Deck
01Thesis

ErectOS

The operating system for construction delivery

One workspace for field execution, cost control, BIM context, project memory, and owner reporting.

Project intelligence loop
CaptureField, drawings, docs
UnderstandEntities, cost, risk
ActTasks, RFIs, reports
LearnMemory, briefs, automation
Product surface85+ modules
Domain graph366 models
AI layerRAG + workflows
02Market pain

Problem

Construction teams lose the project record while the project is happening

Critical context is scattered across field notes, drawings, spreadsheets, emails, cost systems, and meetings.

Status is manual

Teams reassemble reality every week from disconnected logs, photos, RFIs, submittals, and cost trackers.

Decisions lack lineage

Owners ask what changed, why it changed, and who approved it, but the evidence trail is fragmented.

Models are underused

BIM and drawing context rarely reaches the workflows where schedule, scope, and cost decisions happen.

The system of record is still reconstructed after the fact, even on projects that already bought software.
03Timing

Why now

AI turns project exhaust into a live operating layer

The missing piece was not another form. It was a system that can read messy project context and route work safely.

Reasoning is useful enough

LLMs can summarize, classify, draft, and reconcile project material when bounded by permissions and source context.

Data gravity is shifting

Documents, drawings, financial records, and media can be indexed into a project graph instead of locked in silos.

Enterprise buyers need control

Construction firms want AI that respects sensitivity, access, audit trails, and client-specific workflows.

04Product

Solution

A modular command center that connects field, finance, BIM, and AI

Each module is useful alone, but the compounding value comes from the shared project graph and workflow engine.

Project operations

RFIs, submittals, deficiencies, documents, meetings, safety, and owner-facing reporting.

Commercial control

Budgets, commitments, change events, tendering, client cost portal, and variance visibility.

BIM and drawings

IFC geometry, drawing context, markups, spatial references, and issue location workflows.

AI execution layer

RAG, project memory, daily briefs, task routing, sensitivity controls, and workflow automation.

01Capture
02Normalize
03Reason
04Route
05Report
05Product

System design

The product is built around a project memory, not a static database

Documents, events, geometry, permissions, and financial context become retrievable operating context for people and agents.

Structured domain model

Construction entities, relationships, approvals, costs, and lifecycle state are modeled directly.

Knowledge graph

Project entities resolve across files, messages, drawings, invoices, tasks, and meetings.

Permission boundary

Answers and actions inherit the access model rather than bypassing enterprise controls.

Agent workflows

Briefs, retrieval, drafting, validation, and routing can be composed into repeatable project workflows.

01Ingest
02Resolve
03Retrieve
04Validate
05Execute
06Go to market

Wedge

Start with owner-visible cost and delivery workflows, then expand module by module

The initial value is clearer reporting and faster operational alignment. Expansion follows the project record.

Now

Client cost portal

Give project leadership a trusted view of budget, commitments, change exposure, and evidence.

Next

Delivery coordination

Layer RFIs, submittals, deficiencies, meetings, and action tracking into the same operating record.

Later

AI workflow automation

Turn the project graph into daily briefs, variance explanations, risk routing, and portfolio reporting.

07Proof

Evidence

A real platform foundation is already in place

The scaffolding is not a prototype mock. It is a production-oriented system with domain depth and infrastructure requirements.

Feature domains140

Mapped across delivery, finance, safety, property, HR, and BIM workflows.

Prisma models366

Domain coverage for project, commercial, document, user, and workflow records.

Process groups3

Web server, queue worker, and Temporal worker designed as separate production roles.

High-memory workloads

BIM extraction, document processing, and worker builds are first-class platform concerns.

Workflow engine

Temporal and BullMQ support long-running construction processes and asynchronous automation.

08Moat

Defensibility

The moat is workflow-specific memory plus trusted execution

Generic AI can draft. ErectOS can know which project, contract, drawing, cost item, and approval path matters.

Vertical data model

Construction entities are modeled as operating primitives rather than generic records and comments.

Governed automation

AI actions can be permissioned, auditable, sensitivity-aware, and routed through human approvals.

Compounding workflows

Every module adds context that improves briefs, reports, retrieval, and downstream automation.

09Plan

Operating plan

Turn one pilot wedge into a repeatable enterprise motion

The deck should keep the sequence explicit: prove a narrow workflow, expand surface area, then standardize deployment.

Pilot

Prove executive reporting

Deliver a controlled cost portal and project readout that reduces manual reporting work.

Expansion

Attach operational modules

Add field, document, RFI, change, meeting, and BIM context around the same project record.

Scale

Portfolio intelligence

Standardize data ingestion, project briefs, governance, and portfolio-level risk visibility.

10Close

Ask

Build the pitch around proof, pilot momentum, and a focused wedge

This scaffold is ready for narrative iteration, quantified traction, partner-specific examples, and exported decks.

Define the audience

Investor, design partner, strategic customer, and internal board versions should share structure but differ in proof.

Anchor the pilot

Tie the wedge to a concrete deployment story, decision maker, workflow, timeline, and success metric.

Replace placeholders

Swap scaffold numbers with current traction, pipeline, usage, pricing, and pilot economics as they firm up.

ErectOS is the construction project memory that turns fragmented delivery work into governed, AI-assisted execution.