In the Marine Corps, we had a saying: you fight like you train. If your training is sloppy, your execution in the field will be sloppy. The same principle applies to how businesses operate. If your daily operations run on spreadsheets, sticky notes, and disconnected software that has not been updated since the Bush administration, your project outcomes will reflect that chaos. Nowhere is this more visible than in the construction industry.
A $2.2 Trillion Industry Running on a 1% Budget
Construction accounts for roughly 13% of global GDP and employs over 8.3 million people in the United States alone [1]. In 2024, total U.S. construction spending reached $2.2 trillion [2]. By any measure, this is one of the largest and most consequential industries on the planet.
And yet, according to McKinsey and Gartner research, construction companies historically spend less than 1% of revenue on information technology, roughly one-third of what automotive and aerospace companies invest [3]. A Gartner survey across 19 industries ranked construction dead last in IT spending, underspending cross-industry averages by 60% to 70% [4]. A separate study found that 58% of construction firms spend less than 1% of gross annual revenue on IT, while the average publicly traded company across other sectors spends between 3.2% and 6.9% [5].
McKinsey's own digitalization index rates construction as the second-least digitalized sector on Earth, scoring an average of 1.375 out of 5 across measured factors, while the cross-industry average sits at 3.025 [6].
That is not a gap. That is a canyon.
What the Numbers Actually Cost
The downstream effects of this underinvestment are measurable and painful. Large construction projects tend to run 20% behind schedule and as much as 80% over budget [7]. Insufficient data causes 14% of all construction rework globally, and up to 30% of initial project data is lost by the end of the design and construction phases [7]. The average global cost of construction disputes now stands at $54.26 million [7].
Meanwhile, productivity in construction grew at a compound annual rate of just 0.4% globally between 2000 and 2022, compared to 3.0% in manufacturing and 2.0% across the total economy [3]. Construction became 1% to 3% more expensive each year on top of general inflation, with U.S. nonresidential construction prices rising 52% between 2015 and 2023 [3].
The industry is getting more expensive while producing at the same pace it did two decades ago.
Why the Gap Persists
In 2024, 70% of contractors reported having no formal technology roadmap, and nearly two-thirds cited uncertain payback periods, often exceeding 24 months, as the chief deterrent to new digital investments [1]. Only 42% of construction firms have a dedicated IT staff member [4]. Cultural resistance remains a significant factor: many experienced operators are wary of replacing familiar workflows, and a lack of digital literacy across the workforce compounds the challenge [1].
The result is predictable. Technology decisions get made reactively rather than strategically. Firms allocate their meager IT budgets to fixing broken computers rather than building systems that prevent problems. Software gets purchased piecemeal, and different tools on the same project rarely communicate with each other.
What Actually Moves the Needle
McKinsey's research is clear on the opportunity: digital transformation in construction can yield productivity gains of 14% to 15% and cost reductions of 4% to 6% [8]. BIM implementations alone have demonstrated 10% to 25% ROI, with the biggest benefits in reduced errors, improved collaboration, and decreased rework [4]. Between 2020 and 2022, venture capital and private equity invested $50 billion in construction technology globally, 85% more than the preceding three years [3].
But the firms that capture those gains are the ones treating technology as infrastructure, not an afterthought. That means investing in platforms that connect field and office in real time, automate repetitive data entry, centralize project documentation, and provide visibility into costs and timelines before overruns happen.
For most mid-size construction firms, this does not require a $2 million enterprise platform. It requires a custom-built operations system, purpose-fitted to how the company actually works. A client portal where subcontractors submit progress updates. A project dashboard that consolidates data from the field. An invoicing workflow that eliminates the 30-day spreadsheet lag. These are $30,000 to $75,000 investments that pay for themselves within a single project cycle.
Closing the Gap
The construction industry does not have a technology availability problem. It has a technology adoption problem. The tools exist. The data proving ROI exists. What is missing for most firms is a technology partner who understands how construction companies actually operate and can build systems that fit their workflows rather than forcing them into generic software designed for a different industry.
At Kortex Digital Labs, we build custom platforms for industries that have been underserved by off-the-shelf solutions. If your construction firm is still running critical operations on spreadsheets and disconnected tools, we should talk.
Start your project plan at kortexdigitallabs.com/project-planner
References
[1] IoT Marketing, "Accelerating Technology Adoption in the U.S. Construction Industry: Key Drivers, Emerging Solutions, and Implementation Strategies for 2025," 2025.
[2] ConstructionCoverage, "U.S. Construction Industry Data," Updated February 2026.
[3] McKinsey & Company, "Delivering on Construction Productivity Is No Longer Optional," August 2024.
[4] ForConstructionPros / JBKnowledge, "Construction Technology Survey Reveals Huge Profit Opportunity in IT Investment," 2015.
[5] Wynne Systems / JBKnowledge, "How Construction Companies Are Focusing Their IT Spend," 2023.
[6] Whatfix, "Digital Transformation & Tech Adoption by Sector (2025)," October 2025.
[7] G2, "60 Construction Statistics for 2025: Trends, Data, and Analysis," November 2025.
[8] Building Design+Construction / McKinsey, "How Digital Transformation Drives Success in Construction," October 2024.
[9] StartUs Insights, "Digital Transformation in Construction [2025]," January 2025.