Distributed Storage Across MAG Members

The Single Point of Failure Problem

Imagine your group has spent three years building a comprehensive supply cache at one member's property. It's impressive — a year's food for the group, substantial medical supplies, fuel, equipment, and tools. Then that property burns, floods, or is burglarized while the family is evacuated.

Three years of preparation, gone.

Distributed storage is the preparedness equivalent of not keeping all your money in one bank account. It's not paranoia — it's basic resilience thinking. The same principle that makes you backup your computer in two locations applies to physical supplies.

The Case For Distribution

Disaster resilience. No single event should be able to destroy the group's supply base. Fire, flood, tornado, or forced evacuation of one location leaves other caches intact.

Reduced target profile. A home with large visible supplies is more attractive to desperate people than a home that looks normal. Distributing supplies across multiple households means no single location holds enough to make it a high-value target.

Access redundancy. If the primary supply holder is incapacitated or unable to distribute, other households can access their own caches. The group doesn't depend on one person for supply access.

Operational security. Fewer people knowing about a given cache means fewer people who can disclose its location.

What to Distribute vs. What to Centralize

Not everything benefits from distribution. The decision depends on the item's properties.

Good Candidates for Distribution

Fuel: Highly valuable, can be stored safely at multiple locations in approved containers. Each household maintaining a fuel cache reduces the single-point-of-failure risk while distributing the fire risk.

Medical supplies: A comprehensive medical kit shouldn't exist only at one location. Core trauma supplies (bandages, tourniquets, hemostatic agents), medications, and individual member prescriptions should be held at the household level with group supplies distributed.

Ammunition and reloading supplies: High value, no perishability concerns, worth holding at multiple locations.

Specialty equipment with multiple uses: A hand pump, a water filtration system, an extra generator.

Food staples with long shelf life: White rice, dried beans, and other sealed long-shelf-life staples can be stored at distributed locations without active rotation concerns.

Better Kept Centralized (or at the Primary Location)

Equipment requiring maintenance: A generator that's not being run periodically will fail. Equipment requiring ongoing care is better held where it will actually be maintained.

Short-shelf-life consumables: Items that need active rotation are better managed from a single location where inventory is clear.

Specialized equipment requiring training: If only one person can operate it, store it where that person is.

Sensitive documentation: Group operational documents, contact lists with sensitive information.

Cache Planning

Determining What Each Location Holds

The distribution model varies based on your group's structure:

Equal distribution: Each household holds roughly equal quantities of shared supplies. Simple and equitable. Works when members have equivalent storage capability.

Tiered distribution: Households with more storage, better security, or more remote locations hold more. Households with limited space, urban locations, or transient situations hold less. The tiering should be explicit and agreed.

Functional distribution: Each household holds the category of supply most related to their role. The medical lead holds the group's advanced medical cache. The communications lead holds the backup radio equipment. The agricultural specialist holds the expanded seed cache.

Geographic Distribution

The geographic principle: no two caches should be vulnerable to the same single event.

• Two locations in the same flood zone are not truly distributed
• Two locations that would both be evacuated in the same hurricane are not truly distributed
• Two locations in a direct path from each other (one road, one bridge) are not truly distributed if that route can be blocked

Ideal distribution: multiple locations, separated by meaningful distance and natural barriers, with at least one location that is accessible from multiple routes.

Cache Documentation

Each distributed cache needs documentation:

Location records (held by the group coordinator and each contributing member):

• Physical address or GPS coordinates
• Access method (key holder, combination, buried cache)
• What's in the cache
• Date stored / next rotation date

Physical inventory (at the cache location):

• List of contents with quantities
• Storage date for perishables
• Contact information for cache holder

Buried Caches

For a subset of high-value, long-shelf-life supplies, buried caches provide a level of security and redundancy beyond household storage.

Container Selection

Rigid PVC pipe (schedule 40 or 80): Sealed with end caps and PVC cement. Diameter sized to contents. Length up to 6 feet. Inexpensive and effective.

Military surplus ammunition containers: Gasket-sealed metal, waterproof, stackable. Good for smaller caches.

Commercial cache containers: Specifically designed for long-term underground storage, with various sizes and security features.

What to Cache Underground

Best suited:

• Precious metals (gold, silver)
• Ammunition
• Sealed, long-shelf-life food (freeze-dried in sealed cans, hard winter wheat in sealed buckets)
• USB drives with encrypted documents
• Cash
• Spare tools (simple, durable)

Not suited:

• Electronics (moisture, temperature variation)
• Most medications (stability issues)
• Items you might need in a hurry (retrieval takes time)

Cache Location Principles

• Outside, where no structure damage can trap or expose it
• Below frost line (typically 12-24 inches minimum, more in northern climates)
• Away from areas prone to flooding or high water table
• On property you own or have explicit permission to use
• Documented with GPS coordinates, not just memory
• Not adjacent to easily identifiable landmarks that might be described to others

Operational Security for Distributed Storage

Information compartmentalization: Each cache holder knows their own cache and the group coordinator knows all caches. Members don't need to know what's at other members' locations unless there's a specific reason.

Access control: Caches should only be accessible to the intended holder and the group coordinator (with a backup access person in case both are unavailable simultaneously).

Inventory reconciliation: Annual inventory review of all distributed caches. Confirm contents are what's documented, rotation has happened, and no theft or damage has occurred.

Discretion about quantity: When members know the total combined group cache is large, that information can become a security concern. Members need to know the group has adequate supply for planning purposes; they don't necessarily need exact quantities.