Construction projects that fail to build resilience into their designs may struggle to secure financing as climate risks, labor shortages, infrastructure constraints, and cyber threats increasingly converge, according to a new report from Zurich Insurance Group.
The report, Beyond 2030: The Future of Construction, draws on structured interviews with 31 industry experts and a survey of 19 participants conducted between December 2025 and March 2026. It identifies extreme weather and natural disasters, financial market vulnerabilities, and labour market dynamics as the three most severe risks facing the construction sector over the next five years, ranked on a seven-point severity scale at 6.2, 5.7, and 5.6, respectively.
Zurich warns that these challenges are becoming increasingly interconnected, creating the potential for disruptions to spread across entire project portfolios rather than remain isolated to individual assets.
Workforce shortages are accelerating automation, automation is enabling tighter project schedules, and compressed timelines are reducing tolerance for weather events, defects, and other disruptions. At the same time, investors are becoming less willing to absorb delays and cost overruns.
“The future of construction will favor organizations that anticipate change and design for resilience early, to convert these stresses into long-term advantage,” said Kelly Kinzer, Zurich’s global head of construction and surety.
A central finding of the report is that delivery risk for large-scale infrastructure is increasingly determined not by engineering complexity or access to capital, but by access to power, water, permits, and long-lead equipment - factors that can determine whether projects proceed at all before a single shovel hits the ground.
AI-driven demand is accelerating pressure on infrastructure systems with limited spare capacity. The report notes that in the United States, the interconnection queue exceeded twice total installed generation in 2024, with median interconnection timelines exceeding four years. At the same time, lead times for large power transformers stretched to as much as four years during the 2020s, with prices rising roughly 75% since 2019 in some cases.
Climate exposure compounds these constraints. The report cites Zurich Resilience Solutions research showing that about 75% of future renewable capacity in ASEAN is expected to face critical climate risk by 2030, with hydropower particularly exposed. Approximately 96% is considered at critical risk overall.
The report characterizes the sector’s labor challenge as a capability shortage rather than a simple numbers problem. In the United States, the construction sector requires an estimated 349,000 net new workers in 2026 to keep pace with demand, according to the Associated Builders and Contractors. Australia is projected to face a shortfall of more than 300,000 workers by 2027, while Southeast Asia needs 1.5 million additional skilled workers.
Compounding the shortage is a long-running productivity decline. According to research from Goldman Sachs, cited in the report, a US construction worker in 2020 produced less value than one worker 50 years earlier, even as economy-wide labor productivity roughly tripled over the same period.
The report warns that modern financing is increasingly designed to cap exposure early rather than absorb delivery variation over time. Private credit deployment rose to nearly $593 billion in 2024, a 78% increase year over year, according to the Alternative Investment Management Association. In special-purpose vehicle structures with debt-to-equity ratios approaching 90:10, a 10% to 15% construction cost overrun can fully erode the equity buffer, rapidly triggering lender protections.
Zurich describes insurance as an increasingly important early-warning signal in this environment, noting that tightening terms, rising exclusions, and capacity constraints often surface delivery fragility before capital markets do.
The report concludes that advantage will rest not with those who can move fastest, but with those who can anticipate constraints, manage interdependence, and build recovery capacity into delivery models from the outset.
