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Global Industry Hub. (Oct, 2024). Infrastructure as Code Market Size & Share Analysis - Growth Trends & Forecasts (2025 - 2032) Global Industry Hub. Retrieved
Report ID: GIH 1074 | Oct 2024 | Format:
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Global Industry Hub. (Oct, 2024). Infrastructure as Code Market Size & Share Analysis - Growth Trends & Forecasts (2025 - 2032) Global Industry Hub. Retrieved
The Infrastructure as Code Market size was valued at US$ 1.47 Bn in 2025, it is estimated to grow at a CAGR of 25.13% from 2025 to 2032 and reach US$ 6.22 Bn by the end of 2032. Rising demand for cloud services, adoption of DevOps, better security, cost-effectiveness, and the integration of the latest technologies describe the drivers that propel the market.
Infrastructure as code or IaC refers to the ability to manage and build computing infrastructure in codes rather than using manual processes and settings. This practice of IaC is implemented in software development for the formulation, testing, and deployment of applications. IaC is an activity which enables the organizations of today to efficiently control cost while minimizing risk and responding rapidly to new business opportunities. It manages environments, allowing the developer to focus on development and application enhancements.
Popular IaC Market Tools
How AI May Alter the Infrastructure as Code Market
Infrastructures as code may make a massive leap by using AI in the infrastructures as codes. With the help of AI aC infrastructure as code generator, consumers can input their desired infrastructure configurations, and the system can automatically generate the corresponding infrastructure as code templates, code comments, and execution instructions. In this way, manual coding is not needed any more; using commands, users can easily and quickly configure their infrastructure with ease.
CloudOps launched the AIaC, an AI-driven generator and configuration tool for code Infrastructure-as-Code in the Cloud Asset Management solution in December 2022. It is an open-source project inspired by OpenAI that can generate the code by inputting through the natural language using CLI.
Infrastructure as Code Market Growth Factors
Driver: Advent of modern cloud architecture
Consumer behavior and demands are currently witnessing tremendous evolution. Enterprises are prioritizing these demands to sustain themselves in the competitive market. The increasing expectations of customers and growing competitiveness among the leaders in the market are driving the demand for efficient cost-effective measures that increase operational efficiencies within organizations. Problems faced by companies using manual processes to conduct business-critical activities include wrong interpretation of given data, as the process is laborious, monotonous, and time-consuming. On the other hand, Infrastructure as code solutions provide new channels to engage employees with customers and help improve the productivity of the workplace. Other related cloud benefits such as faster deployment, cost savings, flexible licensing models, maintenance cost savings, and continual upgradation of software features are few factors driving the acceptance of the infrastructure as code market. This also makes it challenging to manage cloud infrastructure with the advantages of innovative modern cloud architectures that have increased innovation, accelerated time to market, better dependability, and lower costs. Current architectures comprise many loosely connected, interdependent services and APIs. Thus, utilization of cloud resources that people must manage is increasing. Only infrastructure as code can handle such a complex aspect. Infrastructure as code platforms are providing all the powers of programming languages to developers. This, in turn, easily manages most of the dependencies of modern cloud applications.
Restraining factor: only a limited number of skilled workforces
Infrastructure as code is controlling the entire lifecycle of servers and the cloud infrastructure. It gives a programmable resource model as well as uniform programming model. Since the infrastructure as code and the DevOps models require high technical know-how, the companies would not want to use them because of the related changes required for culture and business procedures, risks of migration of an already existing application, or feeling that the team does not possess the required skills. It is also very challenging to integrate the AI solutions with the existing systems as it absorbs a huge amount of data for processing to replicate the behavior of a human brain. In the preliminary stages of adopting infrastructure as code, most businesses also opt for outsourcing.
Opportunity: Inception of composable infrastructure
Some of the incentives for the adoption of Infrastructure as code solutions are streamlined operations, scalability of resources, lower IT costs, and in-built data protection and data recovery. Currently, industries are less informed of the advantages of composable solutions. However, this trend is expected to change over the next years considering that leaders of the Infrastructure as code ecosystem make their buyers aware of the benefits and advantages of composable solutions. Infact, the current leaders of adopting Infrastructure as code solutions are large organizations. However, SMEs will probably widely adopt these solutions within the next years.
The major benefits for the potential adopters of composable infrastructure solutions are high availability of data protection, cost-savings, high return on investment, and simplicity in operations. The above-stated requirements have to be met by the infrastructure as code vendors so that their products would lead to high sales and further profitability. If the stated requirements of adopters are met by the upcoming composable infrastructure solutions, then they would both benefit vendors and adopters.
Challenge: Possible copying error
Although the machine building and the implementation of Infrastructure as code is highly automated, much of the overall process remains manual. One of those tasks is coding of the parent code. Wherever there is human interaction there is always a possibility for error even in systems where frequent reliable inspection can detect QA. Such mistakes might happen on several machines because of automation. This mistake can be corrected by stringent testing processes with consistency and high auditing processes. However, this extra effort generally results in high overheads.
Immutable segment is expected to grow at the highest CAGR during the forecast period
The infrastructure as code market is segmented based on infrastructure type into mutable and immutable. Immutable infrastructure takes Infrastructure as code to the next logical step, hardening it more or less so that further the benefits it offers are ensured. It eradicates configuration drift and makes consistency between test and deployment environments that much easier to be maintained. In addition to the above, it makes it easier to maintain and track infrastructure versions and to roll back confidently to any version when required.
The large enterprises segment to hold the largest market size during the forecast period
The organization size into which the infrastructure as code market can be bifurcated is large enterprises and SMEs. The trend of digitalization has been highly on the rise among large enterprises. The growth in connectivity bandwidth and mobility trends can be observed further among the large enterprises due to the massive workforce present there. At the same time, growing demand for employees to access computing resources and applications from anywhere and at any time has also made it challenging for enterprises to store their data properly, maintain and manage their data centers, and focus on their core business operations. Large enterprises regularly generate huge amounts of critical business data. It has, therefore, become a necessity for them to automate the application deployment infrastructure so that it speed up their work and eliminates human errors. Large enterprises in the BFSI, telecommunication, retail, and manufacturing verticals cannot afford to lose customers due to work delays. Therefore, they are choosing to deploy Infrastructure as code.
| Report Coverage | Details |
|---|---|
| Base Year | 2024 |
| Base Year Value | USD 1.47 billion |
| Forecast Value | USD 25.33 billion |
| CAGR | CAGR of 8.04% |
| Forecast Period | 2025-2032 |
| Historical Data | 2020-2024 |
| Largest Market | North America |
| Fastest Growing Market | Asia Pacific |
| Segments Covered | Infrastructure Type, Deployment, Approach, End-use, and Regions |
| Region Covered | North America, Europe, Asia-Pacific, Latin America and Middle East & Africa |
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Infrastructure Type Segment
The immutable infrastructure segment has had the largest share in the infrastructure as code market in 2023 and is likely to retain its position during the course of the projected period. Immutable infrastructure is that which cannot be changed in any way once it is deployed in IT infrastructure, which refers to those servers, hosts, containers, switches, routers, etc. Immutable infrastructure is a pattern of administration for services and provisioning of software on IT resources whose changes are done by replacing the elements. Change means that an application or service is effectively redeployed each time there's a shift. Because the infrastructure configuration cannot easily change under immutability, then configuration drift is minimized, and the risk of attack on the infrastructure is decreased. Since one cannot change frameworks once set, security risks are likely to be easier to identify and obviate in case they crop up. The operation of such a system is much easier.
Deployment Segment
The infrastructure as code market on-premises segment had the highest share in 2023. Infrastructure as Code also manages the infrastructure; it relates to the on-premises setting as well. It uses code instead of manual processes and settings in managing the various elements of the infrastructure, such as the operating systems, databases, and storage resources.
During the next period, the cloud segment is expected to continue growing at the fastest rate in the infrastructure as code market. It refers to the components and elements required to provide cloud computing. Cloud infrastructure includes computing power, networking, storage, and an interface that allows users to access virtualized resources.
In 2023, North America held the highest share in the infrastructure as code market. The region features a well-established technological environment, comprises the United States of America and Canada, and supports infrastructure like code implementations and growth. Large sums of money spent on research and development ensure advancements in technologies as well as inventions. Many companies in the current market scenario are implementing different strategies in order to achieve a better competitive advantage in the industry.
Asia Pacific is forecasted to witness the highest growth rate over the forecast period. With this, emerging economies such as China, Japan, India, and South Korea, among others, have resulted in the adoption of cloud services. Furthermore, the current initiatives of artificial intelligence, Internet of Things, and smart cities need massive as well as scalable infrastructure management that is offered by IaC tools. The manufacturing industry in these regional countries is also thriving.
Segments Covered in the Report
Infrastructure Type
Deployment
By Approach
End-use
Geography
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