Top Project Cost Control Software (2025)

Compare the top project cost control software in 2025. Get accurate forecasts, reduce risk, and keep construction projects on budget with smart automation.

Date posted: 
October 7, 2025
Top Project Cost Control Software (2025)

Best Project Cost Control Software in 2025

Searching for the best project cost control software in 2025? Project owners, managers, and contractors want tools that stop overruns and protect profits. Real-time tracking, forecasting, and automated reporting make the difference, so here are the leading options to compare this year.

Software User Ratings Supported Platforms Target Industries
Mastt 4.7/5 (Capterra) Web-based, Cloud Integration Infrastructure & Public Works, Buildings & Real Estate, Industrial & Energy
Procore 4.5/5 (Capterra) Web-based, iOS, Android Construction, Engineering, Real Estate Development
Viewpoint 3.9/5 (Capterra) Web-based, iOS, Android Construction, Engineering
Autodesk Construction Cloud 4.3/5 (Capterra) Web-based, iOS, Android Construction, Engineering, Architecture
Sage 300 CRE 4.0/5 (Capterra) Web-based, Windows Construction, Real Estate
Kahua 4.4/5 (Capterra) Web-based, iOS, Android Construction, Government, Healthcare
CMiC 4.1/5 (Capterra) Web-based, iOS, Android Construction, Real Estate, Engineering, Infrastructure Development
Deltek Ajera 3.6/5 (Capterra) Web-based, Windows Architecture, Engineering
EcoSys 3.8/5 (Capterra) Web-based Engineering, Procurement, Construction, Oil & Gas, Power, Chemicals, Transportation Infrastructure

What is Project Cost Control Software?

Project cost control software is a dedicated digital solution for planning, tracking, and controlling project costs from initiation to completion. It consolidates budgets, expenses, commitments, and forecasts into a single platform, giving teams real-time financial visibility throughout the project lifecycle.

By connecting contracts, schedules, and resources with actual spending, the software highlights variances and cost overruns before they escalate. This allows teams to measure progress, detect overruns early, and maintain control of the project.

How Does Cost Control Software in Construction Work?

In construction, cost control software works by consolidating budgets, commitments, and expenses, then aligns them with live progress data to show where money is really going. By automating updates and forecasting future costs, the software keeps financial performance in step with project delivery.

Here’s how the software works:

  • Building the budget framework: A baseline budget is set up and broken into cost codes or work breakdown structures. Each line item becomes the foundation for tracking commitments, actuals, and forecasts.
  • Recording commitments against budgets: Contracts, subcontracts, and purchase orders are entered directly into the system. The software automatically reduces available funds and ties every commitment back to the correct budget line.
  • Processing payment applications: Contractors submit progress payments through the platform. Once reviewed and approved, the software updates actual costs instantly, ensuring cash flow records are accurate.
  • Managing change orders digitally: Scope or cost changes are logged, routed for approval, and confirmed in the system. Approved changes automatically adjust budgets, commitments, and forecasts.
  • Calculating forecasts continuously: The software combines budgets, actuals, commitments, and pending changes to calculate the estimate at completion. This highlights risks and overruns before they escalate.
  • Displaying financials in dashboards: Interactive dashboards visualize budget vs. actuals, cost-to-complete, and cash flow. Reports are generated automatically and shared with stakeholders.
  • Syncing with external systems: Integrations connect the platform with accounting software, schedules, and document management tools. This eliminates double entry and keeps all project data aligned.

By working this way, cost control software turns project management from a reactive, spreadsheet-heavy process into a proactive and transparent workflow. It does this by capturing every cost in real time, aligning it with the budget, and automating approvals.

Benefits of Using Cost Control Software for Construction Projects

Improving financial accuracy and reducing risk is the most significant benefit that project teams gain from cost control software. Here are the key advantages of using the platform:

  • Preventing budget overruns: Real-time tracking compares planned budgets with actual spending, flagging deviations before they escalate.
  • Improving cost forecasting accuracy: Live data and predictive analytics calculate future project costs, giving teams reliable “estimate at completion” figures.
  • Strengthening accountability: Every contract, commitment, and payment application is tied to budget lines, creating a clear and traceable audit trail.
  • Enhancing visibility: Dashboards and automated reports share live budget updates, giving stakeholders instant clarity on financial performance.
  • Boosting efficiency: Automated cost updates, variance analysis, and workflows reduce manual work and improve team productivity.
  • Optimizing spending: Accurate tracking and forecasting allow resources to be allocated more effectively, protecting profitability and minimizing waste.

Beyond these day-to-day benefits, the cost control tool delivers strategic value by connecting financial data across the project lifecycle. This visibility not only reduces disputes but also helps organizations plan future projects with greater accuracy.

Key Features to Look for in a Project Cost Control Tool

Strong financial performance depends on choosing software with the right mix of cost control features. The most important capabilities include:

  • Cost estimating and budgeting: Build detailed baseline budgets with labor, materials, subcontractors, and contingencies. Use scenario modeling and cost breakdown structures to test assumptions and justify estimates.
  • Baseline and real-time cost tracking: Lock in a cost baseline and continuously compare it against actual spending. Capture invoices, purchase orders, and labor hours, with real-time updates that flag variances early.
  • Forecasting and projections: Generate estimate-at-completion and cash flow forecasts automatically. Predictive analytics highlight trends, risks, and overruns before they affect profitability.
  • AI-powered automation: Leverage artificial intelligence for smart data entry, automated workflows, and predictive insights. AI reduces manual effort while improving accuracy and decision-making speed.
  • Change order management: Manage change orders digitally with structured approvals. Approved changes automatically update budgets, commitments, and forecasts, keeping financials aligned.
  • Dashboards and reporting: Access real-time dashboards with cost-to-complete, burn rates, and variances. Customizable reports provide stakeholders with accurate, up-to-date financial insights.
  • Integration with other systems: Connect with accounting, ERP, procurement, and scheduling tools. Integration eliminates duplicate entries and ensures all financial data is consistent across platforms.
  • Security and audit trails: Protect sensitive financial information with role-based access, encryption, and compliance-ready audit trails. Every adjustment is logged for accountability.

The right features ensure the cost control software grows with your construction projects. From managing multi-project portfolios to meeting strict compliance requirements, modern platforms are designed to scale alongside your business.

How to Choose the Right Cost Control Software for Your Projects

The right project cost control software should align with your budget management approach, tracking actual expenses and forecasting costs effectively. The best choice depends on project size, reporting needs, and the level of budget tracking required.

Follow these steps when comparing software options:

Step 1: Define Your Cost Management Needs

Decide what you need the software to control. Small construction projects may only need budget tracking, while large portfolios require forecasting, change management, and multi-project dashboards.

Step 2: Match Features to Project Complexity

Match the software’s features to the size and complexity of your projects. Look for tools that handle forecasting, reporting, and change management at the level you need, with AI capabilities that automate data entry and improve accuracy.

Step 3: Evaluate Ease of Use

Choose a platform that your project team can navigate daily without frustration. Dashboards, data entry, and reporting should be simple, or people won’t use them consistently.

Step 4: Test Integrations with Existing Systems

Check how well the software connects with your accounting, ERP, or scheduling tools. Integration eliminates duplicate entries and ensures data stays accurate across platforms.

Step 5: Compare Costs and Pricing Models

Look closely at whether pricing is based on projects, users, or portfolio. Free trials may be enough for small jobs, but complex work usually requires paid plans with forecasting and analytics.

Step 6: Run a Live Test with Your Team

Use a trial version to track a real budget or payment cycle. If your team can adopt it quickly, you’ve likely found the right balance of features and usability.

Bring in both finance teams and project managers early when evaluating project cost control software. Their combined feedback ensures the tool supports accounting accuracy while staying practical for daily site operations.

Smarter Cost Control Leads to Stronger Outcomes

Budgets have long been treated as limits, yet in the right system, they become powerful tools for innovation. Project cost control software combines AI, predictive analytics, and structured workflows to let teams model scenarios and identify more effective ways to deliver projects.

Instead of restricting progress, cost control becomes the engine that drives performance, profitability, and competitive advantage.

1

Mastt

Top Project Cost Control Software (2025)
Rated 4.7/5 stars on Capterra

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Top Project Cost Control Software (2025)

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Features

  • Smart Data Entry
  • AI Project Assistant
  • Automated Workflows
  • AI Template Studio
  • AI Payment Review Agent
  • Dashboards & Templates
  • Cost Tracking, Budgeting & Forecasting
  • Contract Management & Payment Tools
  • Risk Register & Analysis
  • Schedules & Milestones Tracking
  • Portfolio & Program Visibility

Supported Platforms

Web-based, Cloud Integration

User Ratings

4.7/5 (Capterra)

Target Industries

Infrastructure & Public Works, Buildings & Real Estate, Industrial & Energy

2

Procore

Top Project Cost Control Software (2025)

Features

  • Project Management
  • Financial Management
  • Quality and Safety Tools
  • Document Management
  • Bid Management
  • Reporting and Analytics

Supported Platforms

Web-based, iOS, Android

User Ratings

4.5/5 (Capterra)

Target Industries

Construction, Engineering, and Real Estate Development.

3

Viewpoint

Viewpoint

Features

  • Project Management
  • Cost Control
  • Document Management
  • Reporting
  • Data Analytics

Supported Platforms

Web-based, iOS, Android

User Ratings

3.9/5 (Capterra)

Target Industries

Construction and Engineering

4

Autodesk Construction Cloud

Viewpoint

Features

  • Project Management
  • Cost Control
  • Collaboration Tools
  • Document Management
  • Reporting and Analytics

Supported Platforms

Web-based, iOS, Android

User Ratings

4.3/5 (Capterra)

Target Industries

Construction, Engineering, and Architecture.

5

Sage 300 CRE

Sage 300 CRE

Features

  • Project Management
  • Job Costing
  • Accounting and Financial Management
  • Service Management
  • Document Control
  • Reporting and Analytics

Supported Platforms

Web-based, Windows

User Ratings

4.0/5 (Capterra)

Target Industries

Construction, Real Estate

6

Kahua

Sage 300 CRE

Features

  • Project Management
  • Cost Control
  • Document Management
  • Collaboration Tools
  • Workflow Automation

Supported Platforms

Web-based, iOS, Android

User Ratings

4.4/5 (Capterra)

Target Industries

Construction, Government, and Healthcare.

7

CMiC

Sage 300 CRE

Features

  • Financial Management
  • Job Costing and Resource Planning
  • Project Scheduling
  • Workflow Automation
  • Reporting and Analytics

Supported Platforms

Web-based, iOS, Android

User Ratings

4.1/5 (Capterra)

Target Industries

Construction, Real Estate, Engineering, and Infrastructure Development

8

Deltek Ajera

Sage 300 CRE

Features

  • Project Management
  • Accounting and Financial Management
  • Resource Planning
  • Time and Expense Tracking
  • Billing and Invoicing
  • Reporting and Analytics

Supported Platforms

Web-based, Windows

User Ratings

3.6/5 (Capterra)

Target Industries

Architecture, Engineering.

9

EcoSys

Sage 300 CRE

Features

  • Project Portfolio Management
  • Project Controls
  • Resource Management
  • Cost Management
  • Integration Capabilities

Supported Platforms

Web-based

User Ratings

3.8/5 (Capterra)

Target Industries

Engineering, Procurement, Construction, Oil & Gas, Power, Chemicals, Transportation Infrastructure and more.

FAQs About Project Cost Control Software

Project cost control software is valuable for project owners, consultants, contractors, and finance teams managing budgets and forecasts. It ensures anyone overseeing costs or contracts has accurate, real-time visibility into financial performance.
The cost of project cost control software depends on the vendor and pricing model. Some of the best project cost control software platforms offer free or entry-level options, while enterprise packages for large portfolios are priced per project or per user. Mastt offers free use for the first project, making it easy to get started without risk.
Forecasting in cost control software is highly reliable when data is consistent and up to date. With real-time inputs from budgets, actuals, and changes, cost control software can produce dependable projections for cash flow and total project costs.
Most modern cost control software is designed for ease of use, with simple dashboards and guided workflows. Project teams usually require minimal training, making adoption smooth across office staff and field users.

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