Construction Technology Shift Accelerates with Drones, 3D Printing and Data Centers

Boise, Idaho, September 6, 2025

News Summary

The construction sector is moving from pilots to routine use of advanced tools as drones, large-scale 3D printing and data‑center builds reshape jobsites. Drones and AI deliver georeferenced models, thermal inspections and automated volumetrics for progress tracking and safety. Gantry and robotic 3D printers cut stages, reduce waste and speed low‑rise and repeatable projects. Meanwhile, resilient data center construction demands tighter sequencing, redundant utilities and specialized MEP work. A major $15 billion semiconductor expansion in Boise, Idaho exemplifies how industrial-scale projects accelerate demand for technology, skilled crews and integrated site infrastructure.

Construction industry speeds up use of drones, 3D printing and data-center methods; major Micron expansion begins in Boise

Boise, Idaho — September 5, 2025

What’s new: Construction firms and public agencies are increasingly using drone-enabled site monitoring, large-scale 3D printing, and specialized data-center construction methods to meet tighter schedules, bigger projects, and higher performance standards. State transportation departments report heavy drone use for road and bridge projects, while a major private project has started in Boise: a $15 billion expansion of a semiconductor fabrication campus that will dramatically increase local construction activity.

Key developments up front

Drones have moved from testing to daily operations on many job sites. They are widely used for high-resolution imagery, mapping, progress tracking, and real-time visual intelligence. When combined with mapping and design software, drone data creates georeferenced site models used for measurements, volumetric checks, cut-and-fill analysis, stockpile monitoring, and alignment verification — tasks that once required many site visits.

3D printing for construction is growing fast. The market was valued at about $37 million in 2023 and is projected to expand rapidly — cited projections show roughly 100% annual growth toward a multibillion-dollar market by 2032. Large gantry systems and robotic arms now print walls, cores, and facade elements from digital models, cutting formwork and finishing stages and enabling complex shapes without extra tooling.

Data-center construction is one of the busiest commercial sectors. Modern designs focus on uninterrupted uptime, concurrent maintainability, and fault tolerance. Builders and owners are adding layered security, redundant power like diesel generators, solar backup, and diverse connectivity paths using fiber and satellite links. Location choices emphasize fiber access, power, safety, and tax incentives.

State DOTs drive many drone uses

Multiple state transportation agencies report heavy and growing drone use for roadwork, bridge repair, railroad projects, and material monitoring. Examples of operational trends and tools include:

• High flight tempo: One state reported roughly 4,200 flights in the prior year, with daily flights when weather allows.
• Routine construction monitoring: Agencies use drones for weekly or daily progress checks, creating visual records from site clearing to topping-off to support payments and stakeholder updates.
• Survey-grade outputs: Agencies convert drone images into orthomosaics and 3D models to overlay plans, check grades, and compute volumes, sometimes avoiding lane closures and repeated measures.
• Software integration: Drone imagery is processed with mapping and construction platforms to generate e-tickets, estimate asphalt needs, and detect deviations from digital models.
• Safety and inspections: Drones inspect facades, scaffolding, deep excavations, and high-risk zones like tower-crane areas; infrared sensors find thermal anomalies in mechanical systems that are hard to spot on foot.

Agencies rely largely on well-known drone makes for day-to-day work and are experimenting with LiDAR payloads and specialized craft for underground or confined-space tasks. Some DOTs face procurement challenges tied to federal rules about allowed manufacturers and are using mitigation steps such as disconnecting cloud features or processing imagery offline.

3D printing is finding practical niches

Builders are using large-scale concrete or geopolymer extrusion systems for low-rise housing, modular components, schools, hospitals, and emergency shelters. The technology reduces manual labor needs and waste, supports near just-in-time delivery, and can cut construction stages so structures are printed in days rather than months. Adoption is strongest where labor shortages or urgent needs exist, including disaster response and repetitive-layout projects.

Data centers reshape construction practices

Cloud and AI companies continue to invest in new campuses and specialized facilities. Modern data-center builds require tight coordination of electrical, mechanical, and security systems, with extra emphasis on resilient power generation, perimeter hardening, and multiple connectivity routes. Examples of major projects across the U.S. show the scale of investment and the need for construction methods that prioritize uptime and maintainability.

Micron’s Boise expansion: scale and local impacts

A Boise-based semiconductor company has begun a roughly $15 billion expansion at its campus, described as the largest construction project in the state. Planned work includes 15 new buildings built with about 8,000 tons of steel, a large office, a 2,800-space parking garage, on-site water treatment, and extra infrastructure. At peak, the project may host more than 30 cranes, three on-site concrete batch plants, a rock-crushing operation, and as many as 4,000 construction workers. The new facility will be many times larger than the existing plant and will work with other national operations to meet demand for memory and AI-related chips.

What it means for builders, regulators and communities

These technology trends push projects toward greater speed, accuracy and transparency. Drone documentation supports faster approvals and clearer record-keeping; 3D printing can reduce labor and material waste; and data-center best practices raise standards for resilience and neighborhood impact planning. At the same time, procurement rules, supply chains, and training needs will determine how quickly agencies and contractors can fully shift to these new methods.

Source: Reporting and industry data compiled from a construction and technology analysis by Ocere Ltd.

---

FAQ

Key features at a glance

Topic	Main uses	Benefits	Challenges
Drones	Mapping, progress monitoring, inspections, volumetrics, thermal surveys	Faster data, fewer site visits, better records, improved safety	Procurement rules, data security, pilot training
3D printing	Walls, structural cores, facade panels, modular units	Lower waste, faster build time, fewer trades, complex forms	Scale limits, material standards, regulatory acceptance
Data centers	Resilient power, redundant connectivity, secure perimeters	High reliability, service continuity, long-term value	High cost, complex systems integration, site constraints
Micron Boise project	Semiconductor fab expansion, infrastructure support	Major local jobs, large-scale construction experience	Supply chain demand, workforce coordination, heavy logistics

Note: This article summarizes industry developments and a specific large-scale construction project. Data and projections referenced here were compiled from an industry analysis by Ocere Ltd.

Deeper Dive: News & Info About This Topic

Additional Resources

• Inside Unmanned Systems: Construction Drones for DOTs
• Wikipedia: Unmanned aerial vehicle
• BoiseDev: Micron Boise construction
• Google Search: Micron Boise construction
• Commercial UAV News: Mark L. Bathrick
• Google Scholar: construction drones
• Morning Ag Clips: Latest construction tech news
• Encyclopedia Britannica: construction technology
• LITE Online: See Boise through spectacular drone shots
• Google News: Boise drone construction