Your Extended Technical Brain.
Always available.

Become a technical expert
for every type of asset.

The cloud platform Linio.io has been specifically developed to retrieve technical asset information instantly, offering this data in a form that is immediately usable for any technical assignment.

With Linio.io, you will quickly and independently learn how a machine and its components operate. You will be able to resolve technical errors and malfunctions rapidly, without requiring any specialised training. This helps you perform every specialised job perfectly; and this is just the beginning.

How A Technical Brain Functions

A technical brain cannot be compared to a book that describes technical know-how in full detail. In our brain, accumulated knowledge is converted to images that connect with each other. What we remember are graphical elements and their interrelations. This way of storing and retrieving data means verbal and written information is processed more slowly and tediously. Therefore, communicating through images and their interrelations is essential, which is precisely how Linio.io presents technical asset information.

Consequently, Linio.io is called Your Extended Technical Brain, providing detailed insights into specific installations, available to you anytime.

Graphical Communication For Fast And Accurate Interpretation

Our brain instantly interprets graphical elements such as drawings, schedules, pictures, illustrations, videos, and animations. Markings within these elements serve as ideal indicators of specific components and their interrelations. Linio.io’s mission is to communicate through graphical elements and markers as much as possible.

Technical Accuracy as Key Principle

Technology leaves no room for interpretation; it’s either accurate or it’s wrong. That is why precise data, including approval and rejection limits are essential, as well as the ability to accurately monitor individual measuring points, lubrication and inspection points, calibrations and more.

The Extended
Technical Brain.

Linio.io has been developed from profound expertise in asset management and asset care, focusing primarily on creating a transparent framework for technical information. Complex data are converted into instantly usable building blocks and their interrelations, fully supported by graphical elements such as drawings, pictures, diagrams, tutorials … 

In other words: Linio.io converts technical information to a relational database composed of customary, specifically defined building blocks. Discover how it works here.

1 Building Blocks

A building block (BB) is an information item that can be used instantly during technical tasks. Linio.io developed a set of building blocks that can be aligned easily and that cover the full technical requirements. These building blocks are subdivided into 4 categories. Every BB has its own unique dataset

Media

Parts

Intervention points

Operational points

2 Relations between Building Blocks

When describing a technical situation, traditional instructions rely heavily on written text in documents, often with added photos or charts, which demands significant effort to create and requires users to understand and apply from memory. Showing relationships between relevant Building Blocks (BB) is far more effective, as linking a lubrication point dataset to its lubricant, tool, bearing, photo, and control switch provides instant full context without reading text and hence, eliminating language barriers through minimal wording.

BBs serve as directly usable information components, enabling immediate action that works faster and more rationally than static documents.

When changes occur in factories (to BBs, procedures, etc.), only the affected BB needs updating while linked elements stay aligned. No need to rewrite extensive instructions, making all modifications simpler and more efficient.

3 Function Tree

Understanding a machine is essential for effective asset management and care. A useful technique is to create a function tree for the machine or device. The function tree provides us with quick insight into how a machine works and the purpose of certain components. It also allows us to assign the corresponding failure causes to each branch in the function tree, along with the corresponding actions needed to prevent that failure (FMEA & RCA). The greatest advantage comes from linking the Building Blocks (BBs) to the correct branch within the functional hierarchy. This way, the ‘What’, ‘How’, and ‘Why’ of each element become instantly clear at a glance. 

4 Markers on Pictures and Drawings

Linio.io was developed with the intention to minimise written and spoken language, opting instead for a highly visual communication system that supports collaboration across different languages. This system uses two types of markers to convey information: one type navigates users through installations and the Function Tree to locate the correct machine or function, while the other highlights building blocks (BBs) by marking graphical elements such as photos, drawings, and diagrams. These markers serve as a powerful storytelling technique that clarifies technical details efficiently and makes navigating the Asset and Function Trees straightforward. The combination of these markers with a well-structured relational database creates an accessible and precise technical information resource linked to real-world visual elements from various situations, making Linio.io a powerful tool for visual and technical communication regardless of language barriers.

Search visually.
Find instantly.

5 Smart Filtering with Instantly Usable End Result

Thanks to its structured relational database, Linio.io enables searching for technical information across multiple dimensions, horizontal, vertical, and in detail, by following interrelated links until the precise information is found. This intuitive filtering requires no technical expertise and presents immediately usable information in a clear, graphical format, making complex data accessible and easy to understand beyond simple keyword searches.

6 Graphical Navigation Through the Entire Database

To guide users without prior training or knowledge, Linio.io relies on essential graphical elements such as drawings, photos, and diagrams. These visuals are enhanced with specific markers that clearly indicate the information sought, making it easy and intuitive to navigate to technical dossiers, machine functions, zones, production lines, work locations, and more. This approach ensures quick, direct access to the right information without the need for text-based instructions.

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Expand your Extended Brain with Specialised Modules

Asset management goes beyond simply handling technical data. It involves managing reliability, safety, security, integrity, planning, inventory, work instructions, and more. To manage these effectively, input from the extended technical brain is essential. This data is enriched with specific module information to provide accurate, immediately usable outputs for operational use. Combining the extended technical brain’s data with module-specific information makes Linio.io the most flexible and reliable tool for comprehensive asset management.

ACM

SM

ROM

COM

IM

CCM

MROM

TRM

WOM

RM

ARM

TTM

WIM

FSRM

Accommodation Management Module

The ACM is a practical 5S exercise aimed at organising technical environments such as production areas, workshops, and warehouses. It ensures everything has a fixed place aligned with work tasks and process sequences, including parts, tools, waste, and information. The module documents this optimal setup in Linio.io as a baseline for quality audits to check the current organisation against the ideal standard.

By providing a clear, visual overview of work processes and requirements, ACM enables easier auditing and understanding across departments, boosting operational transparency. It helps maintain an efficient, well-ordered workspace that can be continuously improved and adapted with process changes, supporting smoother workflows and a safer, more productive environment.

Safety Management Module

In safety management, having a comprehensive overview of all safety aspects and their interactions is crucial, as neglecting even one element can lead to severe consequences. The Extended Technical Brain defines all safety building blocks along with their mutual and external connections.

The Safety Management Module (SM) ensures that this structured safety information is clearly accessible for critical applications such as CE certification, LOTOTO, LMRA, PPE compliance, and more. It delivers actionable insights directly to those responsible for implementation, making safety an enforceable and integral part of the entire organisation’s operations.

Routing Management Module

A significant portion of asset care activities consists of smaller but essential tasks such as lubrication, cleaning, measurement, inspection, testing, calibration, and adjustment. These operations are often organised into structured routings to ensure consistent execution and quality outcomes.

The ROM makes defining and executing such routings efficient, intuitive, and fast. All relevant data for each ‘Intervention Point’ is sourced directly from the Extended Technical Brain, while historical records are automatically updated during task execution. This ensures complete traceability and continuous improvement.

Thanks to the guided structure and integrated data, even less experienced personnel can perform these tasks with the same precision and reliability as trained technicians.

Change Over Management Module

In many production environments, machine changeovers are essential for switching between product types. When managed effectively, these changeovers can significantly reduce downtime and prevent quality issues by ensuring every step is performed correctly and efficiently.

The COM module includes a digital SMED (SingleMinute Exchange of Die) tool that leverages the structured building blocks from the Extended Technical Brain. It helps determine the most efficient workflow while optimally distributing tasks across the changeover team.

During each execution, all actions are automatically recorded, building a datadriven history that supports continuous improvement and operational excellence.

Integrity Management Module

Effective integrity management is essential to ensure intrinsically safe and reliable installations. The IM module applies the bow-tie principle by:

  • Mapping process hazards (events) and estimating their risk levels
  • Identifying obstacles that help prevent these hazardous events
  • Defining mediating measures that contain potential incidents

Together, these elements form a comprehensive integrity assurance system. To maintain this assurance, inspection, testing, and preventive maintenance tasks are required. These tasks are linked to Intervention Points in the Extended Technical Brain and connected to work orders in the WOM.

By integrating IM with RM, WOM, and the Extended Technical Brain, users quickly gain actionable insight into the true integrity status of assets. Additionally, the module provides immediate access to all relevant technical information, requiring minimal prior knowledge and delivering rapid, decision-supporting insights.

Certification & Competence Management Module

Certain technical assignments require specific training, skills, or certifications to ensure successful execution and compliance with procedures. The CCM module securely manages all relevant skills and certificates for personnel, including evidence documentation and validity periods.

It allows assigning required competencies and certifications to specific jobs, preventing unauthorised personnel from logging into tasks for which they lack proper qualifications. This guarantees a consistent quality level for critical technical work and ensures compliance with regulatory and internal standards.

MRO Management Module

Since machines inevitably experience wear and require replacement parts, timely availability of these items is critical (see also RM and IM). However, MRO extends beyond spare parts to include consumables, tools, and personal protective equipment (PPE).

All MRO items are defined within the Extended Technical Brain and linked to their corresponding installations, work instructions, and routings. Their positions and usage requirements are also visually indicated on drawings and photos, ensuring quick identification and retrieval.

The MROM module manages and coordinates the full MRO supply process. This can be handled internally or in collaboration with external partners who connect their databases to the MRO environment, including alternative items or supplier preferences. This integrated approach provides greater flexibility and ensures consistent availability of the right materials at the right time.

Transition Management Module

Production machines are typically designed and secured for manufacturing operations. However, in practice, additional tasks such as maintenance, repairs, cleaning, or testing often need to be performed by different teams. To ensure that machines are handed over safely and in the correct configuration, a clear transition protocol is essential.

The TRM module structures this process using the relevant building blocks from the Extended Technical Brain, creating a stepbystep digital protocol for all team members involved. This ensures accurate, documented transitions between roles or teams.

During execution, all actions are automatically recorded to build a traceable history that supports continuous improvement. The module also serves as a crucial tool for audit readiness, particularly in safety and food safety environments.

Work Order Management Module

Work order management is an overarching process that coordinates everything from job initiation through to completion. This includes preventive maintenance planning, notifications, work preparation, spare parts management, scheduling, budgeting, cost monitoring, feedback, outsourcing, and revision management.

Reliability Management Module

Focused asset management leads directly to maximised equipment reliability; a cornerstone of operational excellence. The RM module empowers users to design a tailored reliability strategy by first assessing asset criticality, and then making structured risk assessments using proven methodologies such as Failure Mode and Effects Analysis (FMEA) and Reliability Centred Maintenance (RCM).​

Risk mitigation is carried out by recording inspections, tests, and preventive maintenance tasks. These procedures are systematically linked both to Intervention Points within the Extended Technical Brain and to work orders managed in the WOM.

With the smart integration of RM, IM, WOM, and the Extended Technical Brain, users gain fast and actionable insights into the actual reliability of their assets and have direct access to all supporting technical information. This platform provides comprehensive oversight and reliable decision support, while requiring minimal prior technical knowledge.​

Analysis & Reports Module

Continuous improvement starts with insight. Based on the principles of Demig’s PlanDoCheckAct (PDCA) cycle and the belief that measurement leads to knowledge, the ARM serves as an essential analysis and reporting tool, giving organisations a clear view of their performance and opportunities for optimisation.

The module includes a selection of standard analyses and predefined reports but also allows users to design custom analyses using all available data from the Extended Technical Brain and its interconnected modules. This flexibility enables accurate evaluation of processes, supports datadriven decisionmaking, and helps drive continuous operational improvement.

Technical Training Module

As technical assets continue to grow in complexity, operators and technicians need deeper knowledge to manage them effectively. Traditional training programs and evaluations are one way to achieve this, but they are often timeconsuming and costly.

The TTM takes a more efficient approach by using the structured technical information already available in the Extended Technical Brain. Thanks to its database architecture and modular building blocks, relevant jobspecific information can be automatically presented to each user. This enables practical, selfdirected learning tailored to actual work activities.

Additionally, periodic evaluation tests can be configured for each role, allowing employees to identify and strengthen specific skill gaps through targeted selftraining; without requiring direct instructor involvement.

Work Instruction Management Module

For complex or extensive technical tasks, conventional training alone is often insufficient. A clear, structured stepbystep approach ensures that both trained and untrained personnel can achieve consistent, highquality results. This method guarantees uniformity and reliability in execution.

The WIM leverages the core components of the ‘Extended Technical Brain’, combining them with a dynamic flowchart that integrates tasks, limit values, decision criteria, spare parts, tools, photos, and drawings. This structured digital guidance supports flawless task execution while maintaining complete traceability.

With this approach:

  • All activities are automatically recorded
  • The history of each building block is continuously updated
  • Additional technical information can be requested instantly
  • Photos of the initial and final situation can be attached

Configuring such Work Instructions is fast and efficient, as all fundamental elements are already available within the ‘Extended Technical Brain’ and the WIM environment.

Failure Search & Registration Management Module

In an industry environment where qualified technical personnel are increasingly scarce, the FSRM module enables production companies to rapidly identify and resolve machine malfunctions. Powered by QTT (QuestionTestTask) technology, it provides stepbystep guidance that allows even less experienced employees to perform effective troubleshooting.

By capturing and analysing user search data, the system automatically generates actionable insights and recommendations to prevent recurring malfunctions. The same intelligent guidance can be applied to support operators in executing firstline interventions, ensuring faster problem resolution and increased machine uptime.