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The network layer

Ask across many.
Move nothing.

A vault keeps your records provable to you. A commons lets a whole group ask questions across each other’s vaults — and get a provable answer — without any record ever leaving any building.

Your data stays yours · only the answer travels
The model, in one sentence

Private vaults.
A shared commons.

A vault is your private records. The commons is how vaults ask across each other — without opening. Everyone already knows both words; the pairing explains itself. The vault is the node; the commons is the network between nodes.

How a question works — nothing leaves any vault

One question. No data moves.

01

Ask the group

“Across our 40 credit unions, how many members have exposure over $X to counterparty Y?”

02

Each vault answers itself

Every vault computes its own number over its own records. That number never leaves the building.

03

Only masked numbers travel

Each vault sends a masked contribution — it reveals no member, no record, not even its own count.

04

The group gets a provable total

The answer is combined and proven correct — and a vault that tries to poison or inflate it is rejected.

Verified, live: three real vaults, one question asked across all three, the correct total returned — with no vault’s count exposed, and a cheating vault rejected.A provable answer over the whole group — a central data lake would have to gather everyone’s data first, killing the sovereignty that sold the vault.
What it unlocks — things a central data lake cannot do

A network no one can leave.

Ask across all — no data moves

A provable answer over the whole group, with no member and no institution’s number ever exposed. The sovereignty that sold the vault stays intact.

A network no one can leave

A vault is valuable alone; connected vaults are worth more to each other. Leaving means leaving the network — a good product becomes an uncopyable moat.

Shared fraud & threat intelligence

A fraud or ransomware signature seen at one vault can warn the whole network — while the underlying records stay put.

The regulator asks the network

A regulator gets a verifiable aggregate answer from the group, without any member surrendering its records.

Governance & honest bounds

Held by rules you set.

Who can ask what

Consent per member: a vault only joins questions its owner agreed to, and every question is named and logged.

No ganging up on one member

A question must draw on enough distinct vaults that no group can isolate a single institution’s answer.

No slow leak

A privacy budget caps what any run of questions can reveal. When it’s spent, the questions stop.

A cheat can’t hide

Every contribution is checked; a vault that tries to poison or inflate the total is rejected — not quietly averaged in.

Honest bound: collusion is bounded, not impossible — the independence gate and the privacy budget are the limits, and the group sets them together.

One box becomes a network deal.

The commons is a network subscription across the whole group — sold to the organizing body, not one buyer. It turns single‑box deals into a network, and it’s the stickiest thing we offer: leaving means leaving the network.

Priced against the shared systems it replaces — a central data lake, a cross‑institution reporting utility, a shared fraud/AML service — all of which it does without centralizing anyone’s data.

Credit-union leaguesHospital systemsFranchisesSupply chains
Pricing set with the first consortium · coming soon

Start with one vault. Grow into a commons.

Ship the box first — the easy win. Then connect a small group and ask across all of them, with nothing leaving any building. Let’s scope the first consortium.

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