Insights

Q&A: What it Takes to Make AI Stick in Construction

5 minute read

DPR partners Vivin Hegde of Zacua Ventures and Kaustubh Pandya of Brick & Mortar Ventures share an investor's perspective on AI, innovation and technology adoption in construction.

Kaustubh Pandya, General Partner at Brick & Mortar Ventures, invests in construction technology companies and brings a market-wide perspective on how AI and emerging tools are adopted and scaled across the construction lifecycle.
Vivin Hegde, Founding Partner at Zacua Ventures, invests in construction and built environment technologies, focusing on AI, robotics and innovation that drive productivity and transformation across the industry.

Across DPR’s series on AI in construction, we explored how artificial intelligence is changing decision-making in construction, where it’s being applied on projects today and how DPR evaluates new tools responsibly. A consistent theme emerged: AI can support better decisions, but human judgment, accountability and risk management remain essential.

But what does that reality mean in practice? Even as leaders align around responsible AI use, adoption and scale remain uneven across the industry. The barriers aren’t technical so much as practical, shaped by how projects are delivered, how risk is managed, and how professional judgment is applied and verified.

To explore those constraints, DPR asked its partners, Vivin Hegde of Zacua Ventures and Kaustubh Pandya of Brick & Mortar Ventures. Both work closely with construction tech founders and contractors, seeing AI adoption play out across many companies and projects. Their perspectives offer a broad lens on what helps AI initiatives move beyond pilots, why they tend to stall, and why scaling AI in a judgment-driven, high-risk industry looks different than in others.

A worker on a jobsite wearing PPE uses a tablet.

Why is construction a harder environment for technology adoption than other industries?

Pandya: Because each project in our industry is essentially a standalone effort with unique teams and limited connectivity, the perceived risks of experimenting with new tech can often outweigh the perceived upside. There’s a reason we’re risk-averse and a low-margin industry. People worry that, if they get it wrong, they might lose their entire margin on a job, whereas if they get it right, the improvement may seem incremental. But that same filter is a feature: any solution that breaks through has genuinely earned it and tends to be sticky.

What makes an AI tool likely to stick in day-to-day construction work?

Hegde: Construction likes simplicity. Anything that creates friction by adding work or forcing a change to workflows faces resistance to adoption. Construction wants solutions where you add value without making people change their habits, because otherwise deployment at scale becomes difficult. We call this concept gentle disruption. In practice, this means the most successful AI tools tend to be those that complement existing processes rather than reinvent them.

Let’s talk about people. Are construction teams ready to embrace AI, or are there barriers?

Hegde: AI literacy is a problem, but not such a massive problem because people are using AI in every part of their lives. Tools like Google Maps and social media already rely on AI behind the scenes. That said, there is still a lag in digital literacy in construction. It’s changed dramatically since COVID, but it's still uneven. The second issue is the fear that AI or robotics might displace jobs.  If that’s the mindset we have, then [lack of] literacy is not the problem—fear is the problem. It’s a valid concern and the way jobs look in the future will be different than they do today.  We have to find a balance there and do it the right way. Leadership must reassure teams that AI is meant to augment their work, not replace them, while also helping them build new skills for the future.

What separates a successful pilot from something that truly scales across an organization?

Pandya: I don’t believe that finding the right tool alone is an answer for any firm. It’s more important to develop the organizational muscle of identifying a problem the team is motivated to solve, scanning the ecosystem efficiently, finding three to five solutions to pilot, and structuring a process for scaling. Much harder, but that organizational muscle is actually the biggest competitive advantage you can ever have. That repeatability compounds. A silver bullet is a one-time event; organizational muscle is a durable edge.

Trust and transparency are a major focus when discussing responsible use of AI. How do those factors influence adoption and where is trust especially critical?

Hegde: Trust is everything in our industry. If you make [AI] completely black box, the level of trust will not be as high as you want it to be. Transparency in how an AI tool works will greatly affect whether teams embrace it. Design automation and preconstruction are two areas where that level of trust is very important, because you can’t see the building physically yet, and changes or errors have a massive impact down the line. In those early-phase workflows, if an algorithm suggests a plan or generates a design, teams need to understand and trust the output before acting on it, since mistakes could ripple through the project. 

Pandya: There are two distinct trust questions. The first is data trust: "Are vendors handling sensitive project information with the care contractors expect?" The second is outcome trust: "Do I believe this answer, or will I spend the rest of my time checking it?" With AI reliability still maturing across the industry, transparency isn't optional. Both forms of trust have to be earned before AI truly takes hold.  

Amid all the excitement, what do you think is being overlooked or under-discussed in construction’s AI conversation right now?

Pandya: I don't think anyone knows the true unit economics of AI yet, and current pricing is masking that. Many offerings are priced for adoption, not margins, and the foundation models underneath them are still finding their cost structure. The real test comes when habits have formed, pricing resets, and model selection tradeoffs between cutting-edge and open-source start showing up in the margin. That's when every use case faces the vitamin or painkiller test: Does the value hold when the discount disappears?

Looking ahead, what’s a key takeaway you want construction leaders to remember about AI’s future?

Hegde: AI is going to be like electricity. It’s going to be everywhere and in everything we do. AI will eventually become a normal part of construction, embedded invisibly in many processes. But the industry’s core mission will remain the same. We’re still trying to solve our biggest problems; AI is just a tool to help us do that much more efficiently than we could in the past. The effort and judgment professionals bring to projects isn’t replaced by AI—it’s augmented. We do need to increase our understanding of how to adopt AI responsibly (what the risks are, what the benefits are) and educate our people accordingly. Success with AI will come from keeping it purpose-driven, demystified and human-centered.  

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