings that could otherwise lead to costly delays.
Data-driven budgeting
Join’s platform also emphasizes budgeting and cost management. Through an intuitive interface, users can track estimated and actual costs side-by-side, making it easier to stay within budget. This visibility gives teams a clearer picture of financial progress, allowing them to adapt efficiently when costs change or unexpected expenses arise.
Easy integration with other tools
To streamline workflows, Join integrates with popular construction management software like Procore. This integration eliminates the need for duplicate data entry and ensures project details stay consistent across platforms. It’s a time-saver for teams already using these tools and keeps everything in sync, minimizing administrative burdens.
Tracking accountability
Accountability is crucial in construction, and Join enables tracking of who approved what and when, keeping project records detailed and accurate. This is particularly valuable for documenting critical decisions that involve multiple team members and stakeholders. With Join’s tracking features, teams have a reliable way to trace decisions, fostering a culture of accountability and precision.
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Trimble has introduced a free version of its popular ProjectSight software to democratize access to powerful project management tools for the construction industry. This move aligns with Trimble’s vision to enhance connectivity and efficiency across project workflows. The free version provides contractors a centralized platform for managing essential project documents like drawings, photos, specifications, and punch lists.
Photo source: Trimble
A democratized solution for project management
ProjectSight’s free version offers a real-time platform for managing critical project documents, including drawings, photos, specifications, and RFIs (Requests for Information). This helps connect and simplify project workflows across teams, architects, engineers, and project owners. In addition, for contractors who previously found construction management tools too costly or complex, this version provides an entry point into a technology-driven approach to construction.
“A no-cost version of ProjectSight removes barriers to entry and presents a simple way to experience the project management benefits,” said Jon Fingland, Vice President and General Manager for Trimble Construction Software Solutions. With customizable dashboards and centralized document management, ProjectSight helps teams minimize risk and make faster, more informed decisions.
Automation powered by AI
One of ProjectSight’s standout features is its AI-driven capabilities, developed in collaboration with Microsoft. These tools automate repetitive tasks, improve accuracy, and save valuable time. A new drawing import feature leverages AI to read and extract critical information from project drawings, such as revision numbers and content details, eliminating the need for manual data entry.
“The specialized drawing tool goes beyond standard optical character recognition, enabling teams to upload and publish drawing sets more quickly,” Fingland explained. “This makes it much faster to upload, validate, and publish drawing sets without re-keying information.”
By incorporating Microsoft Azure OpenAI Service, Trimble’s AI developments allow construction professionals to shift their focus from administrative work to more strategic, high-value tasks.
Who is this software for?
The free version of ProjectSight is made for contractors who want essential project management tools without a financial commitment. It’s a great way to see what these project management tools are capable of. If you’re a contractor who’s looking to reduce time spent on administrative tasks and a way to organize your project outcomes, this tool is a must-try.
For those needing advanced features, paid subscriptions to ProjectSight provide additional capabilities such as unlimited projects, advanced cost management, and integrations with Trimble’s Viewpoint® Vista™ and Spectrum® construction software. If you’re unsure whether this software can be helpful in your projects, it doesn’t hurt to try the free version first.
How to get started
Construction professionals can access and install the free version by creating an account on the ProjectSight website. The user-friendly platform makes it an accessible option even for teams new to digital project management tools.
Trimble’s latest offering highlights its role as a leader in construction technology. With a free version now bridging the gap between innovation and accessibility, the industry is set to see a more significant shift towards using software for project management.
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With physically demanding jobs and exposure to hazards like heavy machinery, extreme weather, and elevated work sites, construction workers face unique risks every day. Wearable tech, once the domain of fitness enthusiasts, is now enhancing on-site safety, reducing health risks, and improving overall employee wellness. From smart helmets to real-time health monitoring devices, construction companies are embracing these innovations to protect their workforce, improve job site efficiency, and reduce operational costs.
What is wearable technology?
Wearable technology refers to smart devices worn on the body that can track, monitor, and even improve health and safety metrics. In the construction industry, wearables have evolved beyond fitness trackers and smartwatches and are now designed specifically for high-risk environments. These include smart helmets, augmented reality glasses, and smart boots, all equipped with sensors and analytics that help monitor worker health, safety, and productivity in real time.
How wearable tech improves employee wellness
Better health awareness
One of the most immediate benefits of wearable tech is the ability to continuously monitor a worker’s health and physical status. In construction, where strenuous activities like heavy lifting and working in extreme conditions are common, these devices can detect early signs of overexertion, dehydration, or heat stress before they become critical issues.
Increased employee engagement
Wearable technology can also improve employee engagement, which is particularly important in high-turnover industries like construction. Companies can introduce gamified wellness programs to incentivize workers to participate in health challenges.
Data-driven health insights
Wearable tech in construction doesn’t just help individual workers monitor their health—it also generates valuable data for employers. Wearable devices can track workers’ location, movements, and even falls, sending alerts if someone is in distress or entering a hazardous area. Over time, this data can help construction companies identify trends, such as common injury-prone tasks or areas where safety protocols need improvement.
Reduced healthcare costs
By using wearable technology, construction companies can significantly reduce healthcare costs. Early detection of health risks—like fatigue, heat exhaustion, or improper lifting techniques—allows for timely interventions, reducing the likelihood of severe injuries that can lead to expensive medical bills and prolonged absences.
Types of wearable tech used on construction sites
Wearable technology offers a wide range of options for enhancing safety and wellness on construction sites. Here are some of the most commonly used types of wearable tech in construction:
Smart helmets: Equipped with sensors to monitor fatigue, detect impacts, and alert workers to hazards, smart helmets improve on-site safety.
Augmented reality glasses: These glasses overlay digital information onto the real world, helping workers identify risks and improve accuracy while working.
Smartwatches: These devices track vital signs like heart rate and alert workers or supervisors to potential health risks, such as fatigue or dehydration.
Exoskeletons: Assist workers in heavy lifting by reducing the strain on muscles and joints, preventing injuries.
Smart vests: Monitor environmental conditions like temperature and air quality, alerting workers when they need to take action to stay safe.
How to choose the right wearable technology
Accuracy
Accuracy is crucial when selecting wearables for construction workers, as incorrect data could lead to missed health risks or safety hazards. Devices should reliably track health metrics, like heart rate and fatigue, and monitor location to ensure workers are operating safely. Opt for wearables that consistently provide precise, real-time data to protect your workforce.
Battery life
Wearables must last through the entire workday, especially in construction environments where access to charging is limited. A minimum of 12-24 hours of battery life is ideal to ensure continuous monitoring without interruption. Longer battery life enhances the reliability of health and safety data collection.
Features
The right wearable should come equipped with features that meet the specific needs of a construction site. Whether it’s fall detection, real-time location tracking, or environmental monitoring, wearables should enhance safety and productivity. Focus on devices that align with the operational risks your workers face.
User-friendliness
Wearables should be easy to use, especially in construction environments where workers may not have time for complex devices. Simplicity in design and intuitive interfaces ensure workers can operate the technology efficiently without compromising their safety. Devices that require minimal training are more likely to be adopted across the workforce.
Data privacy
Protecting sensitive data, such as health metrics and location, is essential when using wearables. Ensure that any wearable technology complies with data privacy regulations and provides encryption to safeguard worker information. Clear policies on data use and access must be in place to maintain trust and compliance.
Integration capabilities
Integrating wearables with existing safety systems or management platforms is crucial for maximizing their effectiveness. Wearables that can seamlessly connect with other devices or software ensure smoother operations and more accurate data analysis. This integration helps streamline both safety protocols and workforce management.
Integrating wearable tech into your wellness program
Introducing wearable technology to your workforce should start with a clear plan. Begin with pilot programs to test the technology with a small group of workers, gathering feedback before rolling it out company-wide. It’s important to involve workers in decision-making to increase their buy-in and ensure smoother adoption.
Start with training: Training is key to the successful integration of wearables. Providing hands-on sessions where workers can learn to use the technology effectively, focusing on both the benefits for their health and the practical ways to improve safety.
Bring awareness to benefits: Communicating the benefits of wearables is essential to their long-term adoption. Workers must have access to explanations on how these devices protect workers, reduce accidents, and improve their health.
Monitor and adapt: After implementing wearable technology, it’s crucial to continuously monitor its effectiveness and alter your program based on the data collected. Regularly review health trends and worker feedback to adjust safety protocols or wellness initiatives.
Bottom line
Wearable technology is revolutionizing the construction industry by improving safety, enhancing worker health, and driving productivity. When properly integrated into wellness programs, these devices offer a proactive approach to detecting risks, preventing injuries, and managing overall employee well-being. By carefully selecting the right technology, construction companies can create a safer, healthier, and more engaged workforce.
AI has impacted hundreds of industries, and construction is no exception. Tech companies like Document Crunch, AIM, and Togal have developed AI-powered tools to help construction professionals simplify the contract process, design buildings from start to finish, and even operate heavy machinery autonomously.
Top 7 AI tech companies impacting construction
1. Document Crunch
Most construction projects involve multiple contracts, and these long, complicated documents can pose a significant pain point for everyone involved. In a survey, 60% of people say they take more than a day to review a contract, while 75% said that they were a “pain in the butt to review.”
Document Crunch has leveraged their AI-driven platform to change that, simplifying the complex language of contracts and making them simple to understand, revise, sign, and comply with. By uploading a contract to Document Crunch, you can reduce review time by 80%, receive an in-depth summary (that’s also easy to understand), and review any relevant issues, omissions, or provisions.
Its program is designed to increase the efficiency of the contract review process and support project execution by enabling teams to understand and comply with critical contract provisions to mitigate risk.
2. Hypar
Hypar uses AI-powered generative design to make it simple for design teams to create plans and building models. Hypar explains that their software allows you to create intuitively instead of having to start each design from scratch: “Rather than drawing individual walls, you can tell Hypar how your walls should be built and let it generate them in a way that coordinates with your other systems and surfaces useful project data. You can also reuse your wall logic on a similar project.”
The Hypar program also creates an environment perfect for collaboration, allowing multiple users to work together in real-time. This planning application enables users to design, analyze, track metrics, and visualize the finished space all in one program. Users can take elements from one project (like a code-compliant fire sprinkler layout) and apply them to another, saving time and maintaining consistency and accuracy across designs.
3. Togal.AI
Project estimating used to be an onerous task. It can take days—or even weeks—to measure and label everything in an architectural drawing to accurately estimate the materials needed and their cost. Togal.AI created a program that uses AI to automate this process, making it up to 80% faster. The Togal.AI platform eliminates manual counting and measuring, using an AI-image search to quickly find any object, symbol, or tag in the construction plans, from electrical outlets to sprinkler heads, making it easy to provide project totals.
In an interview with the South Florida Business Journal, Togal.AI founder Patrick Murphy says that the technology is already helping companies save thousands of hours and millions of dollars, “To give an example, estimators at Coastal Construction used Togal.AI to cut their workload by 40%. That saved about 10,000 hours of work, or roughly $1 million in a year’s time.” Togal’s revenue increased by 940% in 2023 as companies eagerly embraced the AI-driven method of improving the project estimating process.
4. Dozer
Dozer creates AI-powered cameras that can be attached to almost any construction equipment, providing a 360-degree view of your surroundings—including the cabin and bucket. With its innovative AI platform, Dozer provides a live video feed that can be accessed remotely, and its AI-powered software documents collisions, near misses, and human proximity and calculates each machine’s risk level. Dozer compiles all this data into a handy dashboard, allowing you to keep tabs on the job site no matter where you are. You also receive real-time safety alerts about accidents or close calls, so you’re always kept up to speed instead of getting an incident report after the fact.
To install the Dozer system, you just need a 12V power source. With its included wire management system, sensor clips, and camera mounts, the camera can be retrofitted to virtually any machine.
The Dozer platform is available for desktops and as an app for iPhones and Android devices.
5. Augmenta
According to tech company Augmenta, architects, engineers, and construction (AEC) professionals spend up to 20% of their time and up to 6% of a building’s total cost simply fixing mistakes made during the critical design and planning process. These errors lead to the waste of up to 30% of new building materials.
Augmenta wants to eliminate costly human error by handing the design reins to AI. By automating sustainable building design, companies can quickly reduce the time, cost, and waste involved in most construction projects. With Augmenta, users can explore several variations of the same design simultaneously to find the best option. In electrical applications, users can specify device and panel locations, no-go zones, blockouts, and more, then use Augmenta’s Design Rules feature to specify support methods, spacing, and clearances. Best of all, your generated designs will easily export to Revit, so all your tech tools can play nicely together to create error-free designs.
6. AlwaysAI
AlwaysAI Smart Construction uses cameras to identify risks, safety issues, and potential liabilities on construction sites to make projects safer. Their system easily connects to a worksite’s existing camera systems to monitor site access points like entry gates, provide real-time information about site occupancy numbers, identify any employees who aren’t wearing the appropriate personal protective equipment (PPE), and even track the project’s progress—including idle machine time.
You can access this data through the SmartAI software, which displays it in real-time. This means you can manage multiple projects quickly and efficiently without driving from site to site for updates. AlwaysAI has made a name for itself by creating innovative solutions for construction and several other industries, such as restaurants, retail, and mining.
7. AIM
If you ever wished your heavy machinery could operate, you might not have to wait much longer. Based in Washington state, tech company AIM has created an AI-driven program that can operate heavy construction equipment, including skid steers, bulldozers, and excavators. AIM’s autonomous system can be added to older machinery and installed in a day. By enabling AIM, heavy equipment becomes fully autonomous and can operate day and night in any weather, giving users a choice of three modes: fully autonomous, operating via remote control, or being driven manually with an operator.
Every AIM-enabled machine is insured for autonomous operation by a global insurance company, so you don’t need to worry about liability issues with your newly futuristic, self-operating equipment.
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