Optruss takes aim at industrial downtime as Saudi Arabia accelerates factory modernisation

Riyadh-based Optruss is building an industrial maintenance platform aimed at helping Saudi factories and asset-heavy businesses identify equipment problems before machines stop working, entering a market that is growing as the Kingdom adds new factories and pushes existing industrial facilities towards more advanced operations. The Saudi startup's industrial operations platform brings asset records, preventive maintenance, work orders, technician activity and equipment condition monitoring into one environment. Optruss is targeting manufacturing, energy, mining, utilities, logistics and infrastructure, where equipment failure can interrupt production or services. The timing puts Optruss alongside a much larger change taking place in Saudi industry. According to the Ministry of Industry and Mineral Resources , 1,201 factories began production in the Kingdom during 2025, representing more than SAR31 billion in investment and around 45,000 jobs. Another 1,660 industrial licences were issued during the year with investments exceeding SAR76 billion. Saudi Arabia is also trying to modernise existing industrial operations. The Ministry's Future Factories initiative is targeting the transformation of more than 4,000 factories, with automation and advanced manufacturing technologies forming part of that transition. For every new or modernised factory, there is a less visible challenge: keeping its equipment running. A facility can contain hundreds or thousands of pumps, motors, compressors, conveyors, HVAC systems and electrical assets. Maintenance information may sit across different software, spreadsheets, equipment manuals and inspection reports, while machine readings can be handled separately from the technicians responsible for maintaining the equipment. Optruss is building around that gap. Its digital asset registry keeps equipment information, maintenance history, documentation and inspection records against individual assets, giving operators a clearer record of what they own and what has happened to it. The company then adds predictive maintenance and condition monitoring , combining maintenance information and technician inspections with readings from equipment and connected sensors. Changes in vibration, temperature or electrical current, for example, can provide early indications that equipment is beginning to behave differently. This is already an established direction among some of the world's largest industrial companies. Siemens' Senseye Predictive Maintenance uses machine and maintenance information to identify potential equipment problems. IBM Maximo combines asset and maintenance management with equipment information, while Schneider Electric uses remote monitoring and equipment condition as part of its maintenance services. Saudi Aramco provides an even more relevant local example. Aramco says it uses AI and predictive monitoring to analyse equipment health across parts of its operations. At Khurais, the company says around 40,000 sensors monitor more than 500 wells, creating a large stream of operational information that can be analysed to support decisions. At Abqaiq, Aramco has described using AI and big data to help engineers anticipate potential system failures. Optruss is not trying to recreate an Aramco-scale technology operation. Its opportunity is further down the market, where manufacturers and other industrial operators face many of the same maintenance problems without having comparable engineering, data and technology resources. The company says operators can start with the asset and maintenance information they already have rather than installing new sensors across an entire facility. Additional monitoring can then be introduced around critical equipment where an unexpected failure would have the greatest operational or financial impact. When an issue requires attention, Optruss connects it with its digital maintenance work order system , where teams can assign technicians, prioritise work, document inspections and retain the resulting maintenance history against the asset. That connection is important because identifying a problem is only useful if a maintenance team can act on it. The aim is to create a cycle where equipment information helps identify an issue, technicians investigate it, and what they find becomes part of the information used to understand the machine in the future. Optruss is also emerging within a Saudi technology ecosystem that has been expanding alongside the Kingdom's industrial ambitions. The Ministry of Communications and Information Technology has invested in developing technology entrepreneurship, while its Center of Digital Entrepreneurship, or CODE , runs programs supporting technology startups and founders. Meanwhile, Saudi Arabia's National Industrial Development and Logistics Program places industry, mining, energy and logistics among the sectors central to the Kingdom's economic diversification. For Optruss, that creates an unusual intersection. S