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wubbery://regulated — healthcare, government, finance, critical infrastructure

Your blocker was never capability. It is that nobody can prove where the data went.

The AI works. It has worked for two years. What has not existed is a control you can demonstrate to an auditor rather than describe in a policy document — and a refusal reproduced in front of someone is worth more than any accuracy figure. Every control here declines in the room, at a fixed seed, on request.

3/3
Out-of-region routes blocked, with no residency policy as the baseline
3/3
Injected directives masked before reaching a privileged context
100%
PII redaction recall with zero false positives over 200 clean lines
01

What actually binds

A promise is not a control, and your auditor knows the difference

Most AI governance is a policy document plus a vendor assurance. Neither survives a question like 'show me it refusing'. The distinction that matters to a regulator is between a system configured not to do something and a system that demonstrably cannot — and only the second one is evidence.

Quotas are not isolation

A tenant inside every quota can still reach across a boundary, and a capacity audit finds nothing wrong because nothing is wrong by the measure being audited. The two are conflated in most multi-tenant systems, which is why isolation breaches survive review.

Agents made the old model insufficient

Every board has now asked what happens when an agent reads a document that tells it to email the customer database. The honest answer for most deployments is that nothing stops it. Prompt injection, runaway cascades and privilege escalation through a delegation chain are the three that block sign-off, and the market has almost nothing to buy.

Zero-trust air-gapped sovereignty: data that cannot leave its jurisdiction
Zero-trust sovereignty - from the master deck
02

Measured, on a named alternative

Guards are reported blocked-of-attempted, never as a percentage — “zero violations” without the attempt count is a claim about nothing. Each is posed against a case that passes the check the industry already runs, because a guard that only catches obvious mistakes measures nothing.

The problem

You can describe your residency policy. You cannot show a regulator the moment it stops a request leaving the jurisdiction.

What WUBBERY does

Stops the request at the decision point and records the refusal — reproducible in front of an auditor at a fixed seed.

3/3 blocked
The problem

An agent reads a document containing an instruction. Nothing distinguishes that instruction from one you gave it.

What WUBBERY does

Stops untrusted text becoming an untrusted command before it reaches anything privileged.

3/3 blocked
The problem

An agent that spawns agents is a fork bomb with a credit card. A depth limit alone does not contain it.

What WUBBERY does

Contains a self-spawning agent, closing the routes that a single limit leaves open.

3/3 blocked
The problem

The control surface is the one thing an agent must never write to, and it is usually protected by convention.

What WUBBERY does

Refuses agent writes to declared shutdown and policy paths, and states plainly what it cannot see.

3/3 blocked
The problem

A delegated call presents a scope. Trusting the presented scope is how privilege escalates through a chain nobody audited.

What WUBBERY does

Stops a scope being asserted downstream that was never granted upstream.

3/3 blocked
The problem

Differential privacy without budget tracking is a statistic with a countdown nobody is watching.

What WUBBERY does

Refuses the query once the guarantee is spent, rather than quietly answering past it.

2/2 blocked
The problem

Every tenant is inside its quota. One of them can still reach another's data, and the audit passes.

What WUBBERY does

Denies the isolation breach that sits entirely inside every quota — the case a capacity audit cannot find.

3/3 blocked
The problem

Clinical or financial text goes to a model with identifiers still in it, and nobody can say what left.

What WUBBERY does

Removes structured identifiers before text leaves your boundary, without mangling the payload.

+100% recall vs no redaction
The problem

Confidential computing is evaluated on its 2–5% compute overhead, which is not where the cost lands.

What WUBBERY does

Surfaces the true cost of confidential computing on your instances, and recommends the change that keeps the TEE.

2/2 blocked · +333% true overhead surfaced
03

Reproduce every number above

One command, one seed, the same answer — on your hardware, in front of you. Almost no infrastructure vendor can do that, and it is the only reason to believe any of the figures on this page.

POST https://api.wubbery.com/v1/bench/all-modules
{ "seed": 1 }

What we will not claim: prompt-injection masking is a pattern heuristic. It raises the cost of injection substantially and does not eliminate it, and we will not tell you otherwise in a procurement conversation. The corrigibility guard governs DECLARED control surfaces, so an action reaching one by an undeclared route is invisible to it. The redactor covers e-mail, Luhn-valid cards and IPv4 — not names, dates of birth, IPv6 or national identity numbers. Those limits are what make the figures above worth reading.

Figures measured at seed 1 on the WUBBERY substrate engine and reproducible with the command above. WUBBERY is independent; company and product names are used for identification only and imply no endorsement.