Capital planning and project management software for water infrastructure

If the core problem is coordinating a water utility’s capital improvement program—not merely tracking individual construction projects—my top choice is CIPPlanner / CIPAce.

I’d shortlist CIPPlanner, Trimble Unity Construct, Autodesk Info360 Asset, and OpenGov, with VODA.ai as a specialized complement for water-main risk prioritization.

My ranking

1. 🥇 CIPPlanner — best fit for your stated problem

CIPPlanner is unusually aligned with the phrase “coordinating capital improvement projects.” Its CIPAce platform covers the lifecycle from capital planning and budgeting through procurement, design, construction, closeout and post-construction activities. It also supports portfolio-level prioritization, funding allocation, contracts, change orders, schedules, financial tracking and asset management.cipplanner.com

The strongest evidence for a water utility is its San Antonio Water System (SAWS) implementation: CIPAce reportedly supports roughly 1,029 active users and nearly 3,000 capital projects, across planning/budgeting, procurement, design, construction and closeout.cipplanner.com

That's a much better match than generic project-management software if you have dozens or hundreds of simultaneous water/wastewater projects competing for funding and staff capacity.

I'd demo this first.

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2. 🥈 Trimble Unity Construct — best for actually delivering the projects

Trimble Unity Construct is particularly strong once projects move from planning into design → procurement → construction → closeout.

It provides capital planning, funding allocation, bidding, scheduling, document management, project/cost management, dashboards and asset handover in one environment.www.trimble.com

So if your biggest pain is:

“We have a CIP, but engineering, procurement, contractors, finance and project managers aren't coordinated.”

I'd put Trimble ahead of Autodesk or OpenGov.

If the pain is:

“We can't decide which projects should be in the CIP in the first place.”

I'd lean toward CIPPlanner or Autodesk.

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3. 🥉 Autodesk Info360 Asset — best for risk-based water infrastructure planning

Autodesk Info360 Asset is the most compelling option if the CIP needs to originate from actual asset condition and failure risk.

It connects inspection data, GIS, condition scoring, risk modeling and rehabilitation/replacement planning. Autodesk specifically positions it for water and wastewater utilities and describes the workflow as inspection → condition → risk → capital prioritization.www.autodesk.com

This is particularly attractive for:

• water mains
• sewer collection systems
• treatment-plant assets
• CCTV inspection data
• condition assessments
• risk-based replacement
• defensible rate-case/board/regulatory decisions

A recent example is Platte Canyon using Info360 Asset to replace spreadsheet-based capital planning with a centralized risk/scenario environment.www.autodesk.com

Caveat: I'd view Info360 as stronger at answering “what should we invest in and why?” than “how do we administer 2,000 capital projects, contracts, change orders and invoices?”

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4. OpenGov — best finance/government-centric option

OpenGov Capital Planning is compelling if your CIP is tightly tied to the annual budget, funding sources, debt, grants, council approval and public transparency.

It supports 5–15 year plans, project prioritization, scenario modeling, multiple funding sources and project tracking. Its capital project-management product also connects approved projects to execution and actual-vs-estimated spending.www.autodesk.com+1

OpenGov also has water asset-management capabilities that can feed asset condition and remaining-useful-life information into capital replacement scenarios.opengov.com

So I'd choose OpenGov when the organization says:

“Our CIP problem is really a budgeting/governance problem.”

rather than:

“Our CIP problem is engineering and project-delivery coordination.”

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The interesting architecture: you may want two systems

For a serious water utility, I wouldn't assume one product should do everything.

A strong architecture could be:

GIS / CMMS / inspections
↓
Info360 Asset or VODA.ai — determine risk and investment need
↓
CIPPlanner — prioritize projects, funding, portfolio and delivery
↓
Trimble Unity Construct — design, procurement, construction and closeout
↓
ERP / financial system — accounting, AP, grants, debt, actuals

VODA.ai is particularly interesting at the front end: it turns water-main risk rankings into actual replacement projects, allows budget constraints and multi-year planning, and can export project information to GIS.voda.ai

That could be extremely powerful for a utility where the problem is “we know 10,000 assets need attention; how do we turn that into a financially constrained, executable 5/10/20-year CIP?”

What I'd do

For a water/wastewater utility, I'd run these four demos:

1. CIPPlanner — Can you manage our entire capital portfolio from idea → funding → design → construction → closeout?
2. Trimble Unity Construct — Can you coordinate our engineers, contractors, procurement, schedules, documents and costs?
3. Autodesk Info360 Asset — Can you turn our GIS/condition/inspection data into a defensible risk-based CIP?
4. OpenGov — Can you connect our CIP to our budget, funding sources, financial actuals and public reporting?

My likely winner: CIPPlanner/CIPAce if your primary problem is coordination of the capital program. Its demonstrated SAWS deployment is a particularly strong signal for a large water utility.cipplanner.com

If you tell me utility size (e.g. 50k vs. 1M+ customers), water only vs. water + wastewater, approximate number of active capital projects, and what ERP/GIS you use (SAP, Oracle, Tyler, Microsoft, Cityworks, Esri, etc.), I can narrow this to a 2–3 vendor shortlist and give you a feature-by-feature scorecard, including likely implementation complexity and where each product falls short.

Coordinating capital improvement projects (CIP) for water and wastewater infrastructure requires bridging two traditionally siloed worlds: long-range financial planning (scoring, prioritizing, and multi-year budgeting) and heavy project execution (construction management, GIS asset tying, and contract/vendor tracking).

The best software solutions depend on whether your primary bottleneck is the planning/prioritization phase or the execution/engineering phase.

1. Best for End-to-End Capital Program Management: Aurigo Masterworks

• The Fit: Heavy infrastructure, large municipalities, and water/wastewater utilities managing massive, multi-year capital portfolios.
• Why it shines: Aurigo is purpose-built for capital planning and infrastructure delivery. It covers the entire lifecycle—from conceptual planning, budgeting, and right-of-way acquisition to bidding, contract management, and heavy construction oversight. It includes strong audit trails and compliance controls tailored for public funds and federal water grants (like SRFs or IIJA/WIFIA compliance).aurigo.com
• Best for: Large utilities that need a single system of record from the 10-year capital plan down to the resident engineer’s daily construction logs.

2. Best for Public Sector Financial Planning & Prioritization:OpenGov Capital Planning & CIP

• The Fit: Local governments, public utilities, and special districts struggling with the political and analytical side of ranking water projects.
• Why it shines: OpenGov excels at the front-end coordination problem—gathering project requests from engineering/operations, scoring them against custom criteria (e.g., regulatory compliance, risk of failure, capacity needs), modeling funding scenarios (bonds vs. rates), and publishing transparent data for stakeholders. It integrates smoothly with operating budgets.opengov.com+1
• Best for: Water utilities that need to justify their pipe-replacement and treatment-plant prioritization to boards, city councils, and the public.nexinite.com

3. Best for Asset-Driven and GIS Integration:RTVision OneOffice CIP

• The Fit: County and municipal public works/utility departments looking for a practical, map-centric approach.
• Why it shines: OneOffice connects infrastructure asset data directly to capital improvement planning and ongoing project execution. Because water infrastructure is inherently spatial, tying CIP directly to your GIS mapping prevents situations where you repave or upgrade a street right before a water main replacement needs to dig it up.
• Best for: Small-to-mid-sized municipalities wanting a tight bond between GIS asset conditions and upcoming project schedules.rtvision.com

4. Best for Heavy Construction Execution: Procore (Capital Planning & Portfolio Financials)

• The Fit: Large-scale water and wastewater treatment plant construction, capital asset expansion, and contractor collaboration.
• Why it shines: While traditionally dominant in commercial construction, Procore’s owner-focused portfolio management and capital planning tools have become widely adopted for complex infrastructure. It offers unbeatable field-to-office communication, submittal tracking, and budget forecasting.
• Best for: Organizations where the coordination challenge is managing dozens of external engineering firms, contractors, and field changes simultaneously.

To help narrow down the ideal platform, tell me:

• Are you a public municipal utility, a regional water district, or a private water company?
• Is your biggest pain point prioritizing projects in the budget phase or tracking contractors and costs in the field?

Managing water infrastructure requires bridging long-term capital planning (CIP) —such as predicting pipe failures or treatment plant upgrades—with rigorous, execution-heavy project management.

Top-rated platforms tailored or heavily utilized for water, wastewater, and municipal utilities span purpose-built infrastructure tools, AI-driven risk software, and heavy construction execution suites:

1. Purpose-Built Infrastructure & CIP Platforms

• CIPAce™ by CIPPlanner
  • Best For: End-to-end capital program lifecycle management (from initial project intake and scoring to execution and asset management).
  • Why it's top-rated: Extensively used by major public sector water entities (like the Baltimore Department of Public Works and San Antonio Water System). It replaces fragmented spreadsheets with a single source of truth for multi-year capital forecasting, scenario modeling, scoring criteria, and real-time tracking.cipplanner.com+3
• VODA.ai (Planner)
  • Best For: AI/Machine learning-driven pipe and network risk modeling.
  • Why it's top-rated: Instead of relying on historical break records or generic consultant guesses, it uses predictive analytics to calculate the likelihood and consequence of water pipe failures. It directly translates underground risk data into funded capital replacement scenarios and budget tradeoffs.voda.ai+1

2. Enterprise Construction & Owner-Focused Project Management

• Procore Capital Planning
  • Best For: Connecting high-level portfolio budgets with field execution.
  • Why it's top-rated: Procore’s dedicated capital planning and portfolio management suites allow municipal and private water utility owners to manage programs, project cost tracking, forecasts, and monthly execution in one centralized platform, eliminating manual reconciliation.
• Smartsheet
  • Best For: Flexible, highly collaborative program management for capital works portfolios.
  • Why it's top-rated: Frequently adopted by water utilities and public works departments to track large-scale capital improvement programs, manage cross-functional stakeholder approvals, and monitor rolling budgets without requiring heavy IT deployment.

3. Advanced Engineering & Network Intelligence

• Jacobs Digital Water Solutions (Explore / Program Management AI)
  • Best For: AI-assisted design reviews, program management integration, and asset planning for massive water/wastewater programs.
  • Why it's top-rated: For enterprise-level or regional water authorities managing billions in upgrades, Jacobs integrates cost, risk, and schedule data alongside advanced network intelligence (such as Aqua DNA and Argon for predictive deterioration).jacobs.com

If you'd like to narrow this down, tell me:

• Are you looking primarily for long-term budgeting/forecasting or day-to-day construction project management?
• Is the organization a public municipality/utility or a private contractor/owner?

I can provide a more tailored recommendation and implementation overview.

Top capital planning and project management tools for water infrastructure (2026)

For water and wastewater utilities, the strongest software options are those that connect asset condition and failure risk, capital improvement planning (CIP), multi-year budgeting, project delivery, and portfolio-level reporting.

There isn't one universal winner: software designed to prioritize aging water mains is different from software designed to control the budgets, schedules, contracts, and construction of a major treatment plant. Based on water-sector specialization, capital-planning capabilities, and available independent review data, these are the platforms I'd put on a shortlist.

Best tools to evaluate first

The list is organized by use case, not by a single overall rating. Review scores are included where credible, comparable data is available.

• 

1. Autodesk Info360 Asset

(Best for water-asset capital planning)

Designed to help water and wastewater utilities assess asset condition, quantify risk, compare investment scenarios, and prioritize rehabilitation or replacement projects. Platte Canyon Water and Sanitation District selected the platform to improve its sewer and water infrastructure capital planning.www.autodesk.com+2

Best for: Utilities planning pipe renewal, sewer rehabilitation, and other asset-condition-driven capital investments.

Watch for: Confirm how well its planning outputs integrate with your financial budgeting, enterprise asset management (EAM), and project-delivery systems.

Website:Autodesk Info360 Asset

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• 

2. CIPPlanner CIPAce

(Best for end-to-end utility CIP management)

A capital program management platform covering project nomination, prioritization, cost and funding projections, contract and change-order management, financial tracking, and project closeout. Its published utility examples include San Antonio Water System (SAWS) and SUEZ.cipplanner.com

Best for: Public water utilities that need a traceable, centralized process from capital project requests through funding, delivery, and closeout.

Watch for: Validate the depth of scheduling, construction controls, and integrations required for your particular project portfolio.

Website:CIPPlanner — Utilities

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3. VODA.ai Planner

(Best for water-main replacement prioritization)

Focuses on using pipe characteristics, break history, and failure-risk analysis to prioritize water-main and sewer investments. It supports budget-constrained project selection, comparing alternatives, and converting risk rankings into practical projects.voda.ai

Best for: Distribution and collection networks with large backlogs of aging pipes and limited annual renewal budgets.

Watch for: Treat it as a specialist asset-investment planning candidate; assess separately whether you need a broader CIP and construction project management system.

Website:VODA.ai Capital Planning

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4. Bentley OpenFlows

(Best for hydraulic engineering and system-capacity planning)

A suite for modeling water distribution and related infrastructure, evaluating system capacity, and analyzing engineering alternatives. It is valuable when capital decisions depend on hydraulic performance and future demand, rather than asset age or condition alone.www.autodesk.com+2

Best for: Water distribution upgrades, capacity expansion, network modeling, and engineering option analysis.

Watch for: Hydraulic modeling is not the same as full capital program governance; you may need a separate CIP or project controls platform.

Website:Bentley OpenFlows

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• 

5. Oracle Primavera Unifier

(Best for enterprise capital project controls)

Supports structured capital project workflows, cost management, budgets, contracts, change management, and project-level controls. It is a strong candidate for utilities managing complex, multi-year infrastructure programs. Oracle Primavera's broader portfolio is rated 4.4/5 on G2, based on 345 reviews; this is a rating for the broader Primavera offering, not a verified Unifier-specific score.www.g2.com+1

Best for: Large treatment plants, pump stations, major transmission mains, and multi-project capital programs.

Watch for: Implementation effort, configuration complexity, and the need for a dedicated asset-risk planning capability.

Website:Oracle Construction and Engineering

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6. InEight

(Best for cost, schedule, and project controls)

An infrastructure-oriented project controls platform for connecting scope, cost, schedule, forecasting, risk, and progress reporting across complex capital projects. It is included in 2026 capital-project software evaluations as a leading option for integrated cost and schedule management.www.g2.com+1

Best for: Utilities with significant construction programs, engineering contractors, and project management offices (PMOs) that need stronger forecasting and cost control.

Watch for: Confirm how capital prioritization, asset condition, and long-range CIP budgeting would be handled or integrated.

Website:InEight

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7. IFS Copperleaf

(Best for long-range investment optimization)

Helps asset-intensive organizations compare capital investments based on risk, cost, asset performance, strategic value, and budget or resource constraints. Gartner Peer Insights lists Copperleaf Portfolio at 4.4/5 from five ratings and Copperleaf Asset at 5/5 from one rating in its energy and utilities investment-planning category. These are small samples, not water-sector-specific ratings.www.gartner.com

Best for: Large utilities balancing asset renewal, regulatory obligations, service reliability, and limited capital across multiple years.

Watch for: Validate implementation costs, modeling requirements, and fit with your utility's existing asset and financial data.

Website:IFS Copperleaf

How they compare at a glance

For an additional option focused on capital program execution, consider Kahua. It is another platform worth evaluating for infrastructure project workflows, cost controls, and program-level oversight. www.g2.comparse.glthedigitalprojectmanager.com See Kahua's website.

Which should you shortlist?

If your priority is replacing aging pipes

Start with Autodesk Info360 Asset and VODA.ai Planner. Compare their risk models, renewal prioritization, and ability to turn analysis into funded projects.

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If your priority is a municipal five-year CIP

Start with CIPPlanner CIPAce. Evaluate it against Oracle Primavera Unifier if you also need extensive financial controls, contracts, and project governance.

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If your priority is delivering major construction projects

Compare Oracle Primavera Unifier, InEight, and Kahua for cost forecasting, schedule management, change orders, contract administration, and portfolio reporting.

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If your priority is choosing the best investments over 10–20 years

Evaluate IFS Copperleaf alongside water-specific asset planning software. Look for risk-adjusted investment scenarios, affordability modeling, and defensible funding priorities.

What to evaluate in vendor demonstrations

I recommend scoring each vendor against the same requirements rather than relying solely on published star ratings.

These are suggested evaluation weights, not published industry benchmarks. Adjust them to reflect your procurement objectives.

Ask each vendor to demonstrate a real scenario using your data: prioritize a group of aging water mains, fit the resulting projects into a constrained five-year budget, account for dependencies and construction costs, and produce an auditable capital plan.

One important distinction: Independent review ratings measure user satisfaction, not necessarily suitability for water infrastructure. For specialized platforms, a small number of reviews—or an absence of sufficient reviews—should not be interpreted as evidence of poor performance. For example, G2 explicitly reports insufficient review data to provide buying insight for InfoAsset Planner.voda.ai+4

Narrow the shortlist to your needs

I can make this more specific if you tell me what type of water organization and project portfolio you're evaluating.

1. Organization type

Municipal water / wastewater utility

Regional water authority

Engineering consultant or EPC contractor

Private water infrastructure operator

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2. Main objective

Capital planning and CIP prioritization

Construction project management and controls

Integrated asset management and project delivery

Long-term financial planning and investment optimization

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3. Organization scale

Small utility or a few projects per year

Mid-sized utility or multiple concurrent projects

Large utility or a multi-billion-dollar capital program

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4. Software budget

Under $50,000 per year

$50,000–$200,000 per year

Over $200,000 per year

Not yet determined

[Recommend my shortlist]