Experience Connected
Digital Collaboration Live

Break down expert silos. Connect your teams, processes, methods, and tools. Enhance digital collaboration.

PHYSICAL IMMERSIVE LAB

We Bring Digital Collaboration to Life.

The Digital Lifecycle Lab is more than an installation of software tools. It is a physical, immersive fully connected environment in Graz, Austria, equipped with the latest hardware and software technologies.

Digital collaboration, reimagined. Experience a fully integrated environment where fundamental methodologies and organizational best practices converge. Powered by intelligent automation, we transform your fragmented toolchains into a high-performance engine for success.

Digital Lifecycle Lab Room Layout
Engineering Workspace
Siemens Integrations Lab
SnapLogic iPaaS Integrations
DYNAMIC SCHEMATIC

The DLL - Connected

Hover over the pillars to inspect detail analysis.

01

Mindset & Culture

east
02

Processes & Methods

east
03

Organization

east
04

Tools & Data

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System Overview

Harmony

Digital collaboration only works when these four pillars are in perfect harmony.

PARADIGM COMPARISON

Siloed Isolation vs. Connected Collaboration

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Disjointed Communication

Teams work in isolated systems. Critical design updates are passed manually via emails and spreadsheets, losing context along the way.

  • [-]
    Information SilosData remains locked in division-specific tools without cross-team transparency.
  • [-]
    Manual SynchronizationAligning systems requires slow copy-pasting and error-prone custom scripts.
  • [-]
    Late Discrepancy DiscoveryConflicts are discovered late during assembly, causing expensive scrap and delays.
Friction-Heavy Lifecycle
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Real-Time Alignment

The point where culture, process, organization, and infrastructure act as one, the operational result of our four pillars working in concert.

  • [+]
    From Culture to ExecutionAn adaptive organization and transparent mindset make real-time alignment the natural state of engineering.
  • [+]
    The Power of ConnectionTransition from static, fragmented data to a dynamic, shared view of the entire lifecycle.
  • [+]
    Seamless SynchronizationCohesive integration ensures all decisions are based on the same shared reality, eliminating manual coordination.
Simple and lightweight
Interactive Case Study

The Rescue Drone Story

A convergence of mechanics, electronics, and software.

dangerous

The Tragedy in the Alps

A search-and-rescue drone is deployed in the hot summer heat to locate missing hikers. Under the heavy, continuous climb, the drone overheats and fails.

Drone crashes. Hikers remain lost.

HurdleOverheating (Thermal Mismatch)
PATH A — OLD SCHOOL

Document-Based Silos

Requirements reside in static documents, electrical wiring schemas are kept in spreadsheets, and mechanical layouts are stored in isolated local CAD directories.

  • [-]Manual email coordination misses the critical thermal limits under high load
  • [-]Interface mismatches are discovered only in physical assembly
  • [-]System failures remain hidden until actual field operation
Result: Undetected Fatal Flaw
PATH B — CONNECTED

The Integrated Reality

In an environment built on our four pillars, fragmentation gives way to a unified ecosystem:

  • [+]Requirements are linked; electrical and mechanical models stay synchronized.
  • [+]Critical constraints like thermal limits are validated automatically.
  • [+]Discrepancies surface immediately, preventing downstream field failures.
Result: Early Detection & Success
Failure Case Study Simulation Video
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From Failure
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To Success
Success Case Study Simulation Video
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Daily Schedule

A Day in the DLL

Exploration agenda & timeline.

01
Phase 01handshake

Warm Welcome

Arrive at our facility in Graz. Meet your integration hosts and set the expectations for the day over hot coffee.

02
Phase 02folder_open

Start with the Case Study

Align on a realistic mechatronic reference project. We break down standard silos and outline the cross-discipline engineering hurdles we will solve.

03
Phase 03bolt

The Lab in Action

Experience the connected toolchain and its underlying methods live. Change requirements, propagate updates across the ecosystem, and more.

04
Phase 04forum

Details & Discussions

Time for a technical deep-dive on specific topics, such as mechatronic lifecycle and target interface validation.

05
Phase 05flag

Key Takeaways & Wrap-up

We wrap up the session, review learnings, hand over documentation, and align on actionable follow-up plans.

Laboratory Sessions

Select Your Laboratory Session

Formats matched to team size and strategic goals.

DLL €4000.00

Insights

Experience vendor-neutral model-based digital collaboration simulation in Graz.

  • Deep-dive session
  • Hands-on collaboration simulation
  • Silo-free communication models
Duration3 Hours
Capacity1-8 Persons
DLL €9000.00

Insights+

Full-day alignment workshop analyzing tools and cross-team communication pipelines.

  • Deep-dive workshop
  • Cross-silo process alignment
  • Automated integration pipelines
  • Custom architecture templates
Duration8 Hours
Capacity1-8 Persons
DLL €1000.00

DLL-as-a-Service

Access the lab as your own group workshop space with optional collaborative guidance.

  • Complete lab access
  • Bring your own collaboration team
  • Optional moderation guidance
Duration8 Hours
Capacity1-8 Persons
DLL CUSTOM

Sandbox

Guided testing and verification of your individual collaborative team paradigms.

  • Custom play session
  • Identify your team dynamics
  • Co-create sandbox experiments
DurationTBD
Capacity1-8 Persons
Virtual €150.00

Virtual Visit

Remote live feed tour and collaborative tool integration demonstration.

  • Stream broadcast
  • Live tool chain orchestration
  • Direct developer feedback loop
  • No geographical constraints
Duration1 Hour
Capacity1-100 Persons
Virtual €4000.00

Virtual Insights

Experience vendor-neutral model-based digital collaboration simulation remotely.

  • Deep-dive session
  • Hands-on collaboration simulation
  • Silo-free communication models
Duration3 Hours
Capacity1-100 Persons
VISIT US

Our Laboratory Location

Graz, Austria. Immersive mechatronic setups.

Address

Digital Lifecycle Lab (DLL)
Inffeldgasse 21b, 2nd Floor (II. Stock)
8010 Graz, Austria

How to find us

We are situated on the Inffeld Campus of the Graz University of Technology (TU Graz). Once inside the Inffeldgasse 21b building, take the elevator or stairs to the 2nd floor, then follow the corridor signs to the lab entry.

Public Transport & Parking

Take Tram Line 6 to the stop "St. Peter Schulzentrum", then walk 5 minutes onto the campus. Temporary parking spaces are available directly on campus (access code or registration required at the barrier).

location_on TU Graz Campusdirections_car Parking Decktram Tram Line 6
OPERATORS & COOPERATIONS

Hosted & Operated By

Industrial and academic collaboration.

ANTEMIA GmbH
Business & Industry

ANTEMIA GmbH

TU Graz
IME
Academic & Research

TU Graz