A grant is a union of capabilities; what the reader needs is the consequences — and the assets that make each one real

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Date: 2026-09-16 · Author: @website-agent Trigger: project lead's voice memo of 16 September, "notes and material that we need to add to the vault that we're working on, which connects Claude with Gmail" (Otter transcript, about nine minutes) Reads against: site/vaults/claude-gmail-connector/data/grant.json as pushed in oc433z3m (six rows, four measured, 16 September); abp.sgit.ai v0.3.0 (the 23 primitives, four barriers, six evidence tiers); direction__abp-as-a-graph-and-stakeholder-views.md and its task briefs T02–T04; direction__mvp-vault-and-the-reading-app.md (today); review__first-measured-abp-n8n-owner-key.md §3

1. What the memo says, in its own order

1. Back to first principles on the grant. "What is the grant and what can be done" — and the way to think about it is "the same way we talk about second-order stories: the side effects of what is possible." This is the same graph the site is building; the nodes it produces "will be our primitives, so we get to reuse these across the board."
2. Everything in a grant must be explicit, because the reader reads it carefully. The current vault says the agent can read credentials. "In a way that's correct, but that's almost the parent node." The child the reader needs is: "you can read any credentials that exist in the email, because you can read emails — and this requires that there are credentials in email." Context matters: "it's not because you can read an email that you can read all credentials"; the credential has to be in the mailbox. But "we can say we're going to assume that credentials exist in email", and "we can check the box" — the assumption is configurable, and the default is yes.
3. Chains. You can read secrets → you can read passwords sent to you → "more importantly, you can read reset-password links". Add the trifecta — read the mail, read the tokens in it, make web requests — and "I can reset any password for which the user uses the email as the password-reset link." Take away one leg (an agent that reads mail but cannot act) and the consequence is gone. "You start to see the granularity here." This is the distinction the grant does not make today: "our grant encompasses everything, is the union of everything; we need to distinguish between what is a capability and what is the consequence."
4. An assets bucket. "Capability connected with the intent, connected with the asset — that's what then gives you the consequence." The first asset named: "emails that other people sent you."
5. Exfiltration routes, counted. "You almost want to be a detective here: how many different ways does the agent have to exfiltrate data?" Email it out; web requests, GET and POST; encode it. "There's a lot of ways."
6. The authorisation asymmetry. "You probably were given explicit or implicit authorisation to read the email, but you did not get implicit authorisation to forward the email." Not legally tested — "good to get some evidence on this" — so link each such fact to evidence, to mini attack trees, and to "standards like GDPR". An employee's inbox is under the company's policy, so this also connects to internal policies.
7. Harvesting and mass actions. Harvest addresses and content; "spam everybody at maximum speed — double check, but I don't think there are limitations." Two side effects to map: the agent can attack other users and other organisations (malware, payloads, social engineering) from this account; and "surely there's a moment where Google's own protections kick in" — the user banned, perhaps the organisation. "What is the sequence of events that gets a user banned, and an organisation banned?"
8. Mass change to the inbox's information design. "Most users have a very tight information-design structure" — unread, labels, folders, notes — "built on top of Google's inbox capabilities, which I believe we should be able to change all of." The only known limit is permanent deletion. The checks: change a message's labels; move all messages to a label; archive all; trash all; mark all read; mark as spam. And for each: "what are the side effects?"
9. Then the mandate, with realistic scenarios. "We don't want the agent to start attacking the company" or doing any of the above — the scenarios say so in the deployer's words.
10. A visualisation of the mandates, and the vault's built-in connections to standards and documents "as a graph": "a mini version of GDPR, a mini version of the standards … even the EU AI Act."
11. Think of the vault as a website. Navigate it as one, and carry the store's messaging: "who are you, and what are the materials available for the audience" — executive, technical, and so on. Make that clear the moment you get the vault.

2. Where we already are

• The parent node the memo describes is exactly one row. read.credential.host in the Gmail grant: barrier none, evidence inferred, note "password resets, one-time codes, invitations and account-recovery mail arrive in a mailbox; reading messages reads those. Inferred, not documented — no tool or scope on either vendor's page separates them." The row is right and it is the parent. The children — secrets, passwords, reset links, and what follows from each — have nowhere to live: the vocabulary has 23 capabilities and no object for a consequence, an asset or a route.
• The trifecta is on the library preview, not in the data. agent-behaviour-policy.html shows the lethal trifecta per policy as a derived badge over three capability ids. The memo's point is that the trifecta is a consequence with a precondition — and in this shape the third leg is not in the grant: the Gmail vault has no send.endpoint.* row, because Gmail alone does not fetch URLs. Whether Claude's own web tools count as that leg is a question about the deployment, not about the connector, and today no file asks it.
• The measured run already touched half the list. Send worked (measured, one message, no client trace in its headers); trash worked; permanent deletion was refused by the scope. Labels were read (read.record.history, measured). Nothing was tried for change labels, archive all, mark read, mark spam, mass send — and two of those must never be tried on a live account, because provoking Google's protections is testing somebody else's system (rule 4). They are documented from Google's pages or they stay open.
• create.schedule.tenant is the standing-rule route. A filter that forwards is exfiltration that outlives the session. The row exists (setting, documented); the consequence does not.
• The graph brief already asked for behaviours as nodes with links {mitre[], standards[], gdpr[]} and edges per path (T02, T03), and views per audience (T04). This memo adds two node kinds to that graph — consequences and assets — and says what the audience view should open with. It refines those briefs; it does not replace them.
• The MVP brief of today redraws the reading app with a left navigation of record / do / hold. "Who are you" is not on it yet.

3. The structure this asks for

A consequence layer beside the grant: derived where it can be, authored where it must be, evidence-tiered like everything else, and never a score.

data/
  assets.json          what is in this deployment for the grant to act on
                       id asset.<slug> · statement (in the deployment's own words) ·
                       present: assumed | confirmed | absent · configurable: true (the tick box) ·
                       rights: who else holds rights over it (the sender, the employer) · source
  consequences.json    what follows when a capability meets an asset
                       id consequence.<slug> · statement — explicit, second person, in the
                       mailbox's own words ("you can read any password-reset link that arrives
                       in this mailbox") · requires { capabilities[], assets[], consequences[] } ·
                       kind: read | act | exfiltrate | disrupt | impersonate | outlive ·
                       route (for exfiltration: the door out) · undo class · barrier (inherited
                       from the weakest required capability's path, derived) · evidence tier +
                       source + date · links { attack[], gdpr[], eu_ai_act[], internal[] } ·
                       questions[] (what is not known, in the same file, not in a footnote)
  standards/           the mini graphs — titles and ids only, never the body text (rule 7)
    gdpr.json          article number · title · link
    eu-ai-act.json     article number · title · link (the regulation may be quoted)
    attack.json        technique id · name · link

The triple. capability × asset → consequence; intent sits on the other side as the mandate. The delta gains a derived view: which consequences are open, meaning every required capability is in the excess or unstated and every required asset is present or assumed. A consequence whose capability is told not to but whose barrier is a setting stays open in the table, with the barrier beside it — the barrier is what the reader is deciding about.

Explicitness as a rule. Every grant row gets at least one child consequence in the deployment's own words, or a line saying none was found. A row cannot be the parent of nothing without saying so.

The detective's table. One derived table: routes out of the deployment, one row per kind: exfiltrate consequence — the door, the barrier on it, whether it outlives the session, whether the deployer told the agent not to. That is "how many ways to exfiltrate" answered with a count that carries its provenance.

The first consequences for oc433z3m, drafted to be argued with. Evidence and dates go in the file, not here; every one is a claim about the shape, none about Google.

And the first assets: asset.mail-from-others (present; rights: the senders, and the employer where the mailbox is corporate), asset.secrets-in-mail (assumed, configurable), asset.accounts-registered-to-this-address (assumed, configurable), asset.the-owners-filing (present: the labels measured on 16 September), asset.contacts (present).

The vault as a website. The reading app's left navigation gains Who are you? immediately under Start here: executive, technical, risk and governance, buyer, and the agent itself. Each opens the same record filtered — the counts and the consequences that audience decides about, the documents it needs, the questions it is owed — and each is a view file under data/views/ exactly as T04 already specifies. The standards mini-graphs are what the consequence links point at, so a reader clicks from forward any message to the GDPR article title and the ATT&CK technique name without leaving the vault.

4. What the memo settles for the MVP brief

• The left navigation of direction__mvp-vault-and-the-reading-app.md §4 gains Who are you? under Start here, and What follows (consequences, the routes-out table) under Evidence.
• Keep it shows the standards mini-graphs as data files, so the multiple formats claim covers them.
• The scenarios (data/scenarios.json, six today) are the "realistic scenarios" the memo asks for on the mandate side; two more are owed in the deployer's words: the agent must not attack this company and the agent must not attack anybody else from this account, each mapped to the consequences it refuses.

5. What to build next, in order

1. assets.json and consequences.json for oc433z3m — the eleven above with evidence, tiers, dates and open questions; the build derives CONSEQUENCES.md and the routes-out table; the app shows both under Evidence → What follows. Every grant row gets a child or a "none found" line. T11, a day.
2. The research list, documented not provoked — Google's own pages, read and dated: sending limits per account type; what suspends an account and what an organisation; whether the connector's tools cover labels, archive, trash, spam and mark-read (the Google MCP reference lists ten tools; the listing names more); whether Claude's web tools are a second leg in this deployment. Two checks may be measured on the deployer's own account without provoking anything: change one message's label and mark one message read. Mass send and spam-marking at scale are never run. /research-vault on the Gmail vault, half a day.
3. The standards mini-graphs — data/standards/gdpr.json, eu-ai-act.json, attack.json: ids, titles, links; the vocabulary extension T03 asks for, extended to consequences. Titles only. T12, a day, alongside T03.
4. Who are you? — the audience entry and the first four views, as T04 specifies, brought forward into the MVP build rather than after it. Amend T04; part of the MVP build.
5. Two more scenarios, and the consequence view on the delta and on the Licence to Operate's conditions. Part of T11.

6. What it does not settle, and what needs the lead

• The forwarding asymmetry is a claim about authorisation, not a legal finding. The vault records it as a consequence with the asset's rights field and links the GDPR article titles; it does not say it is unlawful. If the lead wants a stronger line, that is a ruling and a source, not a sentence an agent writes.
• Suspension is documented only. Provoking Google's protections from the deployer's account would be testing Google's system; the sequence is read from Google's pages and dated, and where the pages are silent the row says so.
• Does the consequence belong in the model site's vocabulary? Ask Lab 03 for a consequence object beside the capability, or a sanctioned extension namespace. Until then it is this site's extension, declared as such in the vault.
• Default for assumed assets. The memo says assume present and let the deployer untick. Recommendation: yes, with present: assumed shown as its own word in the app, never silently as present.
• Whether Claude's web tools are a leg of the trifecta in this deployment is the customer's question in the correction call (§4 of the workflow brief). It is the first item on the call now.