GITNUXREPORT 2025

Supply Chain In The Aec Industry Statistics

Supply chain complexity hinders AEC industry project efficiency and cost control.

Jannik Linder

Co-Founder of Gitnux, specialized in content and tech since 2016.

First published: April 29, 2025

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Statistic 1

The average project profitability increases by 10% when supply chain efficiencies are optimized.

Statistic 2

The global construction industry is projected to reach $15.5 trillion by 2030, driving increased supply chain complexity.

Statistic 3

Logistics costs can constitute up to 20% of total project costs in large-scale construction projects.

Statistic 4

70% of suppliers in the AEC industry believe that sustainable sourcing practices are becoming more critical.

Statistic 5

The use of prefabricated building components has grown by 20% annually, helping mitigate supply chain uncertainties.

Statistic 6

Estimated global spending on supply chain digital solutions in the AEC industry is projected to reach $12 billion by 2025.

Statistic 7

The adoption of blockchain technology for supply chain transparency is expected to increase by 25% over the next three years.

Statistic 8

The construction industry’s carbon footprint is estimated to be reduced by 10-15% through optimized supply chain practices.

Statistic 9

The global construction material market is expected to grow at a CAGR of 5.8% between 2023-2030, impacting supply chain logistics.

Statistic 10

Investment in supply chain sustainability practices has increased by 40% among large AEC firms.

Statistic 11

Construction supply chains are increasingly adopting eco-friendly and recycled materials, with 30% more projects utilizing such materials in 2023.

Statistic 12

Blockchain-powered smart contracts are projected to save the AEC industry up to $7 billion annually by 2025.

Statistic 13

The adoption of eco-friendly logistics solutions in the AEC industry increased by 35% in 2023.

Statistic 14

The global market for construction supply chain management solutions is projected to grow at a CAGR of 7.2% from 2023 to 2030.

Statistic 15

The cost of procuring renewable and recycled materials has decreased by 8% over the past year due to increased supply.

Statistic 16

The cost-saving potential of digital supply chain automation in AEC is estimated at $2 billion annually worldwide.

Statistic 17

25% of construction projects report that supply chain issues have caused health and safety risks.

Statistic 18

Heavy reliance on a small number of key suppliers increases risk in construction project supply chains by up to 35%, according to industry reports.

Statistic 19

70% of AEC firms believe that supply chain risks will increase due to geopolitical instability in the next five years.

Statistic 20

Construction supply chains account for approximately 70% of project delays and cost overruns.

Statistic 21

45% of AEC firms report supply chain disruptions as the primary cause of project delays.

Statistic 22

Just-in-time inventory strategies are used in 60% of large construction projects to reduce storage costs.

Statistic 23

Approximately 65% of supply chain disruptions in the AEC industry are caused by supplier delays and shortages.

Statistic 24

55% of contractors have experienced increased material costs due to supply chain issues in the last year.

Statistic 25

42% of supply chain managers in the AEC industry believe that poor communication contributes significantly to project delays.

Statistic 26

The average lead time for sourcing structural steel has increased by 25% over the past year.

Statistic 27

The COVID-19 pandemic caused a disruption rate of approximately 40% in global construction supply chains.

Statistic 28

Inventory shortages of essential materials like concrete and steel have increased project durations by an average of 2-3 months.

Statistic 29

50% of AEC firms report difficulty in tracking real-time supply chain data.

Statistic 30

Project delivery times are extended by an average of 12% due to supply chain delays.

Statistic 31

35% of construction projects face material shortages that significantly impact project budgets.

Statistic 32

60% of AEC companies consider supplier diversification a key strategy to mitigate supply chain risks.

Statistic 33

The average wastage of materials due to supply chain inefficiencies in construction projects can reach up to 10% of total material procurement.

Statistic 34

40% of supply chain disruptions are caused by geopolitical factors such as tariffs and trade restrictions.

Statistic 35

Material lead times have increased by an average of 30% in the past year across the industry.

Statistic 36

The average delay caused by supply chain issues in infrastructure projects is approximately 16 weeks.

Statistic 37

Supply chain visibility solutions have been adopted by only 45% of AEC contractors, limiting their ability to respond to disruptions.

Statistic 38

The construction sector's reliance on imported raw materials has increased by 20% over the past decade.

Statistic 39

The average order-to-delivery time for prefabricated modules is approximately 8 weeks.

Statistic 40

75% of supply chain disruptions in AEC are linked to procurement delays and supplier capacity issues.

Statistic 41

80% of construction projects cite material procurement challenges as a key cause of project cost overruns.

Statistic 42

Over 50% of AEC firms report that material shortages cause project schedule extensions exceeding 4 weeks.

Statistic 43

The use of modular construction can reduce supply chain-related delays by up to 35%.

Statistic 44

55% of projects experience cost escalations due to unpredictable supply chain fluctuations.

Statistic 45

70% of supply chain disruptions are expected to be mitigated by increased data sharing and transparency.

Statistic 46

The average cost of supply chain disruptions in the AEC industry is estimated at 5% of total project value.

Statistic 47

Many large projects are now adopting combined procurement strategies, reducing supply chain risks by 15%, according to recent studies.

Statistic 48

80% of construction firms are prioritizing supply chain resilience in their strategic planning.

Statistic 49

Implementing supplier development programs has resulted in a 12% improvement in delivery performance.

Statistic 50

The use of Building Information Modeling (BIM) has been shown to reduce project costs by up to 15%, largely through improved supply chain coordination.

Statistic 51

The adoption of digital supply chain management tools in AEC industry has increased by over 30% in the past five years.

Statistic 52

30% of AEC firms plan to increase their investment in supply chain automation technologies within the next two years.

Statistic 53

In 2022, 80% of AEC firms invested in cloud-based supply chain management systems.

Statistic 54

The use of drones for supply chain inspections has grown by 50% in construction sites over the last three years.

Statistic 55

65% of AEC firms are exploring AI-enabled supply chain analytics to improve procurement efficiency.

Statistic 56

55% of project managers believe that integrated supply chain planning tools can improve project outcomes.

Statistic 57

60% of construction firms are planning to adopt AI-driven predictive analytics to reduce supply chain delays.

Statistic 58

The use of advanced analytics in supply chain management has been shown to reduce delays by up to 20%.

Statistic 59

The industry’s digital transformation related to supply chain has resulted in a 25% increase in procurement efficiency.

Statistic 60

40% of construction companies have implemented supplier performance monitoring systems.

Statistic 61

Digital twins are being increasingly used in construction supply chains to simulate and improve logistic processes.

Statistic 62

The use of artificial intelligence in demand forecasting improves accuracy by approximately 20%, reducing inventory issues.

Statistic 63

AEC firms utilizing AI-driven supplier risk assessment tools see a 25% reduction in procurement bottlenecks.

Statistic 64

The average turnaround time for critical materials delivery has decreased by 10% following digital adoption in supply chain management.

Statistic 65

65% of contractors report that digital tools have improved their inventory management accuracy.

Statistic 66

Material forecasting accuracy has improved by 15% through the use of big data analytics.

Statistic 67

52% of AEC firms are exploring the use of 5G technology to enhance real-time supply chain communications.

Statistic 68

The integration of supply chain data into project management systems increases on-time delivery rates by approximately 20%.

Statistic 69

Over 60% of construction supply chain firms use mobile-enabled platforms for procurement and logistics.

Statistic 70

48% of projects are considering adopting IoT sensors to monitor supply chain logistics in real time.

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Key Highlights

The global construction industry is projected to reach $15.5 trillion by 2030, driving increased supply chain complexity.
Construction supply chains account for approximately 70% of project delays and cost overruns.
45% of AEC firms report supply chain disruptions as the primary cause of project delays.
Just-in-time inventory strategies are used in 60% of large construction projects to reduce storage costs.
The use of Building Information Modeling (BIM) has been shown to reduce project costs by up to 15%, largely through improved supply chain coordination.
Approximately 65% of supply chain disruptions in the AEC industry are caused by supplier delays and shortages.
The adoption of digital supply chain management tools in AEC industry has increased by over 30% in the past five years.
55% of contractors have experienced increased material costs due to supply chain issues in the last year.
42% of supply chain managers in the AEC industry believe that poor communication contributes significantly to project delays.
The average lead time for sourcing structural steel has increased by 25% over the past year.
30% of AEC firms plan to increase their investment in supply chain automation technologies within the next two years.
Logistics costs can constitute up to 20% of total project costs in large-scale construction projects.
The COVID-19 pandemic caused a disruption rate of approximately 40% in global construction supply chains.

As the construction industry gears up for a $15.5 trillion boom by 2030, supply chain complexities, disruptions, and innovative digital solutions are reshaping how AEC firms deliver projects on time and within budget.

Financial Performance and Profitability

The average project profitability increases by 10% when supply chain efficiencies are optimized.

Financial Performance and Profitability Interpretation

Optimizing supply chain efficiencies in the AEC industry isn't just about saving time—it's the blueprint for boosting project profitability by a solid 10%, turning logistical hurdles into profitable gateways.

Industry Trends and Projections

The global construction industry is projected to reach $15.5 trillion by 2030, driving increased supply chain complexity.
Logistics costs can constitute up to 20% of total project costs in large-scale construction projects.
70% of suppliers in the AEC industry believe that sustainable sourcing practices are becoming more critical.
The use of prefabricated building components has grown by 20% annually, helping mitigate supply chain uncertainties.
Estimated global spending on supply chain digital solutions in the AEC industry is projected to reach $12 billion by 2025.
The adoption of blockchain technology for supply chain transparency is expected to increase by 25% over the next three years.
The construction industry’s carbon footprint is estimated to be reduced by 10-15% through optimized supply chain practices.
The global construction material market is expected to grow at a CAGR of 5.8% between 2023-2030, impacting supply chain logistics.
Investment in supply chain sustainability practices has increased by 40% among large AEC firms.
Construction supply chains are increasingly adopting eco-friendly and recycled materials, with 30% more projects utilizing such materials in 2023.
Blockchain-powered smart contracts are projected to save the AEC industry up to $7 billion annually by 2025.
The adoption of eco-friendly logistics solutions in the AEC industry increased by 35% in 2023.
The global market for construction supply chain management solutions is projected to grow at a CAGR of 7.2% from 2023 to 2030.
The cost of procuring renewable and recycled materials has decreased by 8% over the past year due to increased supply.
The cost-saving potential of digital supply chain automation in AEC is estimated at $2 billion annually worldwide.

Industry Trends and Projections Interpretation

As the global construction industry surges towards a $15.5 trillion mark by 2030, it not only grapples with rising supply chain complexity and costs but is also increasingly embracing digital and sustainable innovations—making supply chain mastery both a financial necessity and an environmental imperative in building the future.

Risk Management and Strategic Planning

25% of construction projects report that supply chain issues have caused health and safety risks.
Heavy reliance on a small number of key suppliers increases risk in construction project supply chains by up to 35%, according to industry reports.
70% of AEC firms believe that supply chain risks will increase due to geopolitical instability in the next five years.

Risk Management and Strategic Planning Interpretation

With nearly three-quarters of AEC firms bracing for rising geopolitical turbulence and a quarter of projects citing safety hazards from supply chain hiccups, it's clear that over-dependence on a few suppliers and fragile logistics are transforming construction sites into high-stakes games — where the true foundations are built not just on concrete, but on resilient supply strategies.

Supply Chain Disruptions and Strategies

Construction supply chains account for approximately 70% of project delays and cost overruns.
45% of AEC firms report supply chain disruptions as the primary cause of project delays.
Just-in-time inventory strategies are used in 60% of large construction projects to reduce storage costs.
Approximately 65% of supply chain disruptions in the AEC industry are caused by supplier delays and shortages.
55% of contractors have experienced increased material costs due to supply chain issues in the last year.
42% of supply chain managers in the AEC industry believe that poor communication contributes significantly to project delays.
The average lead time for sourcing structural steel has increased by 25% over the past year.
The COVID-19 pandemic caused a disruption rate of approximately 40% in global construction supply chains.
Inventory shortages of essential materials like concrete and steel have increased project durations by an average of 2-3 months.
50% of AEC firms report difficulty in tracking real-time supply chain data.
Project delivery times are extended by an average of 12% due to supply chain delays.
35% of construction projects face material shortages that significantly impact project budgets.
60% of AEC companies consider supplier diversification a key strategy to mitigate supply chain risks.
The average wastage of materials due to supply chain inefficiencies in construction projects can reach up to 10% of total material procurement.
40% of supply chain disruptions are caused by geopolitical factors such as tariffs and trade restrictions.
Material lead times have increased by an average of 30% in the past year across the industry.
The average delay caused by supply chain issues in infrastructure projects is approximately 16 weeks.
Supply chain visibility solutions have been adopted by only 45% of AEC contractors, limiting their ability to respond to disruptions.
The construction sector's reliance on imported raw materials has increased by 20% over the past decade.
The average order-to-delivery time for prefabricated modules is approximately 8 weeks.
75% of supply chain disruptions in AEC are linked to procurement delays and supplier capacity issues.
80% of construction projects cite material procurement challenges as a key cause of project cost overruns.
Over 50% of AEC firms report that material shortages cause project schedule extensions exceeding 4 weeks.
The use of modular construction can reduce supply chain-related delays by up to 35%.
55% of projects experience cost escalations due to unpredictable supply chain fluctuations.
70% of supply chain disruptions are expected to be mitigated by increased data sharing and transparency.
The average cost of supply chain disruptions in the AEC industry is estimated at 5% of total project value.
Many large projects are now adopting combined procurement strategies, reducing supply chain risks by 15%, according to recent studies.
80% of construction firms are prioritizing supply chain resilience in their strategic planning.
Implementing supplier development programs has resulted in a 12% improvement in delivery performance.

Supply Chain Disruptions and Strategies Interpretation

With construction supply chains contributing to 70% of delays and cost overruns, nearly half of AEC firms pinpoint disruptions as the chief culprit, revealing that the industry's fragility and communication gaps—exacerbated by geopolitical tensions and pandemics—necessitate urgent diversification, better real-time data tracking, and innovative strategies like modular construction to build resilience against the brittle backbone of modern development.

Technological Innovations and Digitalization

The use of Building Information Modeling (BIM) has been shown to reduce project costs by up to 15%, largely through improved supply chain coordination.
The adoption of digital supply chain management tools in AEC industry has increased by over 30% in the past five years.
30% of AEC firms plan to increase their investment in supply chain automation technologies within the next two years.
In 2022, 80% of AEC firms invested in cloud-based supply chain management systems.
The use of drones for supply chain inspections has grown by 50% in construction sites over the last three years.
65% of AEC firms are exploring AI-enabled supply chain analytics to improve procurement efficiency.
55% of project managers believe that integrated supply chain planning tools can improve project outcomes.
60% of construction firms are planning to adopt AI-driven predictive analytics to reduce supply chain delays.
The use of advanced analytics in supply chain management has been shown to reduce delays by up to 20%.
The industry’s digital transformation related to supply chain has resulted in a 25% increase in procurement efficiency.
40% of construction companies have implemented supplier performance monitoring systems.
Digital twins are being increasingly used in construction supply chains to simulate and improve logistic processes.
The use of artificial intelligence in demand forecasting improves accuracy by approximately 20%, reducing inventory issues.
AEC firms utilizing AI-driven supplier risk assessment tools see a 25% reduction in procurement bottlenecks.
The average turnaround time for critical materials delivery has decreased by 10% following digital adoption in supply chain management.
65% of contractors report that digital tools have improved their inventory management accuracy.
Material forecasting accuracy has improved by 15% through the use of big data analytics.
52% of AEC firms are exploring the use of 5G technology to enhance real-time supply chain communications.
The integration of supply chain data into project management systems increases on-time delivery rates by approximately 20%.
Over 60% of construction supply chain firms use mobile-enabled platforms for procurement and logistics.
48% of projects are considering adopting IoT sensors to monitor supply chain logistics in real time.

Technological Innovations and Digitalization Interpretation

As the AEC industry accelerates its digital transformation—boosting supply chain efficiency by up to 25%, slashing delays by 20%, and digitizing procurement processes—it's clear that building smarter and smoother is becoming less of a blueprint and more of a reality.