ErectOS
The system layer for construction, where humans and AI agents operate from the same full project truth.
Category shift
If the full ErectOS vision works, fragmented records become a governed operating environment for teams and AI agents.
Models and drawings connect to RFIs, estimates, schedules, inspections, changes, handover, and asset operations.
Project truth is no longer reconstructed from forms and files; it is queried, reasoned over, and routed into work.
Agents act through permissions, tools, approvals, audit trails, and sensitivity controls instead of bypassing the system.
The industry shift is from recording construction activity to operating from one full project context.
Problem
Critical context is scattered across field notes, drawings, spreadsheets, emails, cost systems, meetings, approvals, and tribal knowledge.
Teams reassemble reality every week from disconnected logs, photos, RFIs, submittals, and cost trackers.
Owners ask what changed, why it changed, and who approved it, but the evidence trail is fragmented.
BIM and drawing context rarely reaches the workflows where schedule, scope, and cost decisions happen.
Construction is not broken because people lack effort. It is broken because the operating context is fragmented.
Why now
The missing piece was not another form. It was a governed model that can understand messy project context and route work safely.
LLMs can summarize, classify, draft, and reconcile project material when bounded by permissions and source context.
Documents, drawings, financial records, and media can be resolved into a project-object graph instead of locked in silos.
Construction firms want AI that respects sensitivity, access, audit trails, and client-specific workflows.
Solution
ErectOS connects context, coordination, cost, schedule, risk, records, work, approvals, and AI execution in one governed environment.
BIM, drawings, spaces, systems, estimates, schedules, RFIs, and changes resolve back to stable project objects.
Cost, commitments, pay apps, field records, compliance, handover, and approvals become continuous context.
People and AI act through role-specific surfaces, tools, policies, audit trails, and lifecycle workflows.
Agents retrieve, reason, draft, route, and operate without leaving the permission and approval model.
System design
Geometry, documents, events, permissions, and financial context become operating context for people and agents.
Construction entities, relationships, approvals, costs, and lifecycle state are modeled directly.
Entities resolve across files, messages, drawings, invoices, tasks, meetings, spaces, systems, and handover.
Answers and actions inherit the access model rather than bypassing enterprise controls.
Briefs, retrieval, drafting, validation, routing, and actions can be composed into repeatable workflows.
Wedge
The wedge is a proof path, not the company identity. Initial value is a trusted readout of money, scope, schedule, evidence, and next action.
Give project leadership a trusted view of budget, commitments, change exposure, and evidence.
Layer RFIs, submittals, deficiencies, meetings, and action tracking into the same operating record.
Turn the project graph into daily briefs, variance explanations, risk routing, and portfolio reporting.
Evidence
The scaffolding is not a prototype mock. It is a production-oriented system with domain depth and infrastructure requirements.
Mapped across delivery, finance, safety, property, HR, and BIM workflows.
Domain coverage for project, commercial, document, user, and workflow records.
Web server, queue worker, and Temporal worker designed as separate production roles.
BIM extraction, document processing, and worker builds are first-class platform concerns.
Temporal and BullMQ support long-running construction processes and asynchronous automation.
Defensibility
Generic AI can draft. ErectOS can know which asset object, record, cost item, policy, workflow, and approval path matters.
Construction entities are modeled as operating primitives rather than generic records, comments, and file attachments.
AI actions can be permissioned, auditable, sensitivity-aware, and routed through human approvals.
Every module adds context that improves decisions, reports, retrieval, automation, and downstream handover.
Operating plan
The deck should keep the sequence explicit: prove a narrow workflow, expand surface area, then standardize deployment.
Deliver a controlled cost portal and project readout that reduces manual reporting work.
Add field, document, RFI, change, meeting, and BIM context around the same project record.
Standardize data ingestion, project briefs, governance, and portfolio-level risk visibility.
Ask
This scaffold is ready for narrative iteration, quantified traction, partner-specific examples, and exported decks.
Investor, design partner, strategic customer, and internal board versions should share structure but differ in proof.
Tie the wedge to a concrete deployment story, decision maker, workflow, timeline, and success metric.
Swap scaffold numbers with current traction, pipeline, usage, pricing, and pilot economics as they firm up.
ErectOS gives construction one full project truth for humans and AI agents.