OpenConstructOpenConstruct

OpenConstruct — Building the Cognitive Infrastructure of the Built World

The shared intelligence network for infrastructure decisions

OpenConstructCognitive infrastructure for the built world

The Built World Has a Learning Problem

The world's largest industry has spent decades digitizing information. It has not yet learned how to compound knowledge. OpenConstruct is the shared intelligence network that helps the built world learn faster, make better decisions, and compound knowledge across generations.

Join a growing network of organizations committed to better infrastructure decisions

Every project creates knowledge.Few projects build on what came before.

Knowledge is created on every project, in every procurement and through every investment decision. Today it scatters into silos. Scroll to watch OpenConstruct turn it into one network the whole industry learns from.

Today

Knowledge lives in silos.

Each sector learns, but only internally.

With OpenConstruct

Knowledge flows. Lessons compound. Decisions get better.

Connected insights
AI-powered learning
Industry-wide collaboration
Better decisions, compounded

How decisions get made

Explore the operating system behind trillion-dollar decisions

Infrastructure is not one industry. It is thousands of interconnected decisions made by governments, investors, owners, contractors, suppliers, operators and advisors. Despite different roles, most decisions follow a similar path. OpenConstruct organizes these pathways into reusable intelligence systems.

QuestionKnowledgeWorkflowDecisionOutcome

Swipe to explore the full matrix →

Research & Intelligence

Scan, diagnose, ground in evidence

Strategy & Decisions

Prioritise, structure, decide

Transactions, Delivery & Operations

Execute, deliver, operate

Automation & Workflows

Compress reporting & ops cycles

Learning & Institutional Knowledge

Codify memory, grow capacity

National & Federal Governments
Ministries, federal agencies, treasuries
Infrastructure Needs AssessmentFiscal SignalsInternational BenchmarkingEconomic Impact AnalysisSector Intelligence
Capital AllocationNational Infrastructure PlanningIndustrial PolicyResilience StrategyFunding Prioritization
Program Delivery OversightProcurement OversightProgram PerformanceInteragency CoordinationPublic Investment Monitoring
Briefing NotesPolicy MonitoringExecutive ReportingRegulatory SummariesDashboard Generation
Government Best PracticesPolicy LibraryWorkforce DevelopmentLessons LearnedInstitutional Memory
State, Provincial & Regional Governments
States, provinces, regional bodies
Regional Demand AnalysisFunding Opportunity ScanEconomic Development AnalysisMarket SoundingInfrastructure Benchmarking
Project PrioritizationBudget PlanningCorridor DevelopmentInfrastructure StrategyInvestment Prioritization
Capital Program DeliveryGrant AdministrationProcurement ManagementAsset Portfolio ManagementStakeholder Coordination
Board ReportingCompliance ReportingMeeting BriefsBoard Reporting AutomationDashboard Creation
Agency Knowledge BaseLessons LearnedTraining ProgramsBest PracticesInstitutional Memory
Local Governments & Public Agencies
Municipalities, utilities, public agencies
Asset Inventory AnalysisCommunity Needs AssessmentMarket SoundingUtility Demand ForecastingPeer Benchmarking
Asset PrioritizationDelivery Model SelectionResilience PlanningCapital PlanningBudget Allocation
RFP DevelopmentBid Evaluation / Supplier SelectionRisk Register DevelopmentContractor EvaluationProgram Monitoring
RFP & Procurement AutomationPublic ReportingCitizen CommunicationsBoard BriefingsAgenda Generation
Institutional KnowledgeWorkforce TrainingLessons LearnedOperational PlaybooksKnowledge Archives
Private Asset Owners & Developers
Private owners, developers, sponsors
Market AnalysisSite IntelligencePermitting IntelligenceDemand ForecastingCompetitive Landscape
Site SelectionPortfolio StrategyInvestment DecisionsDevelopment StrategySite Exclusivity
Project DevelopmentProject FinanceDelivery OversightPermitting ManagementPartner Coordination
Portfolio ReportingExecutive DashboardsProject MonitoringDocument AutomationMilestone Tracking
Development PlaybooksProject KnowledgeBest PracticesOwner StandardsLessons Learned

Follow one through.

We lifted Business Development Intelligence straight off the matrix: the Construction & EPC Firms app that business development teams lean on to surface prospective projects across their markets. Scroll on to see what's inside and how it runs.

Business Development Intelligence

Surface and qualify prospective projects across your markets — the pipeline intelligence EPC business-development teams act on.

Construction & EPC FirmsResearch & Intelligence

01 · Ask

It starts with a real question

Infrastructure professionals don't think in prompts. They think in opportunities, risks, projects and decisions. So we follow one business development question from start to finish, the way a practitioner would actually ask it: plain language, no jargon. Your domain knowledge matters most.

02 · Structure

Good questions have structure

Behind every question sits shared context: sector, geography, stage, stakeholders, intent. The community learns faster when everyone starts from the same language. This is where OpenConstruct begins.

03 · Method

Methods matter more than models

The difference between a good answer and a bad one is rarely the AI model. It is the method used to solve the problem. OpenConstruct captures those methods as reusable Skills, framing, tools, agents and all.

04 · Skill

Skills are institutional knowledge made reusable

Every organization develops ways of working, and most of it stays trapped in documents and people's heads. A Skill turns a proven workflow into a reusable asset anyone can run, written in plain Markdown that declares its inputs, the tools it needs, and the agents it runs.

05 · Evidence

Skills call the evidence

Skills don't guess. They reach into project records, procurement data, geospatial systems, risk intelligence, market signals and external sources. Evidence first, opinion second.

06 · Specialists

Specialists do what they do best

Some systems understand projects, some geography, some entities, some risk. OpenConstruct coordinates specialists, Records, Entity, Geospatial and Signals, instead of asking one system to know everything.

07 · Collaborate

Intelligence emerges from collaboration

The strongest answers rarely come from a single source. Project data, entities, risk signals, spatial context and market intelligence are analyzed together. That's how fragmented information becomes intelligence.

08 · Grounded

Every answer is grounded

Every recommendation traces back to projects, documents, agencies, contracts, risks and sources. The planned California transit projects come back ranked, sourced and ready to act on. Transparency is how trust is built.

09 · Compound

Knowledge compounds

A useful answer rarely ends with one decision. It creates new questions: market expansion, partner selection, pursuit strategy, competitive analysis, risk review. One workflow becomes many.

10 · Assemble

Workflows become applications

When a workflow is repeatedly useful, it becomes an application. Add context and the pieces light up, assembling the skills, tools and agents into one reusable build. The community doesn't start from scratch every time; it builds on what already works.

11 · Lenses

The same question, many lenses

Every grounded answer can be explored more than one way: a table to scan, a dashboard to monitor, a map to walk the ground, an alert to stay ahead. The form follows the work, not the other way around.

12 · Monitor

A lens for the long view

Risk-weighted, mapped and live, the same workflow becomes a dashboard you could watch every week, tracing each number back to the projects and sources beneath it.

13 · Spatial

A lens on the ground

Where the planned corridors actually are, what each is worth, and how risky, so the spatial picture tells you where to focus first.

14 · Library

The library grows

Every workflow added by the community becomes a building block for everyone else. One prompt becomes a Skill, one Skill becomes an Application, one Application becomes institutional knowledge. That's how industries learn.

Explore what the community builds.

Open challenge · CICA

8 Open

Infrastructure insurability under escalating climate risks for major works

Multi-sector Global

Infrastructure projects are becoming increasingly difficult and expensive to insure as climate risks intensify. For major civil works, adequate insurance coverage is a prerequisite for contractors to mobilize, yet insurers are tightening terms, raising premiums, or excluding key perils, particularly around floods, wind, wildfire, and other climate-driven hazards. This creates a growing risk that critical projects—especially in high‑risk geographies—cannot reach financial close or proceed to site because contractors cannot secure coverage at acceptable terms.

See all challenges

Open answers

Read how others solved it

Find prospective {{sector}} projects in {{region}}

Anonymized prompts and selected full chats. Specifics stripped, reasoning kept.

Case study

Choosing Under Uncertainty: The Luhri Hydropower Decision

Himachal Pradesh, India 12 min

India's Energy Ambition Meets Local Reality

Read the case

The future

The future of infrastructure is shared intelligence

For decades, the industry focused on digitizing documents. The next decade will be about capturing expertise, sharing methods, and compounding knowledge across projects, organizations and generations.

Every promptEvery workflowEvery lesson learnedEvery application

A growing library of intelligence for the built world. Built by the community, shared with the community.