UPDATED Jun 29, 2026
Key Insights:
Cloud spending keeps climbing across construction: Gartner forecasts continued growth in public cloud services spending, with construction accounting for a meaningful share of the investment.
Connected jobsites shorten response times: Near real-time data access lets project teams act on issues quickly and keep stakeholders informed throughout the project lifecycle.
Tier 1 workloads often stay on-premise: A 2023 McKinsey study found fewer than 10 percent of surveyed organizations have moved mission-critical processes to the cloud, citing availability and regulatory concerns.
On-premise delivers full control: On-premise deployments give firms direct authority over servers, operations, and user access, with no reliance on internet connectivity for day-to-day work.
Implementation success rides on the partner: The right provider brings construction-specific expertise and supports your IT strategy well beyond the go-live date.
Selecting a construction ERP that aligns with your company's long-term business needs means weighing your technology infrastructure, cost, performance, operational requirements, reliability, and security. Deployment choice sits at the center of that evaluation.
The model you pick shapes how work gets done across the office and the field. This article walks through the main software deployment options, with a focused look at cloud-based ERP and where on-premise still holds ground.
Understanding Cloud-Based vs. On-Premise Solutions
First, a quick definition of terms.
On-premise means your data is stored on servers your company owns and operates. This server-based IT environment hosts the licensed software and data in-house. On-premise solutions are common in market segments such as finance and healthcare, where security and regulatory control are paramount.
Cloud ERP solutions rely on remote servers and storage managed by your software provider. In this model, the provider handles the IT work, including uptime, maintenance, patching, and infrastructure security.
Each deployment option carries its own features, trade-offs, and fit considerations. The sections below break down what each model offers and where it tends to work best.
What Are Cloud ERP Systems?
Gartner, Inc. forecasts that worldwide end-user spending on public cloud services will continue to grow within the next few years, with large blue-chip companies leading the charge through platforms such as Oracle Cloud ERP and SAP Cloud ERP. The construction industry is expected to account for a meaningful share of that investment.
Streamlined workflows built in cloud ERP are helping eliminate data silos and support more collaborative conversations across the design and construction lifecycle, as well as downstream maintenance and operations.
Beyond productivity gains, cloud ERP brings a set of practical benefits to office and field workflows. The items below outline where the model tends to deliver the most value.
Connected Jobsites
The strongest value of a cloud ERP is the collaboration it enables. Effective construction management software depends on continuous input of data such as schedules, timelines, and costs.
With access to near real-time jobsite progress, project teams can:
Respond faster to issues as they emerge in the field
Support decision-making with current cost and schedule data
Maintain transparency with customers and stakeholders across the project lifecycle
Data Management and Storage
Data is abundant in today's technology-enabled construction environment. Managing that data is a challenge on its own, especially as project teams push for more collaboration and transparency across every phase of work.
Cloud platforms are well-suited to handle the volume and variety of construction data, including:
Point clouds from laser scanning and reality capture
Thousands of images from drone flights and ground-based cameras
Daily reports, RFIs, submittals, and other project documentation
Model files and coordination outputs from design and VDC teams
Insights and Analytics
Processing data in the cloud is often significantly faster than working from local infrastructure. Project teams get quicker access to cost trends, productivity metrics, and forecast variances, which shortens the gap between data collection and decision making.
Scalability
Cloud ERP lets you scale up or down without customizations to the underlying software or platform. You can add users, projects, or business units as the firm grows, and pull back when workloads shift.
Security
Cloud providers take on most security requirements at the infrastructure level through a shared responsibility model. Companies still work alongside their software provider to properly configure and secure the application layer, user access, and integrations.
Cloud ERP in Practice
Harris, a leader in design and engineering, construction, manufacturing, building automation, service, conveyors, and end-to-end building systems, opted for the private cloud route to support business growth and to optimize project forecasting, labor productivity, and change order management. From a construction technology infrastructure perspective, the private cloud catered to their key business needs, including 24-7 accessibility across all devices.
North Mechanical had a similar experience.
Michelle Eastman, CFO at North Mechanical, said, "As we worked through the process of reviewing different construction software programs, we realized that CMiC Cloud was the only true Software-as-a-Service (SaaS) construction management solution for a company our size, eliminating the need for purchasing and maintaining a hosting server. We wanted all users to have a single point of access. For a company with an outsourced IT group, like NMC, CMiC Cloud was the most logical solution, giving us the outcomes we wanted."
A McKinsey & Co. report noted that companies that adopt the cloud well bring new capabilities to market more quickly, innovate more easily, and scale more efficiently, while also reducing technology risk.
On-Premise Construction Management Software: An Overview
Cloud adoption is growing across the industry, but on-premise construction management solutions still hold clear advantages for certain firms. Organizations subject to strict data quality requirements or regulated reporting obligations often continue to invest in on-premise deployments for reasons tied directly to control and compliance.
A 2024 McKinsey survey of European cloud leaders confirms that availability and regulatory concerns continue to shape how companies approach cloud-based applications. The authors found that less than one-third of enterprises have 50 percent of their workloads on cloud, and that even among heavier adopters, most still keep meaningful workloads on-premises.
The pattern reflects persistent caution about migrating core operational systems off internal infrastructure, particularly for processes with strict uptime requirements, sensitive data, or compliance obligations.
Those same constraints explain why on-premises construction software continues to earn its place in the technology stack. The section below outlines where the deployment model delivers the most value.
Why Companies Still Choose On-Premise Construction Software
On-premise deployments give construction firms direct authority over the systems that run their business. The main benefits include:
Full security control: On-premise solutions sit under a firm's complete authority. You handle the servers, the operations, and user access without relying on a third party to enforce your security posture.
No internet dependency: On-premise software does not require an internet connection to function, so users can work from the office or the jobsite trailer without worrying about connectivity gaps or service outages.
Predictable availability: With the environment hosted in-house, uptime is governed by your own IT team and infrastructure rather than an external provider's service windows.
Tighter regulatory alignment: Companies operating under strict data residency, audit, or compliance requirements can keep sensitive records within their own walls.
On-Premise in Practice
Miron Construction Co. is a contracting firm focused on commercial and industrial markets. The company self-performs a considerable amount of work, including concrete, steel, masonry, and carpentry.
A decade ago, Miron relied on roughly 18 siloed systems spread between the office and the field. Decision makers selected an on-premise, all-in-one construction management platform that connects accounting and payroll with project management and project controls. CMiC fit the bill.
One of the more valuable aspects of the deployment for Miron is the platform's ability to integrate with complementary technologies such as optical character recognition systems and DocuSign. The solution delivers the security advantages of on-premise without the trade-offs that organizations sometimes associate with scalability, reliability, and cost.
Choosing the Deployment Model and Software Partner
Implementing construction management software is not an off-the-shelf installation that ends when the system goes live. These platforms are sophisticated and multi-featured, built to support every layer of the construction project workflow, and success depends heavily on the partnership with your provider.
The cloud-versus-on-premise decision itself comes down to how your company handles data, where your teams work, and what your compliance obligations require. Both models can deliver a single source of truth across accounting, project management, and field operations when paired with the right platform and the right implementation partner.
Whatever your IT configuration, look for a construction project management solution with the experience and expertise to support your company's broader IT strategy. CMiC can be deployed as an on-premises solution, as a Platform-as-a-Service (PaaS), or as part of a multi-tenant Software-as-a-Service (SaaS) cloud environment, with the construction-specific depth that general ERP vendors cannot match.
Ready to see which deployment model fits your business? Talk to a CMiC expert today and map your path forward.