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Connected automation lifecycle from engineering to production optimization
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Automation Lifecycle

Move through every stage of automation with one connected approach.

Engineering → Simulation → Virtual Commissioning → Ramp-up → Monitoring & Analysis → Training →
Explore the lifecycle →
Solutions by challenge

Start with a specific application.

Explore proven use cases for testing, validation and production optimization.

Interlock CheckVerify logic and dependencies → PLC Software TestingFind issues through virtual testing → Robot ProgrammingDevelop efficient logic and motion → Collision DetectionIdentify spatial conflicts early → Cycle Time AnalysisFind bottlenecks and improve throughput → Production OptimizationTurn data into better performance →
All use cases → Talk to our team →
EKS InTec engineering and automation services
Engineering Services

Engineering

From initial planning to production-ready systems and automated engineering workflows.

Smart Engineering → Plant Engineering → Simulation & Engineering Technologies → Automated Engineering →
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Digital Innovation Services

Digital Innovation.

Build reliable virtual commissioning workflows, industrial software and reusable expertise.

Virtual Commissioning Consulting, pilot projects and project execution → Industrial Software Development Custom applications built on industrial expertise → Standards & Library Development Reusable models, standards and efficient workflows → Software Training Practical RF::SUITE training for industry standards →
Explore digital innovation → Talk to our team →
RF::SUITE software platform Tools for the Digital Factory RF::SUITE One connected platform for engineering, simulation, validation and production intelligence. Explore RF::SUITE →
Software platform

One platform.
Specialized tools.

Choose the tools your workflow needs and connect them within one consistent engineering environment.

RF::YAMS3D simulation and material flow → RF::ViPerVirtual periphery simulation → RF::RobSimRobot simulation → RF::SCOUTAnalysis and optimization → RF::CEREBData intelligence platform → RF::GUARDFixture simulation and validation → RF::FSBoxHardware for fieldbus simulation → RF::EdDiVirtual operator and PLC training → RF::VPM ToolProject and model preparation →
All RF::SUITE tools →
Industrial Expertise

Industries built on
connected automation.

We combine simulation, virtual commissioning and industrial software expertise across demanding production environments.

AutomotiveProduction lines and automation systems. AerospaceComplex assembly and validation workflows. RoboticsRobot cells, paths and interactions. Machine BuildingReusable models and connected tools. ChemicalProcess simulation and transparency. PharmaValidated processes and training scenarios. IntralogisticsMaterial flow and throughput optimization. EnergyResilient and data-driven operation.
All IndustriesExplore our complete industry expertise
Industrial automation system
Cross-industry Solutions

Automation expertise across key sectors

From individual machines to complex production lines: we connect engineering, simulation and operation throughout the entire lifecycle.

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Research & Innovation

Applied research for industrial innovation.

We participate in national and international research projects focused on digital engineering, automation, artificial intelligence and sustainable production systems.

Explore all initiatives Research Overview →
01 Research Project SARESA

Resilient, sustainable and adaptable industrial production systems.

→ 02 Research Project REDRIVES

Resilient drive technologies and robust industrial production processes.

→ 03 Research Project DIGIKLEB

Digital methods for connected adhesive processes and quality assurance.

→ 04 Research Project GENIUS

Intelligent engineering methods for data-driven manufacturing systems.

→
Scientific papers, articles and project results Publication List View publications →
Company

Engineering expertise
with industrial focus

Learn more about EKS InTec, our locations, career opportunities and how to get in touch with our team.

About Who we are Locations Where to find us Career Join our team References Selected projects Contact Talk to us
EKS InTec Automation, simulation and engineering expertise.
RF::CEREB RF::SUITE Future Module

Lifecycle Information & Connectivity

RF::CEREB
Connect information across the production lifecycle.

Everything creates information. RF::CEREB keeps it connected.

RF::CEREB is a new RF::SUITE module currently under development. It is designed to connect engineering, simulation, production and training information in one consistent environment.

Lifecycle InformationKnowledge RetentionTraceabilityRF::SUITE
Request Information Contact EKS InTec
RF::CEREB connected lifecycle information

RF::CEREB

A connected information foundation for RF::SUITE.

Production systems generate information throughout their entire lifecycle. Engineering creates project knowledge. Simulation creates validation knowledge. Production creates operational information. Training creates organizational knowledge.

RF::CEREB is being developed to connect these information sources and make them accessible beyond individual project phases. Instead of isolated information silos, RF::CEREB aims to provide a connected information foundation across the lifecycle.

The Next Step for RF::SUITE

Building on the RF::SUITE ecosystem.

RF::SUITE already supports simulation, virtual commissioning, analysis and training. RF::CEREB extends this approach by creating a connected information layer across the entire lifecycle.

Its goal is to improve transparency, preserve knowledge and create stronger links between engineering, operation and continuous improvement ??? without replacing the specialized capabilities of existing RF::SUITE modules.

Information Across the Lifecycle

Information exists throughout the entire lifecycle.

RF::CEREB is designed to sit across all phases and connect information generated throughout the lifecycle.

01Engineering
02Simulation
03Virtual Commissioning
04Production
05Optimization
06Training

RF::CEREB connects information across engineering, simulation, commissioning, production, optimization and training.

Why Information Gets Lost

When information becomes disconnected.

  • Engineering tools create information.
  • Simulation projects create information.
  • Production systems create information.
  • Training activities create information.

Over time these sources often become disconnected. Context is lost. Knowledge disappears. Future projects start from scratch.

RF::CEREB is being developed to preserve continuity between these information sources ??? so engineering data does not disappear after commissioning and simulation knowledge does not remain trapped inside project files.

Key Benefits

Connected information across the production lifecycle.

01

Accessibility & Transparency

Provide easier access to relevant information across lifecycle phases.

02

Traceability & Consistency

Create stronger links between engineering decisions and operational outcomes.

03

Knowledge Retention

Preserve project knowledge beyond commissioning.

04

Simplified Preparation

Reduce effort when preparing future projects and analyses.

05

Version Control & Change Management

Improve visibility into information changes over time.

06

Resilience

Reduce dependency on individual project participants by preserving organizational knowledge.

Inside RF::CEREB

One connected layer.
Information across the lifecycle.

RF::CEREB is being developed to connect engineering information, simulation knowledge, operational context and training knowledge within RF::SUITE workflows.

01

Engineering Information

Connect project documentation, engineering data and system structure across project phases.

  • Project Documentation
  • Engineering Data
  • System Structure
  • Asset Information
  • Configuration Data
  • Project Context
02

Simulation Knowledge

Preserve simulation results, validation information and virtual commissioning data beyond individual projects.

  • Simulation Results
  • Validation Information
  • Virtual Commissioning Data
  • Project Models
  • Scenario Information
  • Engineering Decisions
03

Operational Information

Link production context, process information and operational history with earlier engineering decisions.

  • Production Context
  • Process Information
  • Operational Data
  • System History
  • Improvement Activities
  • Operational Knowledge
04

Knowledge Retention

Support long-term access to documentation, project continuity and cross-team information availability.

  • Documentation Access
  • Project Continuity
  • Knowledge Preservation
  • Cross-Team Access
  • Information Availability
  • Long-Term Traceability
05

RF::SUITE Connectivity

Connect information generated across RF::YAMS, RF::ViPer, RF::RobSim, RF::SCOUT and RF::EdDi workflows.

  • RF::YAMS
  • RF::ViPer
  • RF::RobSim
  • RF::SCOUT
  • RF::EdDi
  • Lifecycle Integration

RF::SUITE Integration

Connecting information across RF::SUITE.

RF::CEREB is designed as the information layer that connects knowledge generated throughout RF::SUITE workflows ??? from simulation and virtual commissioning to analysis and training.

Simulation

RF::YAMS

3D simulation and process visualization.

Process Logic

RF::ViPer

Virtual periphery and PLC logic simulation.

Robot Validation

RF::RobSim

Robot program validation and cell layout review.

Analysis & Optimization

RF::SCOUT

Production analysis and optimization support.

Knowledge Transfer

RF::EdDi

Virtual training based on validated project data.

Connected Lifecycle Information

RF::CEREB

Information layer connecting knowledge across the production lifecycle.

Potential Applications

Potential applications for connected lifecycle information.

01

Engineering Knowledge Retention

02

Cross-Team Collaboration

03

Project Documentation Continuity

04

Training Preparation

05

Optimization Projects

06

Production Lifecycle Transparency

07

Future System Expansions

08

Knowledge Preservation Across Teams

Downloads / Resources

Resources for RF::CEREB

Overview

RF::CEREB Overview

Introduction to RF::CEREB and its role as a connected information layer within RF::SUITE.

Download PDF
Concept

Lifecycle Information Concept

How connected lifecycle information supports knowledge retention and traceability.

Request Document
RF::SUITE

RF::SUITE Overview

Learn how RF::CEREB relates to RF::YAMS, RF::ViPer, RF::RobSim, RF::SCOUT and RF::EdDi.

Explore RF::SUITE

Frequently Asked Questions

Questions about RF::CEREB.

What is RF::CEREB?

RF::CEREB is a future RF::SUITE module being developed as a connected information layer. It is designed to link engineering knowledge, simulation knowledge, operational information and training knowledge across the production lifecycle.

Is RF::CEREB already available?

RF::CEREB is currently under active development as a future RF::SUITE module. It is not yet available as a released product.

What type of information can RF::CEREB connect?

RF::CEREB is designed to connect engineering documentation, simulation and validation data, operational process information, improvement activities and training-related knowledge generated across RF::SUITE workflows.

How does RF::CEREB relate to RF::SUITE?

RF::CEREB extends the RF::SUITE ecosystem by creating a connected information foundation across modules such as RF::YAMS, RF::ViPer, RF::RobSim, RF::SCOUT and RF::EdDi ??? preserving continuity beyond individual project phases.

How does RF::CEREB support knowledge retention?

By connecting information sources that are often disconnected over time, RF::CEREB aims to preserve project knowledge, documentation context and engineering decisions beyond commissioning and individual project teams.

Can RF::CEREB improve lifecycle transparency?

RF::CEREB is being developed to improve access to relevant information across lifecycle phases ??? supporting traceability, consistency and stronger links between engineering, operation and continuous improvement.

Why is connected information important for production systems?

Production systems generate information throughout their lifecycle. When these sources remain disconnected, context is lost and future projects often start from scratch. Connected information supports continuity, reproducibility and organizational resilience.

How does RF::CEREB differ from RF::SCOUT?

RF::SCOUT focuses on production analysis and optimization. RF::CEREB focuses on connected lifecycle information ??? linking engineering, simulation, operational and training knowledge across the production lifecycle.

Get Started

Connect knowledge across the production lifecycle.

RF::CEREB is being developed to help organizations preserve knowledge, improve transparency and create stronger connections between engineering, operation and continuous improvement.

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