An architecture you can read from one diagram.

For IT and security teams: identity first, then the gate, then measured lanes, and everything writes to the register. The pulses beside you are a request making the trip.

Switch the wall yourself Read the events

Identity / SSO

The gate

Connectorsby enablement

Modelsspeed · accuracy · economy

Workspaceshared threads

The register: written as it happensevery step above leaves a line here

Nothing reaches a model or a connector except through the gate; by design, not by promise.

IDENTITY & SIGN-IN

Your directory is the door.

Seamless Enterprise joins your identity provider instead of inventing accounts. The sequence beside you is the whole handshake: four arrows, no secrets pasted anywhere.

SAML 2.0
OIDC
SCIM
Your IdP

EmployeeThe gateYour IdP

Employee → The gateSIGN-IN REQUEST
The gate → Your IdPREDIRECT: NO LOCAL PASSWORD
Your IdP → The gateSIGNED ASSERTION
The gate → EmployeeSESSION, SCOPED BY ROLE

SCIM keeps it honest after day one: joiners, movers, leavers; provisioning follows your directory.

THE SOCKET WALL

Switch a source, watch it dock.

Every connector is a socket: off until you switch it, glowing into the bus when you do, and the act itself writes a line below.

CONNECTOR WALL · IT CONSOLE

Google Drive
files and folders, by role scope
Internal REST
your APIs behind your network rules
Knowledge bases
curated documents, versioned
Org email
per-use consent on send
SharePointsoon
on the roadmap, honestly
Calendarsoon
on the roadmap, honestly

THE GATE

enabled: scoped by role
per-use consent
“soon” tags are honest, not decorative

THE REGISTER

Readable by machines, too.

Filter the live events, then press export; the same structured shape feeds your SIEM and your auditors.

Final event shapes ship in the technical document: soon.

ALLAPPROVALSDENIALS

{
  "event":   "request.completed",
  "actor":   { "role": "analyst", "dept": "finance" },
  "gates":   { "identity": "ok", "permission": "ok",
               "balance": "-1", "record": "written" },
  "lane":    "accuracy",
  "approval": null,
  "ts":      "2026-06-12T12:47:09+03:00"
}

Final event shapes ship in the technical document: soon.

DEPLOYMENT MATRIX

Three homes, squares face up.

THE QUESTION	TRUSTED CLOUD	PRIVATE CLOUD	ON-PREMISES
Data stays inside your walls
Fastest to start
Your keys, your region
Operated by your team
Fits the strictest classifications

fully
partially
not the design goal

SECURITY PRACTICES

Boring, on purpose.

Append-only register design. entries are added in sequence, designed so tampering shows.
No shared keys. access follows the directory and ends when employment does.
Human approval on the sensitive. named approvers, recorded with the run.
Periodic review. access and policies revisited on a calendar, not a crisis.

Implementation details are shared under NDA during evaluation.

the register: sees every ring

tenant isolation

encryption, transit & rest

least privilege by role

THE DATA

TECHNICAL QUESTIONS

From real evaluation calls.

Which models run behind the lanes?

The lanes are model-agnostic by design: speed, accuracy, and economy are policies, and the models behind them are chosen per deployment: including options that run inside your environment.

Can the register feed our SIEM?

Yes: the filterable terminal above is the human face of the same structured stream your SIEM would ingest.

What if a connector we need is missing?

Internal systems connect over REST behind your network rules today; named connectors are added by demand, and the wall above tells the truth about what is here and what is coming.

How do updates reach on-premises deployments?

Versioned releases your team applies on its own calendar, with release notes and a rollback path: your change management leads.

Bring your architect to the call.

The best sessions get technical in minute five. We like it that way.

Book the session Resources first