STACKMODERNE
Private and sovereign AI / GUIDE

On-premise AI: architecture, cost and operational control

Design on-premise AI by evaluating hardware, models, data, updates, observability, security and total operating cost.

ENGINEERING THESIS

On-premise deployment moves responsibility to the enterprise: hardware capacity, patching, backup, supervision and continuity must be engineered together.

COMMON FAILURE

Comparing only a GPU price with an API bill ignores operations, elasticity, qualification and staffing.

DECISION

On-premise should follow measured TCO and sovereignty or latency requirements, not an architectural reflex.

01 / REALIZATION

What the architecture must make explicit

Privacy and sovereignty are properties of the executed system: network flows, data, telemetry, dependencies, updates, backups and authority must share one controlled perimeter.

01
Flow and dependency inventory
02
Pinned runtime and models
03
Minimized local logging
04
Update and rollback mechanism
02 / METHOD

Move from a keyword to an inspectable engineering decision

01

Bound

Define network, organizational and legal boundaries for the realization.

02

Inventory

Identify models, APIs, telemetry, registries, caches and bootstrap dependencies.

03

Isolate

Replace or encapsulate dependencies that violate the selected perimeter.

04

Challenge

Run no-network, service-loss and complete-restoration tests.

03 / EVIDENCE GATES

A claim is only as strong as its binding

The gate must evaluate the exact output produced by the exact realization. Integrity, scientific validity and authority are related, but never interchangeable.

G1
No undeclared external flow
G2
Offline reconstruction
G3
Sensitive-data control
G4
Continuity and recovery
FAQ

Questions that change the design

What does on-premise ai: architecture, cost and operational control require?

On-premise deployment moves responsibility to the enterprise: hardware capacity, patching, backup, supervision and continuity must be engineered together. Privacy and sovereignty are properties of the executed system: network flows, data, telemetry, dependencies, updates, backups and authority must share one controlled perimeter.

Which evidence should be retained?

At minimum: exact realization identity, inputs and outputs, protocol version, measurements, failure cases and the decision rule. On-premise should follow measured TCO and sovereignty or latency requirements, not an architectural reflex.

Does AMF prescribe a particular model?

No. AMF treats the model, runtime, data, tools and deterministic components as candidate materials. Their retention depends on measured contribution and declared constraints.