The Construction Tech Ecosystem: How Everything Fits Together

It’s tempting to jump to extremes when it comes to the new technology that seems to hit the market every day. When a product gets a lot of buzz, some people might immediately write it off while others might adopt it without any further consideration. Unfortunately, it’s rarely that easy. Success in construction isn’t about whether tech is part of the job, but rather, it’s about choosing the right tech and effectively integrating it into current business processes and with existing software platforms. 

A tech stack is a project or company’s integrated collection of technologies to solve problems and create new possibilities. Building an effective ecosystem is a key to getting ahead in the construction industry and involves selecting and implementing technological solutions that align to a company’s business or performance objectives and optimize workflows. 

This article explores the foundation of an effective tech ecosystem, considerations and examples for selecting software solutions and ways to overcome common challenges. 

The Basics of Construction Tech Ecosystem

The foundation for most construction tech ecosystems is the tech stack, however, an ecosystem also includes other hardware and software solutions that integrate with the collection of existing tech and extend its impact into the field. 

A company’s tech stack will often include software that can help complete and improve tasks, including:  

• Managing construction projects
• Estimating costs
• Preparing and submitting bids
• Scheduling
• Preparing pay applications
• Collecting closeout documents

Hardware solutions might include equipment, such as robotics, and tools for data gathering, such as drones or cameras. 

Building a tech ecosystem involves the selection and introduction of new tools and technologies as well as making sure tools are integrated with and complementing the rest of the ecosystem. Like any innovation, each tool should solve a problem or create new possibilities, and its implementation should include a process of establishing evaluation criteria, testing and demoing, creating an adoption plan and monitoring performance. 

Building a Foundation: Core Software Solutions

Most tech ecosystems rely on a few, foundational software solutions that allow other parts of the ecosystem to be integrated to the whole and for necessary shareholders to have access to important tools and information. 

In general, software solutions should be: 

• Scalable

  Software should be adaptable and able to accommodate the needs of various project types and sizes. Similarly, they should be able to grow with companies as they expand.

• Cloud-based

  Cloud-based software makes it easier for stakeholders to access and use. Cloud-based applications also allow multiple stakeholders to collaborate in real-time, ensuring everyone has access to the most current data.

• Configurable

  Every project and company is different, and software should reflect that. When applicable, software should have dashboards that can be built to provide a customized selection of tools and information. For tools that collect and analyze data, reports should provide tailored insights based on key performance indicators (KPIs) and objectives.

• Collaborative

  Software should allow more people to contribute and access real-time information. This might include communication or messaging capacities and cloud-based access.

• Automated

  When possible, software should help automate repetitive tasks related to important workflows. This helps increase efficiency and reduce errors.

ERP Systems

A healthy, effective construction tech ecosystem must be built on a system that manages core business operations. For many companies, that’s an Enterprise Resource Planning System (ERP), which manages business operations, particularly finances. 

An ERP should be comprehensive, offering detailed tracking and robust accounting features, including accounts payable and receivable, general ledger, costs including materials, labor and overheads, payroll and financial reporting, budgeting and forecasting.  

The construction industry doesn’t have many ERPs that meet the industry’s unique needs. Procore has used its industry-specific knowledge to create tools for financial planning and budget management that are practical and can be integrated with other workflows and project management tools. 

Project Management Software

Project Management Information Systems (PMIS) are the backbone of a construction tech ecosystem. This should centralize important information such as documents, scheduling tools, Requests for Information (RFIs), drawings, daily logs and change orders. Having a single place to find all project-related data and documents should increase visibility and ease of access for necessary stakeholders.

Estimating & Preconstruction Software

Estimating and preconstruction software should help facilitate collaboration and estimation that leads to the best possible decision-making. These tools should integrate with a variety of databases to provide accurate and detailed cost estimations for materials, labor and equipment. They should also help anticipate and mitigate potential risks by incorporating contingencies, risk factors and automating important processes such as takeoffs. 

BIM (Building Information Modeling)

Emerging Tools and Technologies

A solid foundation of software solutions creates more plentiful and accurate data that can help identify and select tools and technologies to expand the impact of the tech ecosystem. 

Drones, Wearables and Robotics

Hardware solutions are currently used mostly to enhance or assist with the work already being done on a jobsite. There are a growing number of types of robotics that can complete specific tasks on a jobsite that would otherwise take a long time to complete, require a high level of precision or are dangerous. Drones and wearables are becoming increasingly commonplace as ways to gather data and monitor safety and efficiency. 

AI and Machine Learning

The uses for artificial intelligence and machine learning are expanding all the time. They can be deployed across various areas of an organization and programmed to address challenges or improve processes on projects, such as material procurement, optimizing team performance, financial forecasting and monitoring, risk management and identifying potential safety hazards.

The effectiveness of AI is highly dependent on the quality of data it’s able to access and analyze, so it’s important that the tech stack is designed to integrate with AI and provide it with accurate and comprehensive information, such as keeping track of materials inventory.

IoT (Internet of Things)

Internet of Things, or IoT devices connect various construction systems for real-time data and monitoring, enhancing the ability to monitor and optimize efficiency and safety. For example, there are tools that track worker movements and equipment usage on-site, which provides data that can be used to improve operational efficiency, streamline operations and maximize safety. 

Augmented and Virtual Reality

AR and VR are being used for design visualization, training and safety simulations. These technologies are still far from being ready for widespread adoption but they already demonstrate the potential to transform planning and execution in controlled settings. 

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Adoption and Implementation: Best Practices

Creating a tech ecosystem requires thoughtful and informed decision-making and can come with real challenges. 

Address resistance to adoption.

Have a clear, defined purpose.

Successful implementation requires understanding an organization’s business needs and goals. Data and input from potentially impacted stakeholders can help ensure tools are aligned with the long-term vision and provide high impact ways to solve problems or create new possibilities. 

Take a phased approach.

Going immediately all-in on a new technology is rarely effective and can often lead to the premature conclusion that the tech isn’t effective or helpful. Adoption should ideally happen in phases that allow for better identifying any issues and effectively addressing them. Often, adoption will start with identifying specific problems, collecting data, a demo period when possible, a rollout period that might include training and supervised usage and then consistent monitoring. Business analysts and specialized technologists can provide guidance and assistance throughout most phases. 

Keeping Up and Moving Towards a Holistic Tech Ecosystem

The construction tech landscape is constantly changing. Technologies regularly require updates, training and support. Problems are always changing based on the project, stakeholder needs and the market. Take time to collect and analyze all types of data, including information on performance, news on the industry and input from stakeholders. This can help keep an ecosystem up-to-date and as useful as possible.

Over time, building a well-integrated tech ecosystem should create powerful ways to increase efficacy, decrease risk and improve business development. But It doesn’t happen overnight. Each element should be carefully considered and implemented, as every tech ecosystem should be unique to the company and stakeholders using it. Effective ecosystems are aligned towards company goals, designed to address specific problems and should be a valuable way to become more competitive in a fast-moving industry.

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