Protected Cell Company Structure
A scalable captive insurance architecture enabling GC consortiums and property owners to create isolated risk cells beneath the Integral Mass umbrella—combining the benefits of shared infrastructure with segregated liability.
What is a Protected Cell Company (PCC)?
A Protected Cell Company—also known as a Cell Captive or Segregated Portfolio Company—is a corporate structure that allows multiple participants to share a single legal entity while maintaining completely segregated assets and liabilities within individual "cells."
🏛️ The Core (Integral Mass)
The "core" is the parent structure that provides shared services: regulatory compliance, reinsurance arrangements, administrative infrastructure, and actuarial oversight. The core's assets are protected from cell liabilities.
🔲 The Cells (GC/Property Owner Groups)
Each "cell" is a legally segregated compartment with its own assets, liabilities, and participants. Cells cannot access each other's assets—if one cell fails, others are protected. Perfect for consortiums of GCs or property owners.
💡 The Analogy: Apartment Building
Think of a PCC like an apartment building. The building itself (the core) provides shared infrastructure—foundation, utilities, security, maintenance. Each apartment (cell) is a separate living space with its own lease, contents, and liability. A fire in one apartment doesn't make the tenant in another apartment liable. The building owner maintains common areas, but each tenant's space is legally distinct.
Integral Mass PCC Architecture
As the captive grows, GC consortiums and property owner groups can establish their own protected cells to pool market-specific risks while benefiting from shared infrastructure.
INTEGRAL MASS CORE
Regulatory Compliance • Reinsurance • Administration • Actuarial Services
CELL A
Student Housing GC Consortium
4 GCs • $200K Pool
Campus-adjacent projects
CELL B
Rural Development GC Consortium
4 GCs • $200K Pool
Agricultural & remote areas
CELL C
Multi-Gen GC Consortium
4 GCs • $200K Pool
Suburban ADU specialists
CELL D
Property Owner Alliance
6 Owners • $300K Pool
Tenant Portal coverage
Why a Protected Cell Structure?
The PCC model offers significant advantages for scaling the Integral Mass captive while maintaining risk segregation.
Asset Protection
Each cell's assets are legally ring-fenced. If Cell A experiences catastrophic losses, Cells B, C, and D are completely protected. The core's assets are also insulated from cell liabilities.
Cost Efficiency
Cells share the cost of regulatory compliance, actuarial services, and administrative infrastructure. A standalone captive might cost $50K+ annually; a cell can operate for a fraction of that.
Speed to Market
New cells can be established quickly without forming a separate legal entity. GC consortiums can begin pooling risk within weeks rather than months of regulatory approval.
Tailored Coverage
Each cell can customize its coverage, premiums, and risk appetite to match its specific market segment. Student housing cells have different needs than rural development cells.
Scalable Growth
As the prefab housing market expands, new cells can be added without restructuring the entire captive. Geographic expansion becomes straightforward.
Consortium Flexibility
GCs can form cells with peers they trust. Property owners can create cells with other landlords in their market. Natural business relationships drive cell formation.
How Cells Form & Operate
The lifecycle of a protected cell within the Integral Mass PCC.
Consortium Forms
3-6 GCs or property owners with aligned interests agree to pool risk together.
Cell Application
Consortium applies to Integral Mass core with business plan, capitalization, and risk profile.
Cell Capitalization
Members contribute initial capital (min $150K). Assets held in segregated cell account.
Coverage Begins
Cell issues policies to members. Premiums flow into cell. Claims paid from cell assets.
Profit Distribution
Underwriting profits stay in cell. Members share dividends based on participation.
📊 Sample Cell Economics
Cells retain underwriting profits after claims and admin fees. Good loss experience benefits cell members directly.
Potential Cell Types
As the Integral Mass PCC grows, various cell configurations can emerge to serve different market needs.
Arizona PCC Regulatory Framework
Arizona's captive insurance statutes provide a favorable environment for Protected Cell Companies.
📜 A.R.S. § 20-1098 et seq.
Arizona Revised Statutes explicitly authorize Protected Cell Companies, providing statutory recognition of cell asset segregation and liability protection.
- Cells are legally separate from core and each other
- Cell assets cannot be used to satisfy core debts
- Creditors of one cell have no claim on other cells
✅ Compliance Requirements
- Each cell must maintain minimum capital requirements
- Separate accounting and financial reporting per cell
- Cell participants must have insurable interest
- Annual actuarial review of each cell's reserves
- Core maintains overall PCC solvency oversight
🏆 Arizona Advantage
Arizona is one of the leading domiciles for captive insurance in the United States, with over 300 captives licensed. The state's Department of Insurance has extensive experience with PCC structures and provides responsive, business-friendly regulation.
Operational Structure
Below: The internal organizational design that powers the Integral Mass core, applying Reverse Conway principles to optimize communication and workflow.
Design Philosophy
This structure applies the Reverse Conway Maneuver—designing the organization to match the desired system architecture, rather than letting organizational structure dictate system design. The result is optimized communication channels and workflow efficiency.
Abundance Perspective
Encourages open communication and collaboration with shared spaces and meeting rooms to foster community and shared purpose.
Cross-Functional Teams
Teams organized around process steps rather than traditional departments, enabling seamless knowledge transfer.
Research & Development Hub
The central hub houses cross-functional teams focused on specific aspects of the research process:
📰 News Crawling & Market Analysis
Responsible for gathering and analyzing market data, including news, demand, annual reports, and risk factors.
🏗️ Framework Alignment
Ensures alignment with relevant frameworks including DOD, Zachman, and Enterprise Architecture standards.
✅ Product Viability Assessment
Evaluates the potential of identified products, considering people, profitability, and market fit.
🎨 CAD/PLM
Takes viable product concepts and develops CAD models, integrating them into PLM tools for sprint planning and change management.
👥 CRM & People Management
Manages the CRM system, allocating and tracking personnel resources based on project needs and individual expertise.
📊 Financial Modeling & Simulation
Utilizes Matlab, Netsuite, and Netlogo to simulate potential profitability and financial scenarios.
⚠️ Risk Management
Employs the HAPI FHIR service to model and assess risk factors across all operations.
Communication Channels
💬 Centralized Platform
A unified communication platform (Slack, Microsoft Teams) facilitates information sharing across all teams.
🤝 Cross-Team Meetings
Scheduled meetings ensure alignment and knowledge transfer between different stages of the research process.
📁 Project Channels
Dedicated channels for individual projects allow focused communication and collaboration.
📚 Knowledge Repository
Centralized repository (Confluence, Google Workspace) stores research data, reports, and documentation.
Three-Story Floor Plan
Adapted from traditional insurance building architecture to support the Richards Systems, promoting collaboration and efficient workflow.
Floor 1: Data & Operations
Foundation LayerRole: "Claims Handlers" reimagined as Data Analysts responsible for cleaning, processing, and preparing data for analysis.
Role: Database Administrators managing and maintaining databases supporting the research process.
Features:
- Open collaboration spaces with whiteboards
- Comfortable seating for brainstorming
- Problem-solving areas
Floor 2: Research & Analysis
Intelligence LayerRole: "Underwriters" reimagined as Researchers conducting market analysis, framework alignment, and product viability assessments.
Role: "Actuaries" reimagined as Research Leads providing guidance and expertise to research teams.
Features:
- Meeting rooms with video conferencing
- Presentation tools for knowledge sharing
- Team collaboration spaces
Floor 3: Strategy & Simulation
Decision LayerRole: "Financial Analysts" reimagined as Simulation & Modeling Specialists using various tools to simulate profitability and risk factors.
Role: "Chief Executives" reimagined as Strategic Decision-Makers evaluating research findings and making strategic decisions.
Features:
- Executive boardroom for strategic planning
- High-level meeting spaces
- Decision support systems
Key Design Considerations
Abundance Perspective
The floor plan encourages open communication and collaboration, with shared spaces and meeting rooms to foster a sense of community and shared purpose.
Flexibility
The cubicle layout allows for individual focus while maintaining proximity to colleagues for easy collaboration.
Technology Integration
The building is equipped with high-speed internet, video conferencing, and other technologies to support remote collaboration and data access.
Sustainability
The building incorporates sustainable design features to minimize environmental impact and promote employee well-being.
Organizational Excellence Drives Results
This Reverse Conway structure creates an environment that supports the Richards Systems research process, fostering collaboration, knowledge sharing, and efficient communication.