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Documentation

RevitCDE — solution overview

A Common Data Environment for Revit projects.

RevitCDE
For buyers

01What this is

RevitCDE is a Common Data Environment for Revit projects.

It binds user actions to concrete model objects.

Key idea

Build an auditable digital loop.

For buyers

02For whom

RevitCDE addresses several distinct roles.

BIM coordinator / Project manager

Sees the state of model, approvals, documents and tasks.

Author (designer)

Works in Revit without constant context switching.

Approver

Reviews incoming requests with snapshot and documents.

Viewer

Read access within project scope.

Estimator

Estimate database, line items, non-model costs.

Planning engineer

Schedule, activities, non-model time processes.

Administrator

Server, users, projects, databases, policies.

For buyers

03Problems we solve

Gap between Revit and management processes

Why it hurts

Approvals and tasks live separately from the model.

How we fix it

The plugin captures model data and links requests to objects.

No single source of truth

Why it hurts

Files, e-mail and spreadsheets drift apart in versions.

How we fix it

A CDE structure stores projects, documents, versions and history.

Opaque approvals

Why it hurts

Decisions get lost and routes are informal.

How we fix it

ApprovalRequest, multi-stage routes, append-only events, immutable snapshots.

Model status invisible in Revit

Why it hurts

The designer does not see what is approved, pending or rejected.

How we fix it

Statuses mirrored into Shared Parameters and Extensible Storage.

3D, 4D and 5D not connected

Why it hurts

Estimate and schedule run separately; non-model work drops off the radar.

How we fix it

Per-project estimate.db and schedule.db, WorkPackage as the 4D/5D hub.

Offline / local work without a server

Why it hurts

Detached models need local storage without losing the path to a server.

How we fix it

Local mode in Extensible Storage, optional external single-file DB, later migration to server.

For buyers

04How it works

Three layers form a single data loop.

  1. The user works in Revit. The plugin reads model elements, sheets, views, schedules and statuses.
  2. The model is bound to a server project. The binding is stored inside the RVT model via Extensible Storage.
  3. The plugin syncs project elements, model elements, changes, statuses, requests, tasks, chats and documents with the server.
  4. The server keeps global data in the main database and subject data in per-project bases: model_{guid}.db, disciplines.db, estimate.db, schedule.db.
  5. The web cabinet exposes projects, documents, approvals, tasks, chats and administration; realtime updates flow over SignalR.
  6. Approver decisions, status changes, linked documents and tasks return to Revit and surface in the plugin and model parameters.
Architectural principle

The server is the source of truth for collaborative mode; the model still keeps the minimum binding and local data so work survives Revit restarts and offline windows.

For buyers

05What it does

The functional map at a glance.

Projects

Project setup, members, roles, standards, disciplines, stages, packages.

Model

RVT binding, sync, identifiers, fingerprint, statuses, dirty tracking.

Approvals

Requests, routes, snapshots, decisions, withdrawal, journal, realtime.

Documents

CDE documents, versions, upload/download, SHA-256, WIP→Shared→Published→Archived.

Tasks

Kanban, Gantt, importance, statuses, assignees, task relations.

Communications

Project chats, messages, reactions, correspondence, e-mail integration.

Administration

Users, roles, server parameters, databases, health, authorisation policies.

4D/5D

Estimate, schedule, WorkPackage, quantity snapshots, EVM/CPM.

Local work

Extensible Storage, optional external local DB, migration to server.

Localisation

Centralised UI localisation, 22 languages by roadmap.

For buyers

06Usage scenarios

Submitting a sheet or view for approval

  1. Step 1
  2. Step 2
  3. Step 3
  4. Step 4
  5. Step 5
  6. Step 6

A document from WIP to publication

  1. Step 1
  2. Step 2
  3. Step 3
  4. Step 4
  5. Step 5

Linking model, estimate and schedule

  1. Step 1
  2. Step 2
  3. Step 3
  4. Step 4
  5. Step 5
For buyers

07Frequently asked questions

Question 1

Answer 1

Question 2

Answer 2

Question 3

Answer 3

Question 4

Answer 4

Question 5

Answer 5

Question 6

Answer 6

Question 7

Answer 7

Question 8

Answer 8

Question 9

Answer 9

Question 10

Answer 10

Technical detail

Below is the technical layer for readers who want to see how RevitCDE is built.

Technical detail

08Solution composition

Component Purpose Technology
RevitCDE.Addin
RevitCDE.UI
RevitCDE.Core
RevitCDE.Domain
RevitCDE.Server
RevitCDE.Cabinet
RevitCDE.Localization
Technical detail

09Local and server modes

RevitCDE supports two runtime modes.

Local mode

Data lives in the model's Extensible Storage.

External local storage

A separate database file per RVT model.

Server mode

Active data lives on the server.

Local and server modes

Migration rules from local to server.

Technical detail

10Storage architecture

Store What it stores Why it works this way
Main server DB
model_{guid}.db
disciplines.db
estimate.db
schedule.db
Extensible Storage
External local DB
Technical detail

11Security and access

Security is built around membership, roles, JWT and trust modes.

  • JWT authentication.
  • Secure password hashes; bootstrap admin at initial setup.
  • Login by username, e-mail or phone if configured.
  • User login is the primary mode.
  • Optional workstation mode without password.
  • High-trust actions still require a real sign-in.
  • Project-scoped Read / Write / Manage / Admin.
Technical detail

12Approvals — under the hood

A formalised, reproducible process.

Technical detail

13WorkPackage — the 4D/5D hub

The central object linking model, quantities, estimate, schedule and progress.

Why no cross-DB FK

Project databases are split by subject area.

Technical detail

14Standards, disciplines, stages, packages

Project standard drives documentation, estimate and schedule formats.

Technical detail

15REST API — primary groups

REST API by subject area, JWT-authenticated.

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Technical detail

16Glossary

Technical detail

17What's on the way

The current implementation has a working core; below is what we're growing next.