ACTIVE RESEARCH · PREPRINT LIVE, SEPT 2026
FRAME: ai-korp-001
REPO: archi-netizen/ai-korp-neural-archives

Applied Research · AWS Infrastructure · AEC + Branding

AI-KORP NEURAL ASSET ARCHIVES & TOOL INTELLIGENCE FRAMEWORK

An independent research framework investigating automated design taxonomies using cloud-native AI. Transitioning static architectural archives into active knowledge bases — while maintaining data sovereignty and staying aligned with the EU AI Act's literacy and disclosure logic.

40 Tools Audited
4 Baskets
6 Facilities Surveyed
EU AI Act Aligned
Scroll

The Basket & Ripeness Framework

THEORETICAL FOUNDATION · FRAMEWORK v1.1
◈
Creative

Brand Visuals & Generative Design

Tools for brand identity creation, generative imagery, typographic systems, and visual asset production. Applied to logo design, campaign visuals, and AI-assisted mockups.

● Stored — Production-ready
◎
Spatial

Environmental Analysis & Exploration

Tools for architectural rendering, spatial simulation, environment generation, and material visualization. Bridging physical space and digital intelligence.

● Stored — Production-ready
◉
Intellectual

Cultural Research & Knowledge Synthesis

LLMs, research assistants, and knowledge tools for cultural analysis, theoretical writing, brand strategy research, and citation management.

◐ Sorting — Under audit
◇
Process

Workflow Automation & Documentation

Tools for project management, automated documentation, client reporting, and operational efficiency within AEC and brand design practices.

○ Sourcing — In research
● Stored — Personally verified, cleared for use within defined conditions
◐ Sorting — Under technical audit, human review pending
○ Sourcing — Identified, provenance unverified
EU AI ACT · Article 4 (literacy) & Article 50 (disclosure)

Neural Asset Archives · AWS Architecture

From Passive Storage
to Active Intelligence.

A serverless cloud pipeline designed to transition static archives into active intellectual resources. Only the Rekognition stage has actually been run against real assets so far, tested manually through the AWS console — the rest is documented as proposed architecture, not yet built.

Amazon S3 Object storage for high-resolution design assets (renders, site photos, material studies) Proposed
AWS Lambda Event-driven logic triggered on upload — serverless, no persistent infrastructure Proposed
Amazon Rekognition Computer vision: spatial hierarchies, material qualities, label detection Tested · Manual
Amazon Bedrock Private LLM instance to synthesize raw labels into design summaries and Basket classification Proposed

Processing Flow

01
UPLOAD → S3 Research-Archive
Design assets deposited in a private account. Zero exposure to public AI training loops. (Proposed.)
02
S3 EVENT → Lambda
Upload event triggers a serverless function. No persistent server costs or infrastructure overhead. (Proposed.)
03
REKOGNITION ANALYSIS
Computer vision extracts visual labels, material qualities, spatial hierarchies. Run manually via the AWS console against three test assets.
Architecture: 99.8% · Factory/Building: 99.8% · Person: 98.6%
04
BEDROCK SYNTHESIS
Intended to convert raw labels into design summaries and assign assets to AI-KORP Baskets. Not yet run against these assets. (Proposed.)
05
NEURAL ARCHIVE DATABASE
Final metadata stored as a searchable, tagged knowledge base — "the Granary." Designed, not yet built.

Tool Index — 40 Audited

● LIVE Updated 2026 EU AI Act framework ↓ Download CSV Full index, one row per tool →

Proof of Concept · "Industrial Workshop" Test Content

Machine Perception, Tested.

The pipeline was tested against a fictitious "Industrial Workshop" case — built and labelled explicitly as test content, not a real commission — using three distinct image assets, classified individually through the Amazon Rekognition console.

Asset What Rekognition Returned Basket
Brand context Diagram, Business Card, Text, Chart — high-confidence labels for graphic and typographic content. INTELLECTUAL
Spatial context 99.8% Architecture and Building, alongside 64.9% Manufacturing on the same image — distinguishing architectural from industrial-use categories. SPATIAL
Material context Corrosion, Rust — labels for surface condition on a rusted steel panel detail. CREATIVE

Rekognition · Top Confidence Labels · Spatial-Context Asset

Architecture
99.8%
Building / Factory
99.8%
Person (scale reference)
98.6%
Manufacturing
64.9%

What a classifier like this reads is rarely structural type in the abstract — it's colour, material, and signage density, much of which is brand-driven rather than purely programmatic. Section 5b extends this question from a single building to a city.

Brand-context test asset
Brand Context — Asset A INTELLECTUAL
Spatial-context test asset — workshop interior
Spatial Context — Asset B SPATIAL
Material-context test asset — rusted steel panel
Material Context — Asset C CREATIVE

Extending to Urban Scale · Preprint, 2026

The Decorated Shed, at City Scale.

The building-scale test above extends to a survey of six German logistics facilities using publicly available aerial imagery. Visual examination — without classifier intervention — reveals three distinct ways brand and architecture fuse into a single visual layer, before any AI system touches the imagery.

Type Signal carrier Facilities
A — Fleet-carried A neutral envelope; brand signal carried entirely by trailers, trucks and branded loading equipment. DHL Osterweddingen · PENNY Cologne
B — Envelope-carried Colour and mark applied at architectural scale — readable from altitude without the fleet present. KiK Bönen · IKEA Dortmund
C — Hybrid Envelope and fleet carry the brand signal simultaneously, at every layer — the most complex case for any classifier. EDEKA Oberhausen · DHL Münster-Nord

In all three types, the fusion precedes the classifier — it exists in the built environment before any AI system touches the imagery. Left ungoverned, generative and classification AI systems inherit it without disclosure or verification. Full methodology, figures and the literature review are in the preprint.

Type A — fleet-carried brand signal, schematic
Type A — Fleet-Carried SPATIAL
Type B — envelope-carried brand signal, schematic
Type B — Envelope-Carried SPATIAL
Type C — hybrid brand signal, schematic
Type C — Hybrid SPATIAL

Governance & Sovereignty

Responsible AI
by Design.

All evaluations conducted with personal subscriptions and private hardware. No proprietary or client data used. AI-KORP does not claim to make a practice "EU AI Act compliant" — that's a legal status only a qualified assessment can confer. Its ambition is more modest: keeping tool use aligned with the Act's literacy and disclosure logic as a matter of professional discipline.

🔒
Data Sovereignty
Personal subscriptions and hardware only · No proprietary data enters a training pipeline
ACTIVE
⚖️
EU AI Act Alignment
Article 4 literacy · Article 50 disclosure · Human-in-the-loop verification
ALIGNED
🧪
Sandbox Environment
Synthetic or anonymized test data · Client IP never exposed
ACTIVE
$ ai-korp --status ✓ Framework v1.1 initialized ✓ EU AI Act alignment: ALIGNED (not "compliant") ✓ Data sovereignty: ENFORCED ✓ 40 tools indexed · 2026 ✓ Neural pipeline: PROOF OF CONCEPT ✓ Urban-scale extension: 6 facilities surveyed ⚡ Preprint live · doi.org/10.5281/zenodo.21460708 $ _
AI USE DISCLOSURE
This framework includes AI-assisted content used to demonstrate creative, strategic, and technical AI expertise, and this page itself was rebuilt with Claude (Anthropic) from the author's own archived pages, the Zenodo preprint, and the GitHub repository. All tools are vetted against the EU AI Act. Content is provided for informational purposes and should not be relied upon as legal, regulatory, or technical advice.