Scatter the (Funding) Seeds!

Adaptive Resue Manufacturing Co-Working Spaces

"From Silicon Valley Monopoly to Distributed Cooperative Production!"

1. The Abolish Silicon Valley Context

Quick Recap of the Existing Policy:

• Break up Big Tech Monopolies: Google, Meta, Amazon, Apple, etc.
• Divest VC Portfolios: Force diversification, end "winner-take-all" concentration
• Worker Cooperative Conversion: Companies become employee-owned
• Geographic Diversification: End Silicon Valley concentration, distribute tech jobs nationwide

The Missing Piece:

Where Do New Worker Cooperatives Physically Locate?

Current Problem:

• Silicon Valley Real Estate: $3,000-5,000/sq ft (prohibitively expensive)
• No Alternatives: Other tech hubs (Seattle, Austin, and NYC) are also expensive
• Manufacturing Deserts: Rust Belt has cheap space BUT no ecosystem (suppliers, talent, and infrastructure)

Our Solution:

• Adaptive Reuse: Convert abandoned factories into cooperative manufacturing hubs
• Distributed Network: 100+ cities with manufacturing co-working spaces
• Full Ecosystem: Shared equipment, technical support, peer learning, and supply chains

2. What Manufacturing Co-Working Spaces Look Like

The Vision:

Instead of:

• Isolated startups renting expensive offices
• Each buying their own equipment (CNC machines, 3D printers, and electronics labs)
• Competing for scarce engineering talent
• Struggling to find suppliers and manufacturers

Create:

• Shared manufacturing facilities in converted factories
• Pooled equipment (hundreds of cooperatives share)
• Peer support network (cooperatives help each other)
• Integrated supply chains (local suppliers, nearby customers)

The Physical Space:

Example: Converted Auto Plant (500,000 sq ft) → Manufacturing Co-Working Hub

Layout:

Zone 1: Metal Fabrication (100,000 sq ft)

• CNC Mills: 20 machines (computer-controlled precision milling)
• CNC Lathes: 15 machines (turn metal parts)
• Laser Cutters: 10 machines (cut sheet metal with precision)
• Welding Stations: 30 bays (MIG, TIG, and stick welding)
• Water Ket Cutters: 5 machines (cut metal, stone, and glass)
• Metal 3D Printers: 10 machines (print titanium and aluminum parts)

Zone 2: Electronics & Robotics (80,000 sq ft)

• PCB Assembly: Pick-and-place machines and reflow ovens (make circuit boards)
• Electronics Lab: Oscilloscopes, signal generators, and testing equipment
• Robotics workspace: Build/test robots, drones, and automation systems
• Cleanroom: Small Class 10,000 cleanroom for sensitive electronics

Zone 3: Plastics & Composites (60,000 sq ft)

• Injection Molding: 10 machines (make plastic parts)
• Thermoforming: Vacuum forming machines
• Composite Layup: Work with carbon fiber and fiberglass
• Plastic 3D Printers: 50 machines (FDM, SLA, and SLS technologies)

Zone 4: Woodworking & Furniture (40,000 sq ft)

• CNC Routers: 10 machines (cut wood, MDF, and plywood)
• Table Saws, Jointers, and Planers: Traditional woodworking tools
• Spray Booths: Finishing and painting
• Assembly Area: Large workbenches, clamps, and hand tools

Zone 5: Textiles & Soft Goods (30,000 sq ft)

• Industrial Sewing Machines: 40 machines
• Fabric Cutters: Automated cutting tables
• Screen Printing: T-shirts, posters, and textiles
• Embroidery Machines: Automated stitching

Zone 6: Testing & Quality Control (20,000 sq ft)

• Metrology Lab: Coordinate measuring machines and laser scanners (verify dimensions)
• Material Testing: Tensile strength, hardness, and chemical composition
• Environmental Chambers: Test products in heat, cold, and humidity
• Safety Testing: Electrical safety, flammability, durability

Zone 7: Design & Engineering (40,000 sq ft)

• CAD Workstations: Computers with SolidWorks, AutoCAD, and Fusion 360
• Meeting Rooms: Cooperatives collaborate and share their knowledge
• Library: Technical manuals, material samples, and engineering references
• Prototyping Area: Rapid iteration on designs

Zone 8: Shipping & Receiving (30,000 sq ft)

• Loading Docks: Ship finished products and receive materials
• Packaging area: Box, label, and prepare shipments
• Warehouse: Short-term storage for materials and finished goods

Zone 9: Shared Services (50,000 sq ft)

• Cafeteria: Workers eat together (build community)
• Childcare: On-site daycare (80% subsidized)
• Health Clinic: Basic healthcare, first aid
• Training Center: Classes, apprenticeships, and skill-sharing
• Cooperative Business Office: Accounting, legal, and HR support

Zone 10: Renewable Energy & Utilities (50,000 sq ft)

• Rooftop Solar: 2-5 MW capacity (powers facility)
• Battery Storage: Store solar for night/cloudy days
• Water Recycling: Treat/reuse process water
• Waste Processing: Sort/recycle manufacturing waste

Membership Model:

How Cooperatives Use the Space:

Membership Tiers:

Tier 1: Explorer ($500/month per cooperative)

• Access: 40 hours/month equipment use
• Includes: Basic machines (3D printers, hand tools, and small CNCs)
• Best for: Early-stage cooperatives (2-5 members and testing ideas)

Tier 2: Builder ($2,000/month per cooperative)

• Access: 160 hours/month equipment use
• Includes: All machines except most advanced (no metal 3D printing, limited CNC time)
• Storage: 200 sq ft dedicated space for materials/works-in-progress
• Best for: Growing cooperatives (5-15 members and scaling production)

Tier 3: Manufacturer ($5,000/month per cooperative)

• Access: Unlimited equipment use (except advanced machines, which are scheduled)
• Includes: All machines using priority scheduling
• Storage: 500 sq ft dedicated space
• Office Space: Small office for administrative work
• Best for: Established cooperatives (15-50 members and steady production)

Tier 4: Anchor Tenant ($15,000/Month per Cooperative)

• Dedicated Space: 5,000-10,000 sq ft private manufacturing area within facility
• Equipment: Can install own specialized machines
• Access: Full access to shared equipment as backup
• Best for: Large cooperatives (50+ members, high-volume production)

Equipment Acquisitions

How Spaces Get Outfitted:

Initial Public Investment:

• Federal Manufacturing Cooperative Fund: $500M/facility (equipment purchase)
• Equipment Selection: Democratic process (member cooperatives vote on priorities)
• Phased Installation: Year 1 basics, Year 2-3 add specialized equipment based on demand

Ongoing Equipment Fund:

• Usage Fees: Cooperatives pay per hour of machine use ($10-100/hour depending on machine)
• Revenue: Covers maintenance and eventual replacement
• Surplus: Invested in new equipment (member cooperatives vote)

Example Equipment Costs:

• CNC Mill: $50k-200k (depending on size, precision)
• Laser Cutter: $100k-300k
• Metal 3D Printer: $500k-1M
• Injection Molding Machine: $50k-500k
• Pick-and-Place Electronics: $200k-500k

Total Equipment Investment per Facility: $50-100M (depends on mix)

3. Integration with Abolish Silicon Valley

How This Enables Diversification:

The Current Silicon Valley Model (What We're Abolishing):

STARTUP FOUNDED (Bay Area)
    ↓
VC FUNDING (Sand Hill Road, Palo Alto)
    ↓
GROW FAST (hire engineers, scale)
    ↓
WINNER-TAKE-ALL (dominate market, crush competitors)
    ↓
EXIT (IPO or acquisition, VC/founders get rich, workers get scraps)
    ↓
MONOPOLY (Google, Meta, Amazon control everything)

Result:

• Geographic Concentration: All tech jobs in SF/Seattle/Austin
• Wealth Concentration: VCs/founders billionaires, workers precarious
• Market Concentration: 5 companies control internet
• Innovation Stagnation: Monopolies kill competition

The New Distributed Cooperative Model:

WORKER COOPERATIVE FORMED (anywhere in US)
    ↓
JOIN MANUFACTURING CO-WORKING SPACE (local converted factory)
    ↓
ACCESS EQUIPMENT (shared CNC machines, 3D printers, etc.)
    ↓
BUILD PRODUCT (iterative development with peer support)
    ↓
SELL DIRECTLY (no VC pressure, no "exit" needed)
    ↓
SCALE SUSTAINABLY (hire more worker-owners, democratic growth)
    ↓
THRIVE (workers own equity, share profits, control decisions)

Result:

• Geographic Diversity: Manufacturing hubs in 100+ cities
• Wealth Distribution: Workers own cooperatives, share profits
• Market Competition: Thousands of cooperatives, no monopolies
• Innovation Acceleration: Cooperatives share knowledge (not hoard IP)

Specific Abolish Silicon Valley → Manufacturing Co-Working Flows:

Example 1: Google Breakup → Search Engine Cooperatives

Scenario:

• Google's Broken Up: Search, Ads, YouTube, Cloud, and Android = 5 separate companies
• Worker Conversion: Each becomes worker cooperative
• Challenge: Where do 100+ new search/ad tech cooperatives (from diversified VC portfolios) manufacture their server hardware?

Solution:

• Manufacturing Co-Working Spaces: Have electronics assembly zones
• Cooperatives Design Servers: Custom hardware for search algorithms and ad serving
• Build in Co-Working Space: Use pick-and-place machines, reflow ovens, and testing equipment
• Local Supply Chain: Source components from nearby cooperatives (PCBs, enclosures, and power supplies)

Impact:

• Hardware Independence: Don't rely on Dell/HP monopolies (build own servers)
• Cost Reduction: Shared equipment = no $10M capital investment per cooperative
• Innovation: Customize hardware for specific workloads (not one-size-fits-all)

Example 2: Meta Breakup → Social Media Cooperatives

Scenario:

• Facebook, Instagram, and WhatsApp: Separate worker cooperatives
• Challenge: Need to build consumer electronics (smartphones, VR headsets, and smart displays)

Solution:

• Manufacturing Co-Working Spaces: Have plastic injection molding, electronics assembly, and testing labs
• Cooperatives Design Devices: Privacy-respecting phones and open-source VR
• Build Prototypes: Rapid iteration in co-working space
• Contract Manufacturing: Once design finalized and scale with larger cooperative manufacturers

Impact:

• Hardware Diversity: Alternative devices (not just Apple/Samsung duopoly)
• User Privacy: Hardware designed with privacy from ground up (no surveillance capitalism)
• Repairability: Open designs and user-replaceable parts (right-to-repair built in)

Example 3: Amazon Breakup → E-Commerce Cooperative Ecosystem

Scenario:

• Amazon Split: Marketplace, AWS, Logistics, Devices = separate cooperatives
• Amazon Basics = 100+ product Categories: Each becomes a worker cooperative

Challenge:

• How Do 100+ Cooperatives (making everything from phone chargers to furniture to clothing) afford manufacturing equipment?

Solution:

• Manufacturing Co-working Spaces: Provide equipment for every category
  • Electronics co-op uses PCB assembly for chargers, cables, and batteries
  • Furniture co-op uses CNC routers, table saws, and spray booths
  • Clothing co-op uses industrial sewing machines, and fabric cutters
• Shared Logistics: Co-working space coordinates shipping (bulk rates)
• Quality Standards: Peer review (cooperatives test each other's products)

Impact:

• Product Diversity: 1,000+ cooperatives making alternatives to Amazon Basics
• Quality Increase: Worker-owners care about reputation (vs. Amazon's race-to-bottom)
• Local Production: Goods made regionally (reduce shipping and emissions)

4. National Network Design

How Many Facilities? Where?

Target: 200 Manufacturing Co-Working Spaces Nationwide

Site Selection Criteria:

1. Abandoned Industrial Capacity: Closed factory available for conversion
2. Population: City/metro area >50,000 (sufficient workforce, customer base)
3. Economic Need: High unemployment and manufacturing job losses (prioritize hardest-hit)
4. Cooperative Density: Existing or forming cooperatives in region
5. Supply Chain: Access to materials and transport infrastructure
6. Political Support: Local government committed to cooperative development

Geographic Distribution:

Rust Belt (49 Facilities):

• Ohio: 11 (Cleveland, Akron, Youngstown, Toledo, Dayton, Canton, etc.)
• Pennsylvania: 10 (Pittsburgh, Erie, Bethlehem, Allentown, Reading, etc.)
• Michigan: 10 (Detroit, Flint, Grand Rapids, Lansing, Saginaw, etc.)
• Indiana: 5 (Gary, South Bend, Terre Haute, Muncie, and Anderson)
• Illinois: 5 (Rockford, Peoria, Decatur, Moline, and Danville)
• Wisconsin: 4 (Milwaukee, Racine, Kenosha, and Green Bay)
• New York: 4 (Buffalo, Rochester, Syracuse, and Utica)

Southeast (30 F acilities):

• North Carolina: 8 (Charlotte, Greensboro, Winston-Salem, High Point, Burlington, etc.)
• South Carolina: 5 (Greenville, Spartanburg, Rock Hill, Anderson, and Gaffney)
• Georgia: 5 (Atlanta, Augusta, Columbus, Macon, and Albany)
• Alabama: 4 (Birmingham, Mobile, Montgomery, and Huntsville)
• Tennessee: 4 (Memphis, Chattanooga, Knoxville, and Nashville)
• Virginia: 4 (Norfolk, Richmond, Roanoke, and Danville)

South/Southwest (24 Facilities):

• Texas: 9 (Houston, Dallas, San Antonio, El Paso, Lubbock, Amarillo, Waco, etc.)
• Louisiana: 3 (New Orleans, Baton Rouge, and Shreveport)
• Arkansas: 3 (Little Rock, Fort Smith, and Pine Bluff)
• Oklahoma: 3 (Oklahoma City, Tulsa, and Lawton)
• Mississippi: 3 (Jackson, Gulfport, and Tupelo)
• Kentucky: 3 (Louisville, Lexington, and Owensboro)

West/Mountain West (20 Facilities):

• California: 8 (Los Angeles, Oakland, San Diego, Fresno, Bakersfield, Stockton, etc.)
• Washington: 3 (Tacoma, and Spokane)
• Oregon: 2 (Portland and Eugene)
• Arizona: 2 (Phoenix and Tucson)
• Colorado: 2 (Denver and Pueblo)
• Utah: 1 (Salt Lake City)
• Nevada: 1 (Las Vegas)
• New Mexico: 1 (Albuquerque)

Midwest/Plains (15 Facilities):

• Missouri: 4 (St. Louis, Kansas City, Springfield, and Joplin)
• Iowa: 3 (Des Moines, Cedar Rapids, and Davenport)
• Nebraska: 2 (Omaha and Lincoln)
• Kansas: 2 (Wichita and Kansas City)
• Minnesota: 2 (Minneapolis and Duluth)
• South Dakota: 1 (Sioux Falls)
• North Dakota: 1 (Fargo)

Northeast (8 Facilities):

• Massachusetts: 2 (Boston and Springfield)
• Connecticut: 2 (Hartford and Bridgeport)
• Rhode Island: 1 (Providence)
• New Hampshire: 1 (Manchester)
• Maine: 1 (Portland)
• New Jersey: 2 (Newark and Trenton)

Additional Regions (5 Facilities):

• Hawaii: Honolulu
• Alaska: Anchorage and Fairbanks
• Puerto Rico: San Juan
• Maryland: Baltimore

Total: 200 Facilities across 45+ States

Capacity Per Facility:

Each Facility Can Support:

• 100-200 Member Cooperatives (depending on the tier mix)
• Average: 150 cooperatives per facility
• 200 Facilities × 150 Cooperatives = 30,000 Cooperatives Nationwide

Employment:

• Average Cooperative Size: 15 workers
• 30,000 Cooperatives × 15 Workers = 450,000 Manufacturing Jobs

Plus Facility staff:

• Equipment Maintenance: 20 technicians per facility
• Training Coordinators: 10 per facility
• Business Support: 5 per facility (accounting, legal, and HR)
• 200 Facilities × 35 Staff = 7,000 Facility Jobs

Total Employment: 457,000 Jobs (all cooperative or union)

5. Budget & Financing

Investment Required:

Per Facility:

• Building Acquisition/Remediation: $10-20M (convert abandoned factory)
• Equipment Purchase: $50-100M (CNC machines, 3D printers, etc.)
• Infrastructure (Power, Water, and HVAC): $10-15M
• Initial Operating Subsidy (3 Years): $5M
• Total per Facility: $75-140M

Average: $100M per facility

National Network:

• 200 Facilities × $100M = $20 billion

Phased Rollout:

• Years 1-3: 50 facilities (Rust Belt priority) = $5B
• Years 4-7: 75 facilities (Southeast, Southwest) = $7.5B
• Years 8-10: 75 facilities (West, Northeast, and the complete network) = $7.5B

Total: $20 billion over 10 Years ($2B/year average)

Revenue Model (Self-Sustaining After Year 3):

Income Sources:

1. Membership Fees:
   • 150 cooperatives/facility × $2,000/month average = $300k/month = $3.6M/year per facility
2. Equipment Usage Fees:
   • $10-100/hour depending on machine
   • Average: $2M/year per facility (covers maintenance and replacement)
3. Training Programs:
   • Classes, workshops, and certifications
   • $500k/year per facility
4. Shared Services (accounting, legal, and HR):
   • Cooperatives pay for support
   • $300k/year per facility

Total Revenue per Facility: $6.4M/year

Operating Costs per Facility:

• Staff Salaries (35 people × $70k avg): $2.45M
• Utilities (electricity, water, and internet): $1.5M
• Equipment Maintenance: $1M
• Building Maintenance: $500k
• Supplies, Insurance, and Misc: $500k

Total Operating Costs: $5.95M/year

Net: $450k/Year Surplus (reinvest in new equipment and facility improvements)

Result: Self-sustaining after Year 3 (membership reaches critical mass)

6. Success Metrics & Impact

How We Measure Success:

Economic:

• Cooperatives Launched: 30,000 over 10 years (3,000/year)
• Jobs Created: 457,000 worker-owners
• Average Wage: $65k (vs. the $35k for a median service job)
• Wealth Building: Workers own equity (vs. wage slavery)

Geographic:

• 200 Cities Revived: Manufacturing returns to Rust Belt, textile towns, abandoned industrial areas
• Reverse the Brain Drain: Young people stay/return (no need to move to Silicon Valley)
• Tax Base: $2-5M/year per facility (property + income taxes fund schools, services)

Industrial:

• Production Capacity: 30,000 cooperatives making diverse products
• Supply Chain: Regional networks develop (cooperatives source from each other)
• Innovation: Open-source designs and peer learning accelerate development
• Quality: Worker ownership = pride in craftsmanship

Environmental:

• Adaptive Reuse: 200 abandoned factories are converted (vs. building new = embodied energy saved)
• Renewable Power: Solar on every facility (10-20 MW capacity each = 2-4 GW nationwide)
• Circular Materials: Cooperatives prioritize recycled inputs
• Local Production: Reduce shipping distances (lower emissions)

Social:

• Community Revival: Facilities become social hubs (cafeterias, childcare, and training centers)
• Intergenerational: Retired factory workers teach young people (honor tradition)
• Racial Justice: Priority hiring in Black/Latino communities hardest-hit by deindustrialization
• Gender Justice: Childcare, flexible schedules, and harassment-free environments (make manufacturing accessible to women)