Preparing for a SIRI assessment starts with understanding what your factory actually needs, not with collecting random technology solutions. The assessment reviews day-to-day operations, production, data and the level of organization within the factory, giving management a clearer picture of how ready the facility is for its industrial transformation journey.
SIRI, the Smart Industry Readiness Index, is a global index developed by INCIT to measure how ready factories are to move toward smart industry. Being prepared does not guarantee a specific result; rather, it helps the factory understand where it currently stands and identify improvement opportunities before the official assessment begins.
This journey requires a practical plan that connects people, data and processes. This guide therefore offers a concise roadmap to help factory managers organize their preparation, clarify responsibilities and arrive at assessment day with greater confidence, as part of their digital transformation and Industry 4.0 journey.
Whether you are a finance manager or a factory owner, the following sections offer steps that are practical and immediately actionable. They are not aimed only at large factories; they suit any factory that wants to measure its readiness and improve its results. To go deeper into the requirements, you can refer to our complete guide after reading this checklist.
ERP systems such as Riv-ERP can help organize factory data and connect operational and financial information, but they are not a formal requirement in themselves. Data quality, clear processes and management support remain the foundation of preparation in every factory.
Key Takeaways
- Start by understanding the scope of the SIRI assessment and the pillars it covers.
- Review production, processes and data inside the factory objectively.
- Form a team with clearly defined roles to lead the preparation.
- Organize records and verify data accuracy before the assessment.
- Connect technology readiness with organization and people skills.
- Turn observations into an improvement plan that can be tracked and executed.
1. What Is a SIRI Assessment and Why Is Preparing for It a Turning Point for Your Factory?
Factory owners often ask an important question: where does our factory currently stand on the road to smart industry? The SIRI assessment answers this through a structured evaluation that measures the facility’s readiness, rather than simply checking product quality or profitability.
SIRI stands for Smart Industry Readiness Index, a global framework developed by INCIT to measure factories’ readiness for digital transformation and to support the move to Industry 4.0. The assessment helps management identify strengths and gaps instead of relying on general impressions.
The result should not be treated as a final certificate or a verdict on the factory’s success. It is a diagnostic tool that helps you understand your current maturity level and set the priorities that support long-term industrial transformation.
The index measures three main, interconnected areas:
- The efficiency of day-to-day production processes and supply chains.
- The level of technology and systems used inside the factory.
- The readiness of the organization and its people to support transformation and smart industry.
This framework gives the factory a more accurate picture of where it is in its manufacturing journey and helps it turn assessment results into a realistic improvement plan. The result remains a starting point for decision-making, not a single measure of every aspect of the facility’s performance.
ERP systems such as Riv-ERP can support data organization and the documentation of certain processes within the business management layer, but they are not an independent formal requirement for the assessment. What matters most is the factory’s ability to demonstrate how systems and data are used in real work.
By understanding the SIRI dimensions before the assessment starts, the factory team can organize its efforts, choose the right evidence and link improvements to transformation goals instead of running scattered initiatives.
2. Understanding the Three Pillars of SIRI Before You Start Preparing
A factory cannot build an accurate preparation plan without understanding the three pillars that form the basis of the SIRI assessment. These pillars show how processes, technology and organization work together inside the facility.
INCIT uses this framework to draw a comprehensive picture of a factory’s maturity, so that measurement is not limited to the number of devices or digital systems in place.
The Process Pillar
The Process pillar measures the efficiency of production, supply chains and workflow between departments. Examples include production planning, inventory management, downtime monitoring and procedure documentation.
The factory reviews how well it can identify the causes of waste and downtime and improve performance continuously. Documented, measurable processes give management a better basis for decision-making.
The Technology Pillar
The Technology pillar focuses on the level of technology, digital systems and automation on the production lines. It covers data collection, control systems, machine connectivity and information integration.
Having separate systems is not enough; what matters is that systems support daily operations and provide data that can be used for measurement and improvement. You can refer to our article on digital transformation in Saudi factories for more details on technology transformation.
The Organization Pillar
The Organization pillar addresses people skills, role clarity and management’s ability to support transformation initiatives. It also covers training, change management and employees’ readiness to use technology.
A factory’s maturity therefore starts with people before machines. An employee who understands their role can operate systems, interpret data and take an active part in improving processes.
Knowing these main dimensions gives the team a clear framework for identifying the required evidence and understanding the assessment results before moving on to analyzing maturity levels.
3. SIRI Industrial Maturity Levels and What Your Result Means
The SIRI index classifies factories into six levels known as “Bands”, from Band 0 to Band 5. Each level reflects a different degree of industrial maturity, but it does not on its own determine product quality, profitability or competitiveness.
| Level | Category | Brief Description |
|---|---|---|
| Band 0 | Basic | Almost entirely manual processes, with no digital technologies |
| Band 1 | Basic | Limited early use of simple, standalone administrative systems |
| Band 2 | Basic | Partial technology with heavy reliance on human decision-making |
| Band 3 | Advanced | Digital connections between some departments with initial data analysis |
| Band 4 | Advanced | Broad digital integration and decisions based on accurate data |
| Band 5 | Advanced | A fully smart factory, with continuous improvement and partially autonomous operation |
Basic Levels (Band 0-2)
These levels indicate factories that rely heavily on manual processes or standalone systems. Decisions may be based more on staff experience than on connected data. Such a result does not mean the factory has failed; it reveals clear opportunities for gradual improvement.
Advanced Levels (Band 3-5)
These levels reflect a higher degree of digital integration, with departments and systems connected and data used to monitor performance and make decisions. The meaning of each result depends on the factory’s reality, the assessment scope and the evidence it provides.
ERP systems such as Riv-ERP help unify some production, inventory and maintenance data, but they are part of a wider ecosystem that includes operational systems, skills and processes. The result should therefore be read within the full picture of the factory’s maturity.
Knowing the factory’s current level gives management a practical basis for setting priorities and turning SIRI assessment results into measurable steps on the industrial transformation and Industry 4.0 journey.
4. Why Preparing for a SIRI Assessment Is a Strategic Investment, Not a Formality
Preparing for a SIRI assessment turns the assessment from an administrative procedure into a practical opportunity to improve factory performance. Reviewing downtime, waste, record completeness and data integration helps management identify gaps that may affect production before they turn into losses.
Readiness does not guarantee a particular result, but it gives factories a clearer picture of their current maturity level and helps them prioritize improvement decisions by impact and cost. This approach also supports digital transformation and builds a more scalable foundation for modern manufacturing.
Some factories may benefit from funding or support programs linked to industrial development, but SIRI readiness does not guarantee approval of a financing application with the Saudi Industrial Development Fund (SIDF) or any other body. The assessment should be treated as a tool for improving the business, not as a guaranteed funding condition.
The SIRI framework helps management link processes, technology and organization to measurable goals, such as reducing downtime, lowering waste rates, improving record completeness and increasing system integration.
| Area | Without Structured Preparation | With Data-Driven Preparation |
|---|---|---|
| Operational efficiency | Undefined gaps and decisions based on impressions | Gaps identified and linked to measurable indicators |
| Development opportunities | Scattered solutions and unclear priorities | An improvement plan ranked by impact and resources |
| Digital maturity | Standalone systems and hard-to-trace data | Better connection between data and processes |
5. Step One: Form an Internal Cross-Functional Team to Lead the Preparation
Start by forming a team responsible for preparation, not by buying new technology. This team is a practical way to coordinate work across production, technology, quality and human resources. Its size can be adjusted to the size of the factory and the nature of its activity; not every factory needs the same structure.
Choosing the Right Team Members
The team needs a representative from operations or production, a representative from IT, a quality lead and a representative from human resources, with a sponsor from senior management. Management assigns an owner, a clear deliverable and a deadline to each task.
Defining Roles and Responsibilities Clearly
The following table is not a mandatory INCIT requirement; it is an indicative model that helps the factory distribute responsibilities and avoid duplication.
| Department Represented | Role on the Team | Main Responsibility |
|---|---|---|
| Production | Operations workstream lead | Review performance, downtime and waste |
| Technology | Systems and data workstream lead | Review connectivity, integration and automation |
| Quality | Records workstream lead | Verify completeness of documents and indicators |
| Human resources | Competencies workstream lead | Review training and required skills |
| Senior management | Project sponsor | Approve priorities and monitor progress |
The team sets a unified communication framework and meets regularly to review decisions and obstacles, without assuming that forming the team alone proves the factory’s readiness.
6. Step Two: Conduct a Comprehensive Self-Assessment to Identify Current Gaps
The self-assessment is a guidance stage that precedes the official assessment; it is not a substitute for it. Its purpose is to establish where the factory currently stands, compare that with the target level, and then turn the findings into actionable priorities.
Assessing Current Production Processes
Review the production path from receiving materials to delivering the product, and record downtime, waste rates, points of duplication and how well operating procedures are documented.
- Identify unplanned stoppages.
- Measure material and energy waste.
- Review the completeness of production and maintenance records.
- Identify process improvement opportunities.
Assessing Technical and Digital Readiness
Check how data is collected, and whether systems are connected and able to support decisions. Having technology does not mean the factory is ready; what matters is how it is used and connected to processes.
ERP systems such as Riv-ERP can support data organization within the business management layer, without being treated as an independent formal requirement in the assessment.
Assessing Organizational Structure and Competencies
Review available skills, training needs, role clarity and employees’ ability to operate systems and interpret results.
| Dimension | Current Situation | Potential Gap |
|---|---|---|
| Production processes | Unmeasured downtime or waste | No regular monitoring indicators |
| Technology and data | Standalone systems or manual data entry | Weak integration and connectivity |
| Organization and competencies | Unclear skills or roles | Lack of training and defined responsibilities |
Use the self-assessment results to define each gap, its owner, its priority and its completion indicator. This way, the assessment becomes the basis for a realistic improvement plan rather than just a list of observations.
7. Step Three: Organize and Review the Required Documents and Records
Well-organized documents and records help the assessment team understand how processes are carried out inside the factory, but they do not constitute a single official list unless the adopted framework specifies one. You should therefore prepare evidence that reflects operational reality, rather than creating separate files especially for assessment day.
Start by reviewing standard operating procedures, material flow diagrams, machine operating manuals, and maintenance and quality records. This evidence should be up to date, easy to access and linked to the actual stations on the production line.
Technical and Operational Documents
- Standard operating procedures for each production stage.
- Production line layouts and material flow diagrams.
- Preventive maintenance manuals for equipment.
- Approved safety and quality policies.
Review the official guidance issued by INCIT or the relevant local authority to understand what applies to your assessment scope, and avoid treating any internal list as a mandatory requirement before verifying it.
Performance, Maintenance and Quality Records
Historical records show how well the factory tracks its performance. Prepare production and downtime data, maintenance reports, quality inspection results and key performance indicators, specifying the time period and the source of each figure.
- Daily production records and downtime rates.
- Preventive and emergency maintenance reports.
- Quality inspection results and rejection rates.
- Performance indicators for each production line.
ERP systems such as Riv-ERP can help store and retrieve data within the business management layer, but they are no substitute for accurate records or sound processes.
“The SIRI index does not assess what you say about your factory, but what you document and prove with evidence.”
8. Step Four: Prepare the Shop Floor and Production Processes for the Assessment
The shop floor reveals the level of operational discipline before any files are reviewed. Prepare workstations according to actual daily practices, not through a temporary tidy-up that disappears after the assessment.
Cleanliness and Visual Organization (5S)
The 5S system helps organize the workplace and reduce clutter, but it does not raise the SIRI result on its own. Its value appears when it becomes part of continuous improvement that can be observed and measured.
| 5S Principle | What It Means | What Can Be Reviewed |
|---|---|---|
| Sort | Remove unnecessary materials and tools | Workstation free of surplus items |
| Set in Order | Assign a clear place for every tool | Ease of access and use |
| Shine | Keep equipment and surroundings clean | Detection of dust or leaks |
| Standardize | Apply uniform procedures | Clear and consistent instructions |
| Sustain | Turn organization into a daily practice | The system continues without constant supervision |
Clearly Demonstrating Digital Technology Applications
It is not enough for the factory to own digital solutions; employees should be able to explain how these solutions serve operations and production. Link what appears on the shop floor to the data in the systems, such as a screen showing actual output or an up-to-date downtime indicator.
Use INCIT guidance and relevant official sources to understand how the operational environment is reviewed, and do not present 5S or any technology as a stand-alone condition for success.
Preparing the shop floor paves the way for reviewing the technical infrastructure, where devices and data must be integrated with the actual workflow.
9. Step Five: Align Your Technical Infrastructure with SIRI Requirements
The assessment looks at how technology is used within processes, not just at the number of modern devices. Review the data path from its source to the system or dashboard, and determine whether it helps management make better decisions.
Data Collection and Connectivity Systems (IoT)
Industrial Internet of Things devices collect data such as operating status, temperature and energy consumption, depending on the type of sensor and how it is installed. This data helps measure performance more consistently, but it requires calibration, governance and ongoing review.
Automation and Process Control Systems
Industrial automation reduces some manual work and helps control processes, but its benefit depends on the quality of design, maintenance and user training. It is also important to distinguish between control systems such as SCADA, manufacturing execution systems (MES), and ERP systems that manage business information.
Connecting systems and data helps provide a clearer picture of performance. Riv-ERP can help unify production, inventory and maintenance data within its functional scope, without replacing control systems or MES. Saudi factories can learn more at riv-erp.com and read our article on the difference between ERP and MES systems before choosing the right solution.
| Aspect | Traditional System | Industrial IoT-Enabled System |
|---|---|---|
| Data collection | Manual or periodic recording | Automatic monitoring according to system settings |
| Measurement accuracy | Affected by how data is entered and reviewed | May improve with calibration and verification |
| Speed of decision-making | Depends on how long it takes to compile information | May be faster when reliable data is available |
| Alignment with SIRI requirements | Requires review of integration and usage | Requires proof of connectivity and operational impact |
10. Step Six: Train and Prepare Employees on SIRI Concepts
Factory readiness depends on employees understanding their roles, not on systems and documents alone. A worker or manager who knows how their tasks relate to processes can explain the operational reality clearly during the assessment.
Start with a short, focused training plan that includes an introduction to the SIRI index, an explanation of its pillars and a clarification of the assessment’s goals, then run a simple question simulation and review the feedback with participants.
The plan should cover the production, quality, maintenance, IT and HR teams, as well as the relevant managers. The scope of training can be set according to the size of the factory and the readiness level of its staff.
This step is not meant to teach memorized answers or to dress up reality. The goal is to help employees explain the processes they carry out, the systems they use and how their work contributes to transformation and better results.
Examples can cover indicators such as production rate, downtime, rejection rate, how data is recorded and how escalation decisions are made when a problem occurs. These examples help connect everyday knowledge with technology and industrial transformation concepts.
The simulation serves a training purpose, but it does not mean that the following questions are official or certain. Questions may vary depending on the assessment scope, the nature of the factory and the employee’s position.
11. Step Seven: Prepare Managers and Employees for Assessor Interviews
The assessment may include field observations and discussions with staff, so it is useful to prepare the team to talk about their real work. This preparation helps demonstrate the level of organization and understanding of processes without exaggeration.
Each employee should review their role, the source of the data they rely on and how systems are used in their work. Managers should also know how to explain improvement priorities and link them to the transformation plan, while acknowledging any existing gaps.
Possible Guiding Questions During Interviews
The following questions can be used in an internal simulation session, not as an officially published list:
- How do you track production line performance during the working day?
- What data or systems do you use to perform your task?
- What happens when a stoppage or quality deviation is detected?
- How is a new employee trained on operating procedures?
- What is your department’s role in transformation and performance improvement initiatives?
How to Answer Clearly and Professionally
A good answer is specific and honest, and based on a real example from the factory. The employee can mention the indicator they track, the source of the data and the action they take when an abnormal result appears.
Employees do not need to use complex technical terms or memorize ready-made phrases. What matters is that they explain what they actually do and clarify the limits of the systems and solutions in use, rather than presenting a picture that does not match reality.
An honest, direct answer is stronger than trying to hide gaps or present exaggerated results.
After the training, the team reviews the feedback and identifies what needs improvement before the assessment date. In this way, interviews become part of the readiness journey, and the factory’s maturity is reflected in its employees’ understanding and their ability to turn knowledge into daily practice.
12. Step Eight: Build a Corrective Action Plan Based on Self-Assessment Results
Self-assessment results become a clear action plan when the factory defines each gap, its priority, its owner and its closing date. Do not start by buying technology or automation before addressing data quality and core processes.
Classify gaps as high, medium or low impact, then link each item to a verifiable measurement indicator. This framework helps prioritize improvement decisions according to risk level and available resources.
- Define the gap and the target state for each dimension.
- Assign a single owner for execution and follow-up.
- Set a realistic deadline and a clear completion indicator.
- Review progress weekly and escalate obstacles to management.
The plan should distinguish between what must be done before the assessment, such as updating records and addressing critical gaps, and what can be improved later as part of the industrial transformation journey. Resource planning systems such as Riv-ERP can support tracking of action items and deadlines via riv-erp.com, without treating the system as a substitute for factory management.
13. A Comprehensive Final Checklist Before Assessment Day
Use this checklist to review the factory’s readiness before the assessment date. It is an indicative organizational tool, not an official list of requirements unless confirmed by the relevant authority.
Operations and Production Checklist
- Review shop floor cleanliness and workstation organization.
- Update maintenance, production and quality records.
- Verify that standard operating procedures are available.
- Review downtime, waste and performance indicators.
- Confirm clear responsibilities and a plan for handling breakdowns.
Technology and Organization Checklist
- Verify that systems and data sources are working.
- Review access permissions and backups.
- Ensure data is linked to processes where possible.
- Review employee training and role allocation.
- Prepare the latest version of the corrective action plan.
Separate urgent items from later improvements, and keep the evidence that shows what has actually been implemented.
14. Common Mistakes That Delay Factory Readiness for a SIRI Assessment
Some simple mistakes delay factories’ preparation, even when they have suitable solutions and resources. The most damaging is postponing the self-assessment, because it leaves limited time to identify gaps and implement improvements.
- Leaving SIRI assessment preparation until the last few days.
- Using outdated documents that do not reflect the factory’s current situation.
- Neglecting employee training on processes and systems.
- Temporarily dressing up the shop floor before the visit.
- Overstating the maturity level or technology capabilities.
Compliance with official regulations such as the requirements of the Zakat, Tax and Customs Authority (ZATCA) is not a direct part of the SIRI assessment, but it may reflect a culture of organization and administrative discipline. Likewise, the assessment result does not guarantee financing or support from SIDF or anyone else.
Real readiness is not measured by the amount of last-minute effort, but by the daily discipline of running the factory.
Address mistakes early, document implementation and link every improvement to a clear indicator; these practices help the factory present a realistic picture of its readiness and manufacturing maturity.
15. Conclusion
Preparing for a SIRI assessment starts with understanding the pillars, then forming an internal team, establishing the current situation through a self-assessment, organizing evidence, training employees and building an actionable corrective plan.
These steps give the factory a practical roadmap for improving processes, data, organization and technology. They also help management turn assessment results into clear decisions, instead of treating the assessment as a procedure separate from the industrial transformation and Industry 4.0 journey.
Preparation does not guarantee a specific level or result, but it makes gaps more visible and helps factories implement measurable improvements in production and manufacturing. Start by forming the team, then carry out the self-assessment, and after that prioritize your action plan.
If your factory needs to organize production, inventory and maintenance data and connect it within the business management layer, ERP solutions such as Riv-ERP may help. The system does not replace sound processes, employee training or the actual management of digital transformation.
Request a demo now via riv-erp.com and discover how the system can support data management and action tracking, while assessing how well it fits your factory’s needs.
Frequently Asked Questions
What is a SIRI assessment and why does it matter to Saudi factories?
A SIRI assessment is a framework for measuring a factory’s readiness for the transition to smart industry. It helps companies understand their current situation in processes, technology and organization, and identify improvement opportunities.
How do I start preparing for a SIRI assessment?
Start by forming a cross-functional team, then carry out a self-assessment of processes, data and systems. After that, identify the gaps and organize them into a corrective plan with owners, deadlines and measurement indicators.
Which pillars does the SIRI assessment cover?
The assessment covers processes, technology and organization. The review includes production efficiency, integration of systems and data, employee skills and management’s ability to support transformation.
What does a low SIRI result mean?
A low result does not mean the factory has failed. It shows the current maturity level and helps management set priorities and build appropriate improvement steps.
How long does preparing for the assessment take?
The duration varies depending on the size of the factory, the assessment scope, the quality of records and the current level of readiness. Starting early reduces the time required compared with last-minute preparation.
Who should be on the preparation team?
It is best to include representatives from production, operations, technology, quality and human resources, with a sponsor from senior management. The team can be adjusted to the size of the company and the nature of the factory.
Which documents should be prepared before the assessment?
Prepare operating procedures, production flow diagrams, maintenance and quality records, and performance and downtime data. Documents should be up to date and reflect actual processes, and any official requirements should be verified before relying on them.
Are ERP systems part of technical readiness?
ERP systems can support the organization of business data and connect production, inventory and maintenance information, but they are not enough on their own to prove readiness. The assessment also depends on how systems are used and integrated with processes and people.
Does SIRI help with obtaining financing?
Assessment results may help demonstrate your readiness level to partners or financing bodies, but they do not guarantee financing approval and are no substitute for each body’s own conditions, such as those of the Saudi Industrial Development Fund.
What are the most common mistakes that delay preparation?
Mistakes include postponing the self-assessment, using outdated documents, neglecting employee training, temporarily dressing up the shop floor, and exaggerating technology or results. Early planning helps avoid them.
Do all factories need a SIRI assessment?
Any factory or industrial company can use the assessment to understand its readiness for transformation, regardless of size or sector. Priorities vary according to maturity level, processes and operational goals.
