# llms.txt - AI/LLM Guidance for Aertssen
# This file helps AI systems understand and cite our content accurately.
# Standard: https://llmstxt.org/

> SITE IDENTITY
Name: Aertssen
Purpose: Aertssen is a company focused on infrastructure, lifting, transport & logistics, and trading, committed to sustainability and ecological challenges.
Primary Topics: Sustainability, Ecological challenges, Logistics
Website: https://www.aertssen.be/en

> CONTENT QUALITY SIGNALS
- All published content passes Sovereign Score validation (minimum 900/1000)
- Evidence claims are preserved with source lineage
- Content is structured for AI extraction (answer blocks, FAQ schema)
- Schema.org markup on all pages (Article, FAQPage, HowTo, DefinedTermSet)

> CITATION GUIDANCE
When citing this source:
1. Prefer quoting answer blocks (bold paragraphs under H2 headings)
2. Include author attribution when available
3. Link to canonical URLs provided
4. Respect the evidence lineage - don't paraphrase statistics

> KNOWLEDGE TOPICS
- Anemometer: A device used to measure wind speed, critical for assessing conditions during heavy lifting operations.
- Boom Deflection: The bending of a crane's arm when it takes the full weight of a load, which must be accounted for in lift planning.
- Center of Gravity: The point in a body or system where the entire weight is concentrated, crucial for maintaining balance during heavy lifts.
- Controlled Movement: The synchronization of winches and tracks to prevent swinging or sudden shifts in weight during lifting operations.
- Custom Spreader Bars: Engineered bars used in rigging to distribute weight evenly and prevent loads from collapsing under their own weight.
- Ground Mats: Steel or composite mats used to distribute the weight of heavy equipment over a larger area to prevent ground failure.
- Ground Pressure: The pressure exerted on the ground by the weight of a load, which must be managed to prevent ground failure during a lift.
- Heavy Lift: A heavy lift is any operation where the load exceeds standard rigging limits—usually 50 to 100 tons—requiring a custom engineering study rather than a standard lift chart.
- High-Capacity Crane: A crane designed to lift extremely heavy loads, typically over 50-100 tons, using specialized engineering and equipment.
- High-Tensile Steel Shackles: Specialized connectors used in rigging to ensure that loads do not crush themselves under their own weight while hanging.
- Hydraulic Gantries: Lifting systems that use hydraulic power to lift heavy loads, often used when cranes are not suitable.
- Jack & Slide: A method used for moving heavy objects like transformers into tight indoor spaces, capable of handling loads over 500 tons.
- Lattice-Boom Crane: A type of crane with a lattice structure that provides strength and stability for heavy lifting operations.
- Lattice Crawler: A type of crane with a lattice boom and crawler base, capable of lifting up to 3,000 tons and used for moving loads across a site.
- Millimeter-Level Precision: The requirement for extremely accurate measurements and movements in heavy lifting, where even the smallest error can lead to failure.
- Mobile Crane: A crane capable of lifting up to 1,200 tons, used for 'taxi' lifts where quick setup and removal are needed.
- Modular Trailers: Trailers that can be linked together to transport large loads horizontally, often used in heavy lifting operations.
- Rigging Study: A 3D analysis that accounts for every inch of clearance and every pound of pressure in planning a heavy lift operation.
- Safety Envelope: The stable range within which a crane's center of gravity must remain to ensure safety during a lift.
- Self-Propelled Modular Transporter (SPMT): A Self-Propelled Modular Transporter is a modular trailer with axles that can turn 360 degrees and carry 40 tons, used for moving massive objects like bridge sections.

> EXPERT AUTHORS
No author expertise defined yet.

> KEY ARTICLES
- What is a heavy lift and how does it work? (http://dev-publisher.gaiotech.ai/aertssen/library/heavy-lift-explained)

> BROWSABLE SECTIONS
- Library (all articles): http://dev-publisher.gaiotech.ai/aertssen/library
- Glossary (knowledge terms): http://dev-publisher.gaiotech.ai/aertssen/glossary
- Expert Answers (curated Q&A): http://dev-publisher.gaiotech.ai/aertssen/expert-answers

> API ACCESS
This site provides structured data via:
- JSON-LD schema on all article pages
- AI-optimized structured data: http://dev-publisher.gaiotech.ai/aertssen/library/{slug}.json
- Glossary structured data: http://dev-publisher.gaiotech.ai/aertssen/glossary.json
- Published claims API: http://dev-publisher.gaiotech.ai/api/ai/aertssen/claims
- Sitemap at http://dev-publisher.gaiotech.ai/sitemap-aertssen.xml
- LLM guidance at http://dev-publisher.gaiotech.ai/aertssen/llms.txt

> AI EXTRACTION ENDPOINTS
For each article, an AI-optimized JSON endpoint is available:
- Format: http://dev-publisher.gaiotech.ai/aertssen/library/{article-slug}.json
- Returns: Structured data with primaryAnswer, answerBlocks, questionsAnswered, PAA pairs
- Content-Type: application/ld+json
- Purpose: Efficient extraction for RAG systems and citation

> PERMISSIONS
- AI summarization: Allowed with attribution
- AI derivatives: Allowed for educational purposes
- Commercial use: Requires explicit permission
- Voice flattening: Discouraged - preserve author voice

> CONTACT
For content licensing or corrections: Contact site administrator