The problem is coordinating capital improvement projects. What's the best capital planning and project management software for water infrastructure?

If the core problem is coordinating a water utility’s capital improvement program (CIP)—not merely tracking individual construction projects—I’d shortlist these:

My recommendation

For a municipal water/wastewater utility, I'd start with OpenGov if you want one system to coordinate the whole lifecycle:

asset need → project proposal → prioritization → 5–15 year CIP → funding → design/construction → spending → completion

That's particularly compelling because OpenGov can tie capital projects to its Enterprise Asset Management capabilities, including water distribution, treatment plants, wastewater collection/treatment, GIS, asset condition, work history, and capital scenarios.

However, there's an important distinction:

• If your biggest headache is "Which projects should we fund, when, and with what money?" → OpenGov or Brightly
• If it's "We've approved $500M of projects and can't coordinate engineering, contractors, schedules, change orders, and documents" → Trimble Unity Construct
• If it's "We need a straightforward CIP system to replace Excel" → Plan-It
• If it's "We need capital planning tightly linked to pipe/plant asset condition and risk" → I'd investigate Brightly + your GIS/EAM environment particularly closely.

For water infrastructure specifically, I wouldn't choose a generic project-management tool like Monday.com, Smartsheet, or Asana as the system of record. The hard part isn't making task lists; it's connecting asset condition, CIP prioritization, funding, engineering/construction, schedules, and actual expenditures.

If you tell me roughly the size of your utility (e.g., $50M vs. $1B+ CIP), whether you're municipal/public or private, and what you use today for GIS/ERP/asset management, I can narrow this to the top 2–3 and give you a detailed feature-by-feature comparison.

That's particularly compelling because OpenGov can tie capital projects to its Enterprise Asset Management capabilities, including water distribution, treatment plants, wastewater collection/treatment, GIS, asset condition, work history, and capital scenarios.

However, there's an important distinction:

Coordinating capital improvement projects (CIP) for water and wastewater infrastructure requires a blend of long-term asset risk modeling, heavy construction project controls , and public-sector budgeting transparency.

The "best" software depends heavily on whether your biggest bottleneck is prioritizing which pipes/plants to fix (planning) or managing the contractors building them (execution). The top solutions on the market for water infrastructure are broken down by their core strengths below:

1. Best for Heavy Infrastructure Cost & Schedule Control: InEight

• Best For: Connecting field-level execution with capital cost and risk forecasting.
• Why it fits water infrastructure: InEight is built specifically for heavy civil and capital projects. It excels at managing complex risk registers, estimating, document control, and field data capture. If your water agency struggles with massive construction overruns on treatment plants or large transmission mains, InEight bridges the gap between engineering estimates and real-time field tracking.

2. Best Enterprise Gold Standard for Scheduling & Governance: Oracle Primavera Cloud / Primavera P6

• Best For: Large-scale, multi-year capital programs with critical path method (CPM) scheduling.
• Why it fits water infrastructure: For large regional water authorities and metropolitan utilities managing dozens of concurrent treatment plant upgrades and pipeline installations, Oracle Primavera Cloud and Primavera P6 remain the heavy-duty industry standard for program governance, portfolio management, and deep schedule-risk analysis.

3. Best Specialized Risk-Based Capital Planning: VODA.ai & Autodesk Info360 Asset

• Best For: Transitioning from reactive pipe-breaking data to defensible, AI-driven asset renewal prioritization.
• Why it fits water infrastructure: If your primary coordination headache is deciding which assets deserve capital funding next year, VODA.ai uses AI and likelihood-of-failure modeling to let you simulate budget scenarios. Similarly, Autodesk's Info360 suite aggregates GIS, CCTV inspections, and operational data into business risk maps that auto-generate capital renewal strategies and cost estimates.

4. Best Dedicated Local Government & Utility CIP Budgeting:

• Best For: Streamlining project request forms, scoring matrices, and publishing the final CIP budget book.
• Why it fits water infrastructure: Many municipal water departments struggle with departmental silos during the planning phase—engineers want one project, finance wants another, and the city council needs a clean report. Plan-It replaces messy spreadsheets with a collaborative web portal tailored specifically for public sector capital improvement planning and ranking.

5. Best for Field Collaboration and Construction Execution: Procore

• Best For: General project management, RFI/submittal tracking, and contractor collaboration.
• Why it fits water infrastructure: If your planning phase is locked down via GIS or spreadsheets, but coordination breaks down after the shovel hits the dirt, Procore's construction management platform keeps inspectors, civil contractors, and utility project managers unified on submittals, daily logs, and financials.

To help narrow down the ideal platform, tell me:

• Are you struggling more with the long-term budgeting/prioritization phase or the active construction/contractor management phase?
• Is this for a municipal utility , a private water company , or a regional district?

If the core problem is coordinating a water utility’s capital improvement program—not just managing individual construction projects—I’d put CIPPlanner at the top of the shortlist.

The important distinction is that water utilities need to connect asset condition/risk → project prioritization → multi-year funding → design/construction → change orders → closeout, rather than buying a generic project-management tool.

My shortlist

What I'd choose

For a water/wastewater utility with dozens or hundreds of concurrent capital projects: start with CIPPlanner and CIPO.

CIPPlanner is particularly compelling because it explicitly covers the whole capital-program lifecycle. Its utility customers use it for project nomination, impact analysis, cost/funding projections, prioritization, project delivery, closeout and asset-condition tracking.

I'd choose CIPO instead if the biggest pain is execution and coordination: getting engineering consultants, contractors, project managers, finance and executives working from the same project record. CIPO positions itself as an owner-first capital program platform, and its customer list includes multiple water districts and agencies.

If your biggest problem is actually "Which projects should we do?", rather than "How do we coordinate the projects we've already selected?", I'd add VODA.ai or an asset-risk platform to the evaluation. VODA specifically turns pipe-risk information into budget-constrained projects and lets utilities model programs from one to 20 years.

The capability I'd make non-negotiable

For water infrastructure, I wouldn't buy software that merely has a Gantt chart and project budget. Your evaluation should test whether it can handle:

• Asset → project linkage: every CIP project traces back to assets, condition, risk, regulatory need, capacity, resilience, etc.
• GIS: see projects spatially and identify conflicts/opportunities to coordinate work.
• Multi-year CIP: 5-, 10-, 20-year scenarios, not just the current fiscal year.
• Scenario modeling: "What happens if we have $50M vs. $75M?"
• Funding sources: rates, bonds, grants, SRF, developer contributions, etc.
• Project dependencies: design → permitting → construction → commissioning.
• Portfolio coordination: identify projects that should be bundled, accelerated, delayed or coordinated with road/utility work.
• Cost and cash-flow forecasting: including escalation, commitments, encumbrances and changes.
• Change orders and contracts.
• Consultant/contractor collaboration.
• Executive dashboards: cost, schedule, risk and portfolio health.
• ERP/finance + CMMS/EAM + GIS integrations.

That last point is crucial. The strongest modern CIP systems aren't trying to replace every system you already have; they're becoming the coordination layer between GIS, asset management, finance and project delivery. That's also consistent with current water-utility CIP guidance emphasizing integration with existing EAM/GIS rather than another isolated database.

One more interesting option

If you're dealing with a very large water agency and a highly complex capital construction portfolio, I'd also put Aurigo Masterworks into the RFP. It tends to make more sense when the challenge resembles an enterprise capital-construction program than a municipal budgeting exercise.

So, my initial ranking for water-infrastructure CIP coordination would be:

1. CIPPlanner — best overall fit
2. CIPO — strongest alternative for owner-side project execution
3. Autodesk ecosystem — strongest when GIS/asset engineering is central
4. Aurigo Masterworks — enterprise/complex construction programs
5. OpenGov — strongest finance/municipal CIP orientation
6. VODA.ai — especially compelling for water-main renewal and risk-based planning
7. Plan-It — good simpler replacement for Excel-based CIP planning

If you tell me roughly how many capital projects you manage, whether you're water, wastewater, or both, what GIS/ERP/CMMS you already use (e.g. Esri, Cityworks, SAP, Tyler), and whether the bigger pain is planning or project execution, I can narrow this to the 3 systems I'd actually put through demos and give you an RFP-style scoring matrix.

So, my initial ranking for water-infrastructure CIP coordination would be:

CIPPlanner is particularly compelling because it explicitly covers the whole capital-program lifecycle. Its utility customers use it for project nomination, impact analysis, cost/funding projections, prioritization, project delivery, closeout and asset-condition tracking.

I'd choose CIPO instead if the biggest pain is execution and coordination: getting engineering consultants, contractors, project managers, finance and executives working from the same project record. CIPO positions itself as an owner-first capital program platform, and its customer list includes multiple water districts and agencies.

If your biggest problem is actually "Which projects should we do?", rather than "How do we coordinate the projects we've already selected?", I'd add VODA.ai or an asset-risk platform to the evaluation. VODA specifically turns pipe-risk information into budget-constrained projects and lets utilities model programs from one to 20 years.

The capability I'd make non-negotiable

Coordinating capital improvement projects (CIP) for water, wastewater, and stormwater infrastructure requires bridging the gap between underground asset condition data, long-term financial planning/rate-setting , and heavy construction project delivery.

Because "best" depends on whether your main bottleneck is prioritizing what to fix or managing the contractors building it , top software solutions are categorized below by their primary strengths:

1. Best for Public Sector Budgeting & CIP Lifecycle: OpenGov

• Best For: Centralizing project requests, scoring criteria, multi-year budgeting, and public transparency.
• Why it stands out: OpenGov is purpose-built for local governments and public utilities to move away from disconnected Excel sheets. It allows engineering and finance teams to collaborate on project requests, rank capital needs based on custom weighted criteria (e.g., risk of pipe failure, regulatory mandate), and instantly forecast how capital spending impacts long-term utility funds.

2. Best for AI-Driven Risk Modeling & Pipe Prioritization:

• Best For: Predictive asset management and turning raw condition data into funded replacement projects.
• Why it stands out: If your biggest coordination hurdle is deciding which water mains or sewer lines actually need replacement next, VODA.ai uses artificial intelligence and machine learning to analyze historical breaks, soil types, and pipe attributes. It predicts the likelihood and consequence of failure, allowing you to generate multi-year replacement scenarios mapped directly against various budget constraints.

3. Best for Heavy Capital Project Delivery & Construction Management: Aurigo Masterworks or Projectmates

• Best For: Managing the actual engineering, design, and construction phase of large water treatment plants, pump stations, and major pipeline replacement programs.
• Why it stands out: Once a CIP project is funded, general enterprise resource planning (ERP) tools often fall short on construction management. Platforms like Aurigo specialize in capital program management, handling right-of-way acquisition, complex bid management, contractor pay applications, submittals, and field inspection tracking.

4. Best for GIS-First & Spatial Utility Planning: Esri ArcGIS Solutions

• Best For: Map-centric capital planning and tracking spatial relationships between linear assets.
• Why it stands out: Many water utilities already run on Esri. Esri's configurable Capital Improvement Planning Solution allows engineers to click on specific mains, valves, or hydrants in the GIS map, bundle them into a project, auto-populate estimated replacement costs based on asset attributes, and visualize spatial conflicts (e.g., coordinating a water main replacement with a planned street-paving project).

How to choose the right fit for your utility:

• Choose OpenGov or Plan-It CIP if your pain point is getting stakeholder consensus, ranking project requests, and managing the 5-to-10-year capital budget plan.
• Choose VODA.ai or Aquasight AMP if your pain point is defensible, data-driven asset risk modeling so you aren't guessing which pipes to replace.
• Choose Aurigo or Projectmates if your pain point is managing multi-million dollar engineering contracts, field changes, and construction execution.

To help narrow down the ideal platform, tell me:

• Are you looking more for budgeting/prioritization or construction/contract management?
• What size is your utility (population served or annual capital budget)?
• Do you currently rely heavily on Esri GIS for asset mapping?

Coordinating capital improvement projects (CIP) for water, wastewater, and stormwater infrastructure requires bridging the gap between underground asset data (GIS), engineering constraints (hydraulic models), and long-term financial forecasting.

The "best" software depends on whether your bottleneck is asset risk prioritization, GIS mapping , or heavy construction delivery . The top-tier platforms tailored for water infrastructure capital planning and project management are categorized below by their primary strengths:

• Autodesk (Info360 Asset, InfoWater Pro, and InfoWorks) — Best for engineering-led, GIS-connected risk and capital planning. Autodesk’s suite transitions utilities from reactive maintenance to risk-based renewal strategies. It connects pipe inspection data (CCTV) directly with hydraulic modeling and financial replacement scheduling, allowing teams to map the likelihood and consequence of asset failures and turn those insights straight into a defensible CIP . Learn more about their Autodesk Water Infrastructure Solutions.
• Trimble Cityworks (with OpX) — Best for a true GIS-centric lifecycle approach. Cityworks natively leverages Esri’s ArcGIS platform to combine asset management, permitting, project tracking, and capital budget planning into a single environment. It's widely favored by public works and municipal water utilities because the infrastructure data is already tied to a spatial map.
• Esri ArcGIS (with Capital Improvement Planning Solutions) — Best for spatial visibility and public/stakeholder alignment. For teams heavily anchored in spatial analysis, Esri provides tools to map out project timelines, link funding sources, automate asset replacement costing, and deconflict overlapping projects in the same right-of-way. Explore Esri Capital Improvement Planning Software for public works.
• Oracle Primavera (Unifier / Cloud) — Best for enterprise-scale, complex capital programs. If you are managing multi-million or billion-dollar treatment plant builds or massive transmission line expansions, Oracle Primavera provides rigorous governance, cost controls, multi-funding source tracking, and advanced analytics.
• OpenGov (Enterprise Asset Management / Budgeting) — Best for connecting asset data directly to public budgeting and financial transparency. OpenGov bridges the gap between field asset management and the municipal budgeting process, helping finance teams justify capital allocations and rate adjustments to city councils and boards.

To help narrow down the right platform for your agency, tell me:

• What is the approximate size of your utility (population served or miles of pipe)?
• Are you looking primarily for early-stage risk prioritization/budget planning , or heavy construction project delivery?

If the core problem is coordinating a water utility’s capital improvement program—not just managing individual construction projects—I’d put CIPPlanner at the top of the shortlist. It is purpose-built around capital infrastructure programs and covers project nomination, prioritization, funding, budgeting, contracts, change orders, schedules, cash flow, and closeout. Its utility offering is explicitly designed for water/wastewater organizations.

My shortlist

CIPPlanner stands out because it bridges the gap between the capital plan and actual project delivery. Its utility customers use it for project/portfolio management, bidding and contracts, change orders, financial tracking, prioritization, funding projections, asset-condition tracking, and project closeout.

Where the other products fit

Autodesk Info360 Asset is particularly compelling if your coordination problem starts with asset condition and risk. A recent water-utility implementation describes using it to connect Esri GIS, CMMS data, condition information, risk models, and scenario-based CIP planning.

Oracle Primavera Cloud is the stronger choice when you're dealing with hundreds of concurrent projects, sophisticated schedules, dependencies, cost controls, and enterprise-level project execution. Oracle specifically positions its utilities offering around multiyear capital planning, prioritization, scheduling, project management, project controls, contracts, and change management.

Plan-It is much more focused on the front end of the CIP process: collecting project requests, building the multiyear plan, prioritizing/funding projects, and generating CIP reports. It's a particularly good fit if you're currently living in Excel and need to professionalize the planning process without implementing a massive enterprise system.

BV iCIP is interesting if your biggest challenge is constantly changing assumptions—growth, demand, regulations, costs, resiliency, etc. It supports dynamic project timing/cost changes, triggers, cash-flow forecasting, project phasing, dependencies, and dashboards.

What I'd actually recommend

If you're a water/wastewater utility with dozens or hundreds of CIP projects, I'd evaluate these three first:

1. CIPPlanner — best candidate for a single system coordinating the whole CIP lifecycle.
2. Info360 Asset — best if asset condition/risk/GIS needs to drive the capital plan.
3. Primavera Cloud — best if engineering/construction scheduling and project controls are the dominant problem.

The key distinction is important: don't buy a construction PM system to solve a capital-planning problem. Your software should let you answer, in one place:

What projects are we doing, why are we doing them, who owns them, what are they dependent on, where is the money coming from, what's the forecast, what's slipping, and what happens to the 5–10 year CIP if we change the plan? For a water utility, I'd also make GIS integration, asset condition/risk, funding sources (SRF/grants/bonds/rates), multiyear cash flow, change orders, consultant/contract management, and executive/board reporting mandatory requirements.

If you tell me roughly your annual CIP budget, number of projects, water vs. water + wastewater, and what you currently use for GIS/ERP/CMMS (e.g. Esri, Cityworks, Maximo, SAP, Tyler), I can give you a much more specific 2–3 product recommendation and a side-by-side feature matrix.

Autodesk Info360 Asset is particularly compelling if your coordination problem starts with asset condition and risk. A recent water-utility implementation describes using it to connect Esri GIS, CMMS data, condition information, risk models, and scenario-based CIP planning.

Oracle Primavera Cloud is the stronger choice when you're dealing with hundreds of concurrent projects, sophisticated schedules, dependencies, cost controls, and enterprise-level project execution. Oracle specifically positions its utilities offering around multiyear capital planning, prioritization, scheduling, project management, project controls, contracts, and change management.

Plan-It is much more focused on the front end of the CIP process: collecting project requests, building the multiyear plan, prioritizing/funding projects, and generating CIP reports. It's a particularly good fit if you're currently living in Excel and need to professionalize the planning process without implementing a massive enterprise system.

BV iCIP is interesting if your biggest challenge is constantly changing assumptions—growth, demand, regulations, costs, resiliency, etc. It supports dynamic project timing/cost changes, triggers, cash-flow forecasting, project phasing, dependencies, and dashboards.

Coordinating water infrastructure capital improvement projects (CIPs) requires bridging the gap between long-term financial planning, GIS mapping/asset health , and execution-stage project management . Because water and wastewater systems involve deeply interconnected physical assets (pipes, pumps, treatment plants), a generic project management tool often falls short.

The best software solutions for water infrastructure capital planning and project management are categorized below by their primary strengths:

• OpenGov Budgeting & Planning (Capital Planning) : Best for the early-stage planning, budgeting, and public transparency side of a CIP. It helps local governments and water districts model long-term fiscal impacts, score and rank competing capital proposals, and engage community stakeholders with clear interactive dashboards.
• Autodesk Info360 Asset & InfoWater Pro : Best for the engineering and asset-intelligence layer. Autodesk integrates hydraulic modeling, CCTV/inspection analysis (often pairing with AI tools like VAPAR), and risk-based capital planning. It lets you transition asset failure risk directly into data-driven renewal strategies and cost estimates.
• CIPAce (by CIPPlanner) : Best for large-scale enterprise utility lifecycle management. Heavily adopted by massive public utilities (like the San Antonio Water System), it handles the entire continuum of multi-million dollar capital programs: project nomination, cost/funding projections, bid and contract administration, and change order governance.
• Procore (Owner Portfolio & Capital Planning Suite) : Best if your primary bottleneck is heavy construction execution and contractor oversight. Procore has expanded specifically into owner-side portfolio monitoring, fund-source management, and capital lifecycle tracking, making it powerful once a project moves from the planning book into an active build.
• InfraMind / iFactory : Best specialized planning layers that sit cleanly on top of your existing Enterprise Asset Management (EAM) or Esri GIS stacks to turn pipe degradation data into rate-defensible, AWIA-compliant multi-year capital plans.

To help narrow down the ideal platform, tell me:

• Are you looking primarily at budgeting and council/board approval , or field construction and contractor management?
• What is the rough size of your utility's annual capital program?
• Do you currently use Esri GIS or a specific EAM/CMMS system that the new software must integrate with?

If the core problem is coordinating a water utility’s capital improvement program (CIP)—not merely tracking construction tasks—I’d shortlist four platforms, with one clear front-runner depending on how you define “capital planning.”

My shortlist

1. Trimble Unity Construct — my overall pick

For a water utility with lots of projects, consultants, contractors, approvals, change orders and funding sources, this is probably where I'd start.

Unity Construct combines capital planning, funding allocation, procurement/bidding, schedules, document management, workflows and project management. Importantly, it is designed for owners managing an entire capital program rather than simply giving individual project managers a task list.

There's also unusually strong evidence in the water sector: Miami-Dade Water & Sewer used the former e-Builder platform across 2,400+ water/sewer projects, including pipelines and pump stations, to replace a paper-heavy approval process.

And Trimble specifically supports integration between Unity Construct and Cityworks, allowing project/construction information to flow into asset operations and maintenance.

Choose this if your pain is:

“We have the projects approved, but coordinating engineering, procurement, construction, funding, documents, approvals and closeout is a mess.”

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2. Brightly Predictor — best if prioritization is the problem

Brightly takes a different approach. Its strength is asset investment planning: forecast asset condition/lifecycle, compare funding scenarios, identify risks, and optimize the capital program against available money.

That's particularly attractive for water infrastructure because you can move toward:

asset condition → risk → consequence → intervention → project → funding scenario

rather than having engineering departments submit disconnected projects every budget cycle.

Choose this if your pain is:

“We have $X million to spend. Which water mains, pump stations, treatment assets and other infrastructure should we actually fund?”

It is less compelling than Unity Construct as the execution/project-controls system.

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3. Euna Capital Budgeting — best finance/CIP layer

Euna is particularly interesting if the CIP problem sits heavily with finance, budgeting and administration.

It supports project prioritization, multi-year capital plans, funding allocations, scenario planning, project dependencies and tracking spending against approved projects. Euna explicitly markets its capital solution to utilities, including water and sewage organizations.

I'd favor it when your biggest problem is:

“Engineering has a project list, Finance has a budget, Grants has funding restrictions, and nobody has one authoritative version of the capital program.”

It may actually pair well with a more engineering/project-management-oriented system rather than replace one.

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4. Esri ArcGIS — essential if geography is central

I wouldn't necessarily select ArcGIS as the sole CIP management system, but for water infrastructure it can be the critical coordination and intelligence layer.

Esri has capital-project solutions that can organize projects into an official CIP, track them geographically, coordinate with other agencies/utilities and communicate projects to stakeholders.

That's valuable for questions like:

• Which projects overlap?
• Which roads are being opened next year?
• Which water-main replacements can be coordinated with sewer/road projects?
• Where are projects relative to high-risk assets?
• Which neighborhoods will be affected?
• What projects are already planned by another agency?

For a water utility already heavily invested in ArcGIS Utility Network, I'd make GIS integration a major selection criterion. Esri describes Utility Network as supporting the utility lifecycle from planning and engineering through construction and operations.

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The important distinction

I'd actually frame your software decision as three different problems:

1. “What should we build?”
→ Brightly Predictor / ArcGIS / asset-management analytics

2. “How do we get the approved CIP funded and governed?”
→ Euna / Unity Construct

3. “How do we deliver 500 projects without losing control?”
→ Trimble Unity Construct

If you mean one system to coordinate the entire capital program, I'd put Trimble Unity Construct at #1.

If you're a water utility with a strong GIS/asset-management environment, though, I'd seriously consider an architecture like:

ArcGIS Utility Network + asset/risk planning + Trimble Unity Construct + ERP/financial system

rather than trying to make one application do everything.

What I'd test in a vendor demo

Don't let vendors give you a generic project-management demo. Give them a realistic water CIP scenario and ask them to demonstrate:

1. Project intake — engineering submits a proposed $12M water-main replacement.
2. Prioritization — condition, consequence, risk, regulatory need and strategic criteria produce a score.
3. Scenario planning — show what happens if the CIP is cut 10%, 20%, or 30%.
4. Funding — combine rate revenue, bonds, grants and other funding sources.
5. Dependencies — coordinate water, sewer, roadway and third-party projects.
6. Design → procurement → construction — carry the project without re-entering data.
7. Change orders — show their effect on the overall CIP, not just the individual project.
8. Forecasting — compare approved budget, committed cost, actuals and projected final cost.
9. GIS — click a project on the map and see the associated assets and project history.
10. Asset handoff — demonstrate exactly how the completed project becomes part of the operational asset inventory.

That last point is crucial: the best water CIP platform shouldn't end when construction ends. The project's information should become useful to the people who operate and maintain the pipe, pump station, tank or treatment facility.

If you tell me roughly the size of your utility (connections/population), annual CIP ($), number of active projects, current ERP, GIS (e.g. ArcGIS), and whether your biggest pain is prioritization, budgeting, or project execution, I can narrow this to a 2–3 product recommendation and a vendor evaluation scorecard.

Coordinating capital improvement projects (CIP) for water infrastructure requires software that bridges the gap between long-term asset risk planning (GIS mapping, failure prediction) and execution-level project controls (cost tracking, scheduling, contractor collaboration).

The "best" software depends on whether your biggest bottleneck is prioritizing which pipes and plants to fix, or managing the capital funds and construction workflows once the projects are greenlit. Top industry solutions are categorized by their primary strengths:

• OpenGov (Budgeting & Planning / CIP): Best for the planning phase, public-sector transparency, and multi-year fiscal modeling. It allows utilities to rank capital proposals, tie asset data directly to budget requests, and generate rate-defensible justifications for councils and state funding.
• Trimble Cityworks OpX / Cityworks GIS-Centric Solutions: Best if your organization is already anchored in Esri GIS. It ties asset management directly to project and capital planning, letting you track the entire lifecycle from permitting and operations to heavy rehabilitation.
• Autodesk Info360 Asset / InfoWorks WS Pro: Best for engineering-heavy, risk-based capital planning. It uses hydraulic modeling and AI-driven condition assessments to score likelihood and consequence of failure, turning raw inspection footage into defensible renewal plans.
• Kahua (Utility Construction): Best for owner-side project delivery. It excels at tracking funding sources (grants, bonds, SRF loans), managing complex multi-contractor workflows, and handling the transition from construction closeout straight into operations and maintenance.
• Oracle Primavera Unifier: Best for massive, enterprise-scale capital programs. If you are managing multi-million or billion-dollar treatment plant overhauls with complex cost governance, Primavera provides deep program controls, although it has a steeper learning curve.
• Procore (Owner Portfolio/Capital Planning Suite): Best if your workflow relies heavily on external general contractors and field collaboration, utilizing owner-centric tools for portfolio monitoring and funding source tracking.

To help narrow down the ideal platform, tell me:

• Are you looking primarily for long-term asset planning/budgeting or active construction project management?
• What GIS or enterprise systems (like Esri or an existing ERP/CMMS) do you currently rely on?

If the core problem is coordinating a water utility’s capital improvement program—not just tracking individual construction projects—I’d put Trimble / Cityworks, OpenGov, and Esri at the top of the list, with different strengths.

My shortlist

1. My first choice: Trimble Cityworks/Unity + OpX

For a water/wastewater utility, this is probably where I'd start.

Trimble's current portfolio connects GIS-based asset management with capital projects. Its OpX product handles large infrastructure projects, contracts, schedules, project financials, workflows and GIS; Trimble specifically positions ArcGIS as the authoritative spatial system for major capital projects.

The important advantage is the lifecycle:

Asset condition → CIP need → project → design/construction → commissioning → operations/maintenance

That's much more useful for a water utility than a generic project-management application. Trimble also documents integration between its capital-program platform and Cityworks so project information can flow into operations and maintenance.

I'd choose this if your biggest problem is:

"We have hundreds of water/sewer projects, multiple funding sources, GIS/asset information, engineering, construction, operations and finance—and nobody has a single picture of what's happening."

2. OpenGov — best if the real problem is CIP prioritization and funding

OpenGov Capital Planning is particularly strong on the front end of the CIP process.

It supports multi-year/multi-fund capital programs, project intake, scoring/ranking, approvals, fund availability, debt-funded projects and operating-cost impacts. It can also connect capital planning with asset-risk information through its enterprise asset management capabilities.

So I'd favor OpenGov when the executive problem sounds like:

"We have $500M of proposed projects. How do we decide what gets funded, when, from which source, and explain those decisions to the board?"

It is less compelling than Trimble if your primary pain is engineering/construction execution and asset-level coordination.

3. Esri ArcGIS — the critical layer I'd want regardless

If you already have ArcGIS, I wouldn't treat GIS as merely a map attached to the PM software.

Esri's capital-planning capabilities can create a portfolio of projects, establish the official CIP, coordinate projects spatially, and identify conflicts between projects occurring in the same area.

That's particularly valuable in water because the question isn't simply "Is Project 47 on schedule?" It's:

"What else is happening on this corridor, what assets are affected, and should these projects be combined?"

Esri has documented water-utility use cases where asset condition, main breaks, critical customers and other network characteristics are used to prioritize capital replacement.

4. For a very large capital program: Trimble Unity Construct / e-Builder

If you're talking about hundreds of active construction contracts, major treatment plants, pipelines, pump stations, design consultants, contractors, change orders and substantial PMO staff, I'd also evaluate Trimble's Unity Construct, formerly e-Builder.

It's much more oriented toward capital-program and construction management than basic municipal asset management. Trimble describes it as its cloud capital-program management platform and highlights its integration with Cityworks for the transition from construction into operations.

What I would actually recommend

For a serious water utility, I'd avoid trying to make one application do everything.

A strong architecture is:

ArcGIS / Utility Network
↓
Asset condition + risk + hydraulic/network information
↓
CIP prioritization & funding — OpenGov or equivalent
↓
Capital program/project management — Trimble Unity Construct / OpX
↓
Construction / contracts / change orders
↓
Asset handover → Cityworks/Unity Maintain
↓
Operations & maintenance

That separation lets each system do what it's best at.

The deciding question

If you tell me (1) approximate utility size/customers, (2) annual CIP spend, (3) number of active capital projects, (4) whether you already use ArcGIS, and (5) what financial/ERP system you use, I can narrow this to a top 2–3 and give you a detailed feature-by-feature comparison, including implementation complexity and what I'd put in an RFP.