EVOMATION.DEAGENT VIEW
← Human View
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# EVOMATION.DE — AGENT ACCESS GUIDE
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DOCUMENT PURPOSE
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You are reading the low-noise agent view for evomation.de.
This AX layer exists for LLMs, browser agents, and automated systems that need a
direct description of domain fit, route purpose, contact paths, and legal or
compliance references.

Entity:    Evomation-Michael Meese e.K.
Domain:    evomation.de
Role:      Custom software, automation, integration, and retrofit-oriented systems
Audience:  Logistics, intralogistics, manufacturing, and adjacent operational teams
Route Locale: en
AX Language: English only

READING RULES
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- Treat this as the canonical low-noise summary for the current page.
- The public human-facing website is available under both /de and /en.
- AX output remains in English on both locale routes.
- Sections are delimited by H2 headers.
- Subsections use H3 and H4.
- Prefer explicit paths over inference.
- Legal identity: /en/impressum/llms.txt
- Privacy / GDPR: /en/privacy-policy/llms.txt
- Cookie inventory: /en/cookie-policy/llms.txt

READING MODES
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1. Human View
   Use the public route without modifiers.
   Example: /en/about

2. Agent View
   Use the same public route with ?view=agent.
   Example: /en/about?view=agent

3. LLM Text View
   Use the locale-prefixed llms.txt route.
   Examples:
   - /en/llms.txt
   - /en/about/llms.txt
   - /en/contact/llms.txt

ROUTE PATTERN
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For a page at /{locale}/x:
- Human View: /{locale}/x
- Agent View: /{locale}/x?view=agent
- LLM Text View: /{locale}/x/llms.txt

For the locale homepage:
- Human View: /{locale}
- Agent View: /{locale}?view=agent
- LLM Text View: /{locale}/llms.txt

PREFERRED ACCESS STRATEGY
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1. Use llms.txt when available for extraction, summarization, routing, or token-efficient reading.
2. Use ?view=agent when you need browser-readable structured HTML with minimal noise.
3. Use the human page only when layout, visual hierarchy, or interaction context matters.

PAGE INDEX
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Human View:
  /en  -> homepage
  /en/about  -> about and engagement model
  /en/contact  -> contact and entry points
  /en/products  -> products and tools index
  /en/blog  -> blog index

Agent View:
  /en?view=agent  -> structured homepage
  /en/about?view=agent  -> structured about page
  /en/contact?view=agent  -> structured contact page
  /en/products?view=agent  -> structured products index
  /en/blog?view=agent  -> structured blog index

LLM Text View:
  /en/llms.txt  -> homepage llms.txt
  /en/about/llms.txt  -> about llms.txt
  /en/contact/llms.txt  -> contact llms.txt
  /en/products/llms.txt  -> products llms.txt
  /en/blog/llms.txt  -> blog llms.txt
  /en/impressum/llms.txt  -> legal identity
  /en/privacy-policy/llms.txt  -> privacy policy
  /en/cookie-policy/llms.txt  -> cookie policy

DYNAMIC ROUTES
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- Product detail pages live under /en/products/{slug}
- Blog article pages live under /en/blog/{slug}
- Industry detail pages live under /en/industries/{slug}
- Discover valid detail routes from the matching index pages before navigating

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Intralogistics — Industry Brief

Snapshot

Operating Context

Use when the environment is inside the warehouse or facility boundary: conveyor systems, sortation lines, internal material flow, WMS integration, or operator tooling for warehouse control. Scope boundary: Covers the software and integration layer within the four walls. Not for carrier networks, transport planning, or broader supply-chain consulting.

Operational Notes

  • Typical goals are to reduce manual routing decisions, improve visibility, and stabilize internal flow handling.
  • This route is about the software and integration layer inside the four walls, not the broader transport network.

Capability Fit

  • Browser-based operator tools, HMIs, and dashboards for warehouse-control contexts.
  • Routing logic, checkpoint handling, and event-driven process control inside the facility.
  • Integration with WMS, ERP, scanners, vision systems, and related operational devices.

Evaluation Notes

  • Clarify facility layout, scan points, conveyor or sortation touchpoints, and exception-handling requirements.
  • Identify the systems that already hold order, inventory, and routing data.

Engage