Deployment Models

Control the boundary before deployment begins.

Vidamonti evaluates controlled deployment paths across on-premises, air-gapped, and sovereign cloud environments where infrastructure ownership, connectivity, access, update path, and audit handling must be defined before use.

Controlled deployment models Every deployment conversation starts with the boundary.

Infrastructure, connectivity, access, update handling, and audit posture must be clear before deeper scoping.

Model 01 On premises

Customer controlled infrastructure.

Model 02 Air-gapped

Disconnected operating posture.

Model 03 Sovereign cloud

Jurisdictional cloud boundary.

Plain-language answer


What are AI deployment models?

AI deployment models describe where and how a governed decision support workflow may operate. Vidamonti frames deployment evaluation around operating boundaries such as on-premises infrastructure, air-gapped posture, sovereign cloud boundaries, access control, update paths, and audit handling.

What is on-premises AI deployment evaluation?

On-premises AI deployment evaluation considers whether processing, access, records, support, and governance can remain inside approved customer-controlled infrastructure.

What does air-gapped AI mean in this context?

Air-gapped AI refers to an operating posture where the environment cannot depend on external connectivity during normal operation. Any use must be evaluated against the specific information boundary, update process, and audit requirements.

What is sovereign cloud AI evaluation?

Sovereign cloud AI evaluation considers whether jurisdiction, residency, administration, access control, and governance requirements can be satisfied inside an approved cloud boundary.

Does Vidamonti claim certified secure deployment?

No. Public website content describes deployment evaluation concepts. It does not create a certification, security guarantee, procurement approval, or implementation commitment.

Deployment logic

Infrastructure is not a detail. It defines the operating model.

Deployment determines who controls access, where data remains, how updates are introduced, how audit records are handled, and what must be accepted before operational use.

Boundary 01

Infrastructure owner must be explicit.

Ownership affects access control, administrative authority, operating responsibility, and support boundaries.

Boundary 02

Data movement must be scoped before evaluation.

Source handling, residency, transfer, export, retention, and audit access must be defined before deeper review.

Boundary 03

Update process must match the environment.

Update handling, patch process, model refresh, configuration changes, and approval steps depend on deployment posture.

Boundary 04

Audit handling must support assurance review.

Records, review states, operator actions, exceptions, and configuration changes need a reviewable path.

Deployment comparison

Compare models by boundary, connectivity, and assurance requirements.

Vidamonti reviews the operating environment before determining which deployment path should move forward.

Model
Infrastructure boundary
Connectivity posture
Assurance focus
On-premisesCustomer controlled infrastructure.
Environment, access, and processing are scoped inside approved customer infrastructure.
Connectivity may be restricted, monitored, or controlled according to local policy.
Review access, audit handling, update procedure, and boundary ownership.
Air-gappedDisconnected operating posture.
Operations are scoped inside an environment that does not depend on external connectivity during normal use.
External connectivity is absent or tightly controlled through defined transfer procedures.
Review update transfer, audit export, maintenance path, and acceptance procedure.
Sovereign cloudJurisdictional cloud boundary.
Deployment is scoped inside an approved cloud boundary with residency and administration constraints.
Connectivity may exist, but access, administration, data location, and update process are constrained.
Review residency assumptions, administrator control, audit access, and governance obligations.

Model detail

Each model changes what must be verified.

Deployment evaluation should not treat infrastructure as a final implementation detail. The model changes governance, access, update, audit, acceptance, and operational support assumptions.

On-premises

Customer controlled infrastructure.

Best suited when the organization needs control over the operating environment, access model, system boundary, and local assurance requirements.

Review comparison
Review

Infrastructure owner, access roles, data boundary, update path, and audit handling.

Risk

Local operational responsibility, maintenance path, and integration constraints.

Air-gapped

Disconnected operating posture.

Best suited when the operating environment cannot depend on external connectivity and must preserve a controlled offline posture.

Review comparison
Review

Update transfer, audit export, patch process, data import, and operational maintenance.

Risk

Support constraints, model updates, export control, and acceptance testing complexity.

Sovereign cloud

Cloud with jurisdictional control.

Best suited when cloud operation is acceptable but residency, administration, access, and governance must remain inside defined boundaries.

Review comparison
Review

Residency, administrator authority, access model, service boundary, and audit access.

Risk

Jurisdiction, third party administration, connectivity assumptions, and compliance obligations.

Boundary review sequence

Deployment review should resolve the operating boundary first.

A deployment path should not move forward until ownership, information handling, connectivity, update process, support access, and audit requirements are defined.

Step 01

Infrastructure

Clarify where the platform runs and who controls the environment.

Step 02

Information boundary

Define data location, movement, access, export, and retention assumptions.

Step 03

Connectivity

Determine whether normal operation depends on external services or transfer paths.

Step 04

Update path

Review patching, model updates, configuration changes, and approval process.

Step 05

Support access

Clarify operational responsibility, administrator roles, and maintenance boundaries.

Step 06

Audit handling

Confirm how outputs, decisions, exceptions, and changes remain reviewable.

Acceptance discipline

Deployment posture changes acceptance criteria.

The same workflow can require different evidence depending on infrastructure boundary, connectivity limits, data handling, governance obligations, support model, and audit access.

Check 01

Who controls the operating environment?

Check 02

Where do records, inputs, outputs, and audit trails remain?

Check 03

How are updates, configuration changes, and patches approved?

Check 04

Who can review, export, administer, support, or modify the system?

Secure Briefing

Clarify the deployment boundary before deeper scoping.

Use a Secure Briefing when infrastructure ownership, connectivity posture, information boundary, update path, support access, audit handling, or acceptance requirements may shape the deployment model.

Public scope note

This page provides public deployment model information only. It is not a deployment claim, certification statement, procurement claim, security guarantee, operational readiness guarantee, customer case study, or implementation commitment. Do not submit classified, sensitive, protected, restricted, export controlled, confidential, procurement sensitive, incident specific, or operationally sensitive information through public pages or public forms.