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Sovereign AI · Architecture

Sovereign AI architecture

A sovereign AI architecture is a way of building AI so that the models, the data and the compute all stay under the control of the operator that runs them: open weights models, self hosted in the operator's own country, on hardware it owns or controls, with no third party AI service anywhere in the serving path. It is built in seven layers, from the systems of record at the bottom to the screens where a named person decides at the top. CodeNinja Atoms has published 28 worked designs in this architecture, across 11 sectors in the United States (14), Saudi Arabia (7), Pakistan (6), Germany (1).

7layers3deployment patterns28worked designs11sectors4countries

The seven layers of a sovereign AI architecture

Read bottom up. Each layer runs on infrastructure the operator controls; the right column is read from the 28 published designs.

LayerWhat it doesHeld byIn the published designs
1. SourcesThe databases and control systems the operation already runs. The architecture reads them and never replaces them.the operator, unchangedall 28 designs
2. SensingCameras, detectors and instruments, the ones in place plus any the design adds, sized from the data they send.the operator, at its sitesall 28 designs
3. AdaptersOne adapter per kind of source. Each owns its contract, its retries and its ordering, and is the only door data comes in by.the operator, in its countryall 28 designs
4. Object modelThe operation held as typed objects, properties and links: the ontology every model and person works from.the operator, on its own infrastructure397 objects and 360 typed links across 28 designs
5. InferenceOpen weights models only, placed at the edge, at the site or on one node in the country, by latency and by what happens when the link drops.the operator, self hosted70 open weights model choices
6. ServicesWhat the architecture computes over the object model: forecasts, detections, joins and the evidence behind each.the operator, in its countryall 28 designs
7. SurfacesWhere people read the result and a named person decides. Approved actions are written one way back into the system that owns them.a named person at the operator28 of 28 designs name the person who approves

Sovereign AI architecture patterns

The same seven layers deploy in 3 ways. Each design is placed by rule from its own compute figure, so the pattern is the hardware the operator has to own.

PatternHardwareDesignsWhich
Frontier reasoning nodeEight 141 GB GPUs run a frontier open weights model at FP8, on a node the operator owns or one hosted in its country.15Physical AI System Design for Wafer Defect Inspection in the United States, Industrial AI for an Open Pit Mine Haul Fleet in Saudi Arabia, Sovereign AI Architecture for a Grid Control Room in Saudi Arabia, Silicon Ledger, Wayside Trend Watch, Warehouse Twin Command, Pipeline Integrity Watch, Port Drone Watch, Consist Watch, Grid Context Watch, Structure Phase Watch, Steel Count Ledger, Feeder Firewatch, Terminal Pulse, Sovereign HSE Watch
One inference cardOne 48 GB inference card, up to one server of eight, at the site or in the country. No frontier model is needed.7Industrial Data Ontology for a Water Utility in the United States, Depot Operating Object Model, Turbine Island Watch, Hangar Form Cell, Corridor Guard, Pit Camera Watch, Fodder Watch
No new computeThe design runs on servers and software the operator already has. Nothing new is bought.6Baseline, Field Ledger, Loop Integrity Watch, Reliability Atlas, Port Twin, Factory Fire Watch

What makes an AI architecture sovereign

Worked designs in a sovereign AI architecture

Newest first. Each is a complete design for one real operation, free to reuse under CC BY 4.0 with a DOI.

DesignSectorCountryPatternDOI
Industrial Data Ontology for a Water Utility in the United Statesenergy and utilitiesUnited StatesOne inference card10.5281/zenodo.23889772
Physical AI System Design for Wafer Defect Inspection in the United StatessemiconductorsUnited StatesFrontier reasoning node10.5281/zenodo.23889770
Industrial AI for an Open Pit Mine Haul Fleet in Saudi ArabiaminingSaudi ArabiaFrontier reasoning node10.5281/zenodo.23889774
Sovereign AI Architecture for a Grid Control Room in Saudi Arabiaenergy and utilitiesSaudi ArabiaFrontier reasoning node10.5281/zenodo.23889768
Silicon LedgersemiconductorsSaudi ArabiaFrontier reasoning node10.5281/zenodo.23693146
Wayside Trend Watchrail and transportationUnited StatesFrontier reasoning node10.5281/zenodo.23556421
Warehouse Twin Commandwarehousing and intralogisticsUnited StatesFrontier reasoning node10.5281/zenodo.23556416
Pipeline Integrity Watchoil and gasUnited StatesFrontier reasoning node10.5281/zenodo.23556374
Depot Operating Object Modeldiscrete manufacturing and automotiveUnited StatesOne inference card10.5281/zenodo.23570177
Port Drone Watchmaritime and portsGermanyFrontier reasoning node10.5281/zenodo.23635729
Turbine Island Watchenergy and utilitiesPakistanOne inference card10.5281/zenodo.23365092
Consist Watchrail and transportationUnited StatesFrontier reasoning node10.5281/zenodo.23365118
Hangar Form Cellaviation and aerospace manufacturingUnited StatesOne inference card10.5281/zenodo.23308095
Corridor Guardoil and gasPakistanOne inference card10.5281/zenodo.23308093
Pit Camera Watchdiscrete manufacturing and automotiveUnited StatesOne inference card10.5281/zenodo.23296077
Baselineagriculture and earth observationUnited StatesNo new compute10.5281/zenodo.23186673
Fodder Watchagriculture and earth observationSaudi ArabiaOne inference card10.5281/zenodo.23186675
Field Ledgeragriculture and earth observationPakistanNo new compute10.5281/zenodo.23186671
Loop Integrity Watchoil and gasPakistanNo new compute10.5281/zenodo.23157967
Reliability Atlasenergy and utilitiesSaudi ArabiaNo new compute10.5281/zenodo.23157965
Grid Context Watchenergy and utilitiesUnited StatesFrontier reasoning node10.5281/zenodo.23157957
Structure Phase Watchheavy industry and constructionSaudi ArabiaFrontier reasoning node10.5281/zenodo.23126448
Steel Count Ledgerheavy industry and constructionPakistanFrontier reasoning node10.5281/zenodo.23126563
Port Twinmaritime and portsUnited StatesNo new compute10.5281/zenodo.23126431
Factory Fire Watchheavy industry and constructionSaudi ArabiaNo new compute10.5281/zenodo.23126565
Feeder Firewatchenergy and utilitiesUnited StatesFrontier reasoning node10.5281/zenodo.23159328
Terminal Pulsemaritime and portsUnited StatesFrontier reasoning node10.5281/zenodo.23159331
Sovereign HSE Watchoil and gasPakistanFrontier reasoning node10.5281/zenodo.23119714

Built from the published designs only: designs.jsonl in the dataset and each paper's At a glance compute figure. Each design with its compute and three year cost, side by side, at sovereign AI reference architectures. Designed on Praxis; object models load into Hyper Ontology. Updated 2026-11-04.

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