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VerifAIer
Products

One architecture. Seven products on top of it.

There are seven products because governance has seven distinct jobs. There is one architecture because the record underneath them is written once, so what one surface reports, another can prove.

RuntimeWhat watches the operation?

Where the operation is watched.

Sentinel Runtime

Available today: AVAILABLE

Sits beside an AI coding agent, sees the operation before it happens, and records what it did.

For
Enterprise engineering teams running coding agents
Delivery
An MCP server installed into the editor
Surfaces
Claude Code, Cursor

VerifAIer Me

Your personal AI agents, on the same platform. Seal what an assistant did for you, and check it later.

For
Individuals using personal AI assistants
Available today
Import a past conversation, seal it, verify it later
Planned
Desktop, App Store, Google Play, after VerifAIer v1
Note

Two products, one evidence layer. Sentinel Runtime governs agents that act on a codebase. VerifAIer Me governs assistants that act for a person. They are adopted separately because those estates differ, not because the architecture does, and they are not editions of each other.

EvidenceWhat does it leave behind?

What the operation becomes.

CORE

Evidence Engine

Turns an operation into a sealed envelope.

evidence-envelope.json
CAPTURE

Flight Recorder

Keeps the session so a decision can be re-examined later.

4 capture levels
MEMORY

Memory Receipts

Issues the receipt that binds a hash to a moment.

receipt.json
IDENTITY

Agent Passport

Records which agent acted, and under what identity.

provider_router
TRUST

Trust Intelligence

Derives posture from the records, without a score.

trust.json
One evidence layer

Five products. One record.

ev_bf6442d03d1d461589a3b708bbd19d28 → rcpt_711e51de6f00491fb3c82256fdeca7c3 match

None of the five keeps its own copy. Remove a product and the record is unchanged. Add one and it reads what is already there. That is what makes them separable without being separate: seven jobs, one record, no reconciliation between them.

LifecycleWhere does one product end and the next begin?

They do not. It is one architecture.

An operation enters at the top and leaves as something an executive can act on and an auditor can check. Each stage reads what the one above it wrote. No stage keeps its own ledger.

One operation, four layers
Operation
An agent or assistant is about to act. This is the only point at which the platform can see intent rather than aftermath.
Runtime
Evidence
The operation is sealed into a record with a digest over its bytes.
Core
Receipt
A receipt is issued against that record and bound to its hash.
Core
Identity
Which agent acted, under which identity and which version.
Core
Trust
Posture derived from the records, never from an opinion about them.
Interpretation
Governance
The same records read against whichever policy pack you adopted.
Interpretation
Audit
Records leave in open formats and verify without the platform present.
Consequence
Compliance
A consequence of the evidence, not a separate exercise run beside it.
Consequence
Executive decision
A situation, a confidence and one recommendation, each expandable to the record beneath it.
Consequence
Improvement
What the decision changes is enforced at the runtime, where the next operation begins. The architecture closes on itself.
Next operation
Most governance tooling starts at layer three or four, reading logs someone else produced. VerifAIer starts at layer one, which is why a claim here can name the file underneath it.
SurfacesWho reads it, and how?

Where people read it.

For executives

Executive Center

Seven questions about the estate, two of which it refuses to answer.

Enterprise
For auditors

Evidence & Receipts

The canonical inventory, with EMPTY and UNKNOWN kept apart.

Evidence
For anyone

Assessment

Four modes, one marked as the place to start. No account needed.

Run one now
For policy owners

Governance Simulator

Try a policy change before it governs anything real.

Platform
Trust artifactsWhat can I hand to an auditor?

What you hand to someone else.

Four artifacts a third party can check without access to your systems.

None of these is a grade. Each states what was examined and what it could not reach.

Trust SLA
What the platform commits to, and what it does not.
Certification
A statement about a scope, issued against evidence.
Trust Passport
A portable identity for a system, with its history.
Benchmark
Compare against a reference. Educational, never a league table.
Selective Disclosure prove a fact without revealing the record behind it
Build & extendHow do I reach it myself?

Ways to reach it yourself.

SDK
11 typed services over the same runtime. No duplicated engines, no new auth, no code generation.
Developers
CLI
Run an assessment, read evidence and verify a receipt from a terminal.
Docs
Integrations
Observe, protect, verify or extend. Every integration belongs to one of the four.
Developers
Marketplace
Policy packs organised by intention. Distributes metadata only. It never executes or downloads.
Platform
API reference
Every capability the surfaces read, documented against the same records.
Docs
MaturityWhat is real today?

What every label on this page means.

Available today: AVAILABLE

Shipping today, with a real install path in the repository.

Planned, and not built yet: PLANNED

Declared in the repository, not built. No date attached.

Not declared yet: PENDING

Not verified. We would rather say so than round it up.

Three values, and no fourth

If a product does not carry a label on this page, it is available. We would rather name a gap than blur one.

DeployWhat does adoption actually cost?

Enterprise governance. Without enterprise complexity.

There is no cluster to provision, no agent fleet to roll out and no data to migrate. The runtime installs beside one editor, and the evidence layer is already underneath it.

01

Install

One command adds the runtime to an editor that already exists.

scripts/install_claude_mcp.py
02

Connect

The editor restarts. There is no console to configure and no key to distribute.

No account required
03

Run

An assessment completes locally, synchronously, before the page renders.

Under one second
04

Govern

Adopt a policy pack. The records you already have are read against it.

Three packs ship today
Note

Two editors install today. There is no packaged installer for the rest, and this page will not describe one until there is.

Why VerifAIerWhat is the actual decision?

Seven reasons organisations choose it.

The whole lifecycle, not a slice
One architecture from the operation to the executive decision. Nothing is stitched between vendors.
One evidence architecture
Every product reads the same records, so there is no reconciliation exercise between tools.
It runs where the data already is
Local-first, with no hosted service in the path of an assessment and nothing to send outward.
Evidence produced at runtime
Not logs interpreted afterwards. The record exists because the operation happened, not because someone wrote it down.
It refuses to overstate
No composite score, no severity ranking, no invented trend. What it cannot answer, it says it cannot answer.
It survives its own removal
Records export in open formats and verify without the platform present. Adoption is not a dependency.
One layer for agents and for people
Sentinel Runtime governs what acts on the codebase. VerifAIer Me governs what acts for a person. Same records underneath.

Every claim above is a property of the architecture rather than a promise about it. Each one is checkable on the page it comes from.

ArchitectureWhy does one platform matter?

Assembled tools produce assembled evidence.

Governance assembled from separate tools

Each tool defines its own record, in its own format.

Evidence is reconciled afterwards, by hand, at audit time.

A gap in one tool is invisible to the others.

Policy is applied to reports, after the operation has run.

Replacing a tool takes its history with it.

One architecture

One record, written once, at the moment the operation runs.

Every surface reads that record. Nothing is reconciled later.

A gap is a state the platform names: unknown.

Policy is applied to the operation itself, before it completes.

Retiring a surface leaves every record intact.

One runtime
Governs the operation as it happens.
One evidence layer
Records what it did, once.
One governance model
Policy packs read the same records.
One trust architecture
Every claim resolves to a receipt.
EvolutionWhat happens when it grows?

New capabilities inherit the architecture. They do not extend it.

Inherited

The runtime

A new product governs operations through the same runtime, or it is not a VerifAIer product.

Inherited

The evidence model

It writes the same envelope and the same receipt. It does not define a second record.

Inherited

The trust model

The same eight states. No new vocabulary, and still no composite score.

Inherited

The governance model

Existing policy packs read it on the day it ships. Nothing is re-authored.

The platform grows by adding surfaces over one architecture, not by adding architectures. A capability that cannot be expressed in the existing evidence model is a capability that belongs outside the platform. Any one of these products can be resembled on its own. What cannot be added afterwards is the shared record beneath them, because it is decided at the runtime, before any product reads it.

Adoption order is yours.
The layers do not depend on each other.
What does not exist yet is labelled, not implied.
The maturity vocabulary already covers it.
Records written today are readable by products that do not exist yet.

VerifAIer is not a collection of products. It is an operating architecture for AI governance.

Start with something you can verify yourself.

An assessment runs on your own infrastructure and needs no account.