ARE Tech • Systems Architecture • Operating Platform

Platform Architecture

One Connected Operating Architecture Around the Real Estate Transaction.

AlgonquianRealEstate.com is being structured as both a public website and a secure operating platform. Its architecture connects specialized real estate systems while preserving clear record ownership, controlled system communication, human approval, protected information, and traceable activity.








Architecture
Domain Ownership
Integration
Shared Services
Communication
APIs & Events
Control
Human Authority



Core Architecture Principle

One Authoritative Operational Owner Per Domain.

ARE’s architecture is designed to prevent multiple systems from independently owning competing versions of the same operational record. Each major business domain has a defined authority, while other systems interact with that authority through controlled interfaces.

Architecture Rule
One Domain → One Authoritative Owner → Controlled Interfaces → Shared Events → Traceable Activity

Ownership

Know Where Truth Lives

Every material record should have a clearly identified authoritative system.

Interfaces

Communicate Without Taking Ownership

Systems may request, consume, display, or act on authorized information without becoming a second authoritative source.

History

Preserve What Happened

Important state changes, approvals, system actions, and human decisions should remain traceable.



Platform Layers

From Public Experience to Controlled Execution.

The platform can be understood as a set of connected layers. Each layer has a different responsibility, but all ultimately support the real estate operating lifecycle.

Layer 01 • Experience
Public Website • Portals • Dashboards • Administrative Interfaces
Layer 02 • Business Applications
Intake • CRM • Underwriting • Offers • Documents • Funding • Marketplace • Stewardship
Layer 03 • Automation & Agents
Workflow Automation • Agent Orchestration • Routing • Monitoring • Approval Gates
Layer 04 • Integration
Platform Service Interface • API Gateway • Operational Event System • External Integrations
Layer 05 • Data, Security & Infrastructure
Canonical Records • Protected Documents • Access Controls • Audit • Runtime • Health


Transaction-Centered Architecture

The Architecture Follows the Property Lifecycle.

ARE does not organize the platform around disconnected technology features. Systems are positioned according to the work required to move a real estate opportunity from first contact through transaction and operations.

Lead → Intake → Qualification → Deal → Underwriting → Offer → Documents → Funding → Closing → Operations → Reporting

Front of Funnel

Opportunity Creation

Lead capture, property submissions, seller information, deal-source intake, qualification, and relationship activity.

Decision Layer

Transaction Evaluation

Canonical deal management, underwriting, risk validation, capital review, offer preparation, and human approval.

Execution & Operations

Close, Operate & Report

Documents, diligence, funding, closing, post-closing records, property operations, performance, and reporting.



Operational Ownership

Specialized Systems With Defined Responsibilities.

The architecture separates major operating responsibilities so each system can specialize without creating competing sources of truth.

Shared Infrastructure

Platform Plugin

Shared services, permissions, audit, protected storage, mail, registry, health, common UI, and service interfaces.

Entry

Deal Intake

Owns structured property and seller intake at the beginning of the acquisition workflow.

Canonical Deal

Pipeline CRM

Owns the canonical Deal record, pipeline state, next action, responsibility, and material activity history.

Underwriting

MAO Engine

Owns acquisition underwriting and the financial analysis supporting an acquisition decision.

Offers

Offer Generator

Owns proposals, offers, LOIs, term sheets, and related offer-generation workflows.

Documents

Document Library

Owns controlled document records, organization, retrieval, packages, and document-related operating controls.

Rendering

PDF & Signature

Handles controlled PDF rendering and signature-related functions without becoming the document authority.

Automation

Automation Engine

Owns workflow automation and rule execution while respecting domain ownership and approval boundaries.

Oversight

Admin Command Center

Provides management visibility, KPIs, exceptions, system status, and operational oversight without duplicating authoritative records.

Buyer Access

Buyer Portal

Owns buyer registration, login, account access, and controlled buyer-facing platform interactions.

Distribution

Deal Marketplace

Supports controlled deal distribution, NDA/access workflows, opportunity presentation, and qualified buyer interactions.

Capital

Funding Tracker

Owns funding-source tracking, requirements, status, conditions, and capital-related next actions.

Products

Digital Products

Owns digital-product catalog and content metadata.

Store

Digital Store

Owns the ARE storefront and Product Vault experience.

Commerce Bridge

WooCommerce Bridge

Connects commerce events to product access and entitlement lifecycle without becoming the product catalog authority.

Services

Property Stewardship

Owns operational records for approved property-stewardship and related property-service workflows.

Public Interface

Algonquian Navigation

Controls the standardized public navigation and routing experience without becoming an owner of transaction records.

Orchestration

ARE Agent Engine

Coordinates agents, skills, tool adapters, approval gates, escalation, context, execution history, health, and integrations without replacing authoritative business applications.



Shared Services

Build Common Capabilities Once.

Capabilities used by multiple systems should be standardized where appropriate rather than independently rebuilt inside every plugin or application.

Identity & Permissions

Authentication, roles, permissions, authorization, and controlled access.

Audit & Activity

Common event history, actor attribution, correlation, and traceability.

Protected Storage

Controlled storage and retrieval for sensitive or transaction-related files.

Notifications

Consistent operational mail, alerts, reminders, and workflow notifications.

Service Registry

Defined platform capabilities, service discovery, and integration boundaries.

Health & Status

Visibility into platform availability, integrations, dependencies, and failures.

Common UI

Shared ARE admin components, status patterns, forms, notices, and interface behavior.

Integration Controls

Common conventions for APIs, events, idempotency, correlation, validation, and error handling.



System Communication

Systems Communicate Through Interfaces—not Database Shortcuts.

A system that needs information or action from another domain should use the approved service interface or operational event mechanism. Direct cross-plugin writes to another system’s authoritative tables should be avoided.

Request / Response

Platform Service Interface

Used when one approved system needs to request information or an action from another platform capability.

State Changes

Operational Event System

Allows systems to publish meaningful business events so authorized subscribers can react without taking ownership of the originating record.

External Boundary

ARE API Gateway

Provides a controlled boundary for approved external applications, integrations, services, and future platform consumers.

Communication Pattern
Authoritative System → Service / Event → Authorized Consumer → Action → Audit


Runtime Architecture

Separate the Website, API, Runtime, and Agent Control Plane.

The public WordPress experience remains important, but backend processing, external API access, and agent orchestration have different responsibilities and should be separated accordingly.

Public / Application

AlgonquianRealEstate.com

Public pages, approved portals, WordPress business applications, and user-facing workflows.

External API

api.algonquianrealestate.com

Controlled API gateway for approved external communication and integrations.

Runtime

node.algonquianrealestate.com

Backend runtime infrastructure for approved processing and services that should not depend on the public WordPress request lifecycle.

Agent Control Plane

acc.algonquianrealestate.com

Dedicated Agent Command Console for agent operations, approvals, monitoring, exceptions, and execution oversight.



Agent Architecture

Agents Advance Work Without Becoming the System of Record.

ARE agents are execution resources. They may research, organize, analyze, draft, recommend, route, monitor, and perform approved automated actions, but authoritative business records remain with the appropriate operating systems.

Agent Execution Pattern
Observe → Analyze → Recommend / Prepare → Approval When Required → Execute → Record → Next Action

Agent Engine

Orchestration

Registry, skills, tools, context, routing, escalation, execution history, integrations, and agent health.

Domain Plugins

Operational Authority

The relevant plugin remains authoritative for the Deal, underwriting, offer, document, funding, or other domain record.

Human Leadership

Material Authority

Humans retain authority over negotiations, final offers, contracts, capital commitments, funds movement, legal decisions, transaction approval, and closing.



Approval Architecture

Automation Stops Where Material Authority Begins.

Approval gates allow the platform to prepare and advance work without silently converting a recommendation into a binding company action.

DRAFT → READY FOR REVIEW → APPROVED → EXECUTABLE → EXECUTED

System Authority

Prepare, Analyze & Route

Systems may perform approved research, calculations, organization, drafting, notifications, routing, monitoring, and other defined operational actions.

Human Authority

Approve, Commit & Close

Human leadership retains final authority for negotiations, offers, contracts, legal decisions, capital commitments, funds movement, transaction approval, and closing.



Security & Records

Access Should Follow Responsibility.

Not every user, agent, integration, or system should have the same access. Platform permissions should correspond to the role, workflow, data sensitivity, and action being performed.

Identity

Know the Actor

Attribute significant activity to an authenticated human, system, integration, or agent identity.

Authorization

Limit the Action

Permissions determine what an authenticated actor may view, create, modify, approve, or execute.

Protection

Protect Sensitive Records

Transaction documents and sensitive files should use controlled storage and authenticated retrieval where appropriate.

Audit

Preserve Evidence

Material changes, approvals, failures, and execution events should be sufficiently traceable for operational review.



Canonical Deal Architecture

Every Qualified Deal Needs an Operational Spine.

The Pipeline CRM’s canonical Deal record provides the central operating reference for a qualified transaction while specialized systems retain authority over their own domain records.

Required

Current Status

Required

Next Action

Required

Responsible Party

When Applicable

Deadline

Required

Activity History

Underwriting belongs to the MAO Engine. Offers belong to the Offer Generator. Documents belong to the Document Library. Funding belongs to the Funding Tracker. The Deal links the transaction together without absorbing every domain into the CRM.


Example Architecture Flow

How a Property Opportunity Moves Between Systems.

01 • Deal Intake

A property or seller submission enters the platform.
02 • Pipeline CRM

A qualified opportunity becomes or links to the canonical Deal record.
03 • MAO Engine

The property is underwritten without moving underwriting authority into the CRM.
04 • Human Review

Leadership reviews underwriting, risks, transaction structure, capital considerations, and required diligence.
05 • Offer Generator

An approved transaction strategy can be converted into the appropriate proposal or offer workflow.
06 • Documents / Funding / Closing

Specialized systems and approved professionals support diligence, documentation, funding, and closing.
07 • Operations & Reporting

A completed acquisition transitions into property operations, recordkeeping, performance review, and reporting.


Architecture Rules

Rules That Keep the Platform Coherent.

Do

Maintain Clear Boundaries

Assign one authoritative owner per domain.
Use shared services for common capabilities.
Communicate through defined interfaces.
Publish meaningful operational events.
Use correlation IDs for cross-system activity.
Design idempotent operations where appropriate.
Preserve human approval gates.
Maintain audit and activity history.
Keep next actions visible.

Avoid

Prevent Architecture Drift

Duplicate authoritative records.
Direct cross-plugin table writes.
Uncontrolled agent authority.
Public storage of sensitive transaction files.
Silent state changes without history.
Multiple competing permission models.
Business logic hidden in presentation layers.
Integrations that bypass approval controls.
Technology disconnected from real estate operations.



WordPress Application Architecture

Pages Present the Experience. Plugins Own the Function.

WPBakery provides the public presentation shell, while registered ARE plugins should provide the operational interfaces and business functionality behind approved shortcodes.

Canonical Page Pattern
WPBakery Shell → Registered Plugin Shortcode → Plugin-Owned UI → Canonical Data / Workflow
This separation allows ARE to change page presentation without transferring business authority into the page builder and allows plugin functionality to evolve without requiring the public information architecture to become the system of record.


Architecture Outcome

The Goal Is Operational Continuity.

A properly structured platform should allow a property opportunity to move between specialized functions without losing its identity, status, responsible party, supporting evidence, approvals, or next action.

Opportunity → Record → Analysis → Decision → Action → Evidence → Next Action

Less

Duplicate Entry

Faster

Execution

Better

Traceability

Clearer

Accountability



Explore the Architecture

Platform Architecture by Function

Common Layer

Shared Services

Common platform capabilities used across applications.

Explore →

Communication

API & Integrations

Controlled internal and external system communication.

Explore →

Execution

Agent Infrastructure

Agent orchestration, skills, tools, approvals, and execution history.

Explore →

Lifecycle

Transaction Workflow

How the architecture supports real estate execution.

Explore →

Records

Data & Records Architecture

Explore →

Protection

Security & Access Controls

Explore →

Roadmap

Development Roadmap

Explore →



ARE Tech • Platform Architecture

Specialized Systems. Shared Infrastructure. One Transaction Lifecycle.

ARE’s platform architecture is intended to connect the systems required to identify opportunities, manage deals, underwrite properties, prepare offers, control documents, coordinate capital, support closing, operate properties, and preserve the resulting business record.








This page describes ARE’s intended and developing platform architecture. References to plugins, agents, APIs, nodes, integrations, shared services, security controls, workflows, or other technical capabilities should not be interpreted as evidence that every component is currently deployed, production-proven, independently audited, commercially available, or operating at full intended scope. Actual implementation status should be determined from current authoritative source code, deployment records, testing, security review, system health, operational documentation, and other appropriate evidence. Human leadership retains final authority over negotiations, offers, contracts, legal decisions, capital commitments, funds movement, transaction approval, and closing.


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