IoT in Romania: Why the Real Value Begins Only After the Pilot Phase

In recent years, IoT has been widely discussed in Romania, but often at an abstract level: sensors, connectivity, “smart.” From my direct experience in developing and operating applied IoT systems, real value does not emerge at the concept or pilot stage, but only when solutions are integrated into critical processes and evaluated strictly through economic, operational, or compliance outcomes.

Romania is no longer an emerging market from a technological standpoint. According to publicly available market-mapping analyses, more than 30 companies are active locally in developing or implementing IoT solutions as proprietary products—hardware, firmware, and software platforms—with applications in agriculture, industry, energy, logistics, car and bicycle fleet monitoring, smart cities, and regulated sectors. The benefits of these solutions are well documented internationally and consistently focus on three recurring directions: a 10–30% reduction in operational costs, more efficient use of resources, and a decrease in non-compliance risks.

A paradox of the local market is that the infrastructure is ready, yet adoption remains selective. ANCOM data show that Romania’s telecom sector generated approximately RON 16.1 billion in revenue in 2024, with internet services (fixed and mobile) accounting for about 40% of the total. At the same time, Eurostat indicates that only 11% of Romanian companies with more than 10 employees were using IoT solutions (latest reported year), well below the EU average. In practice, the explanation is clear: the adoption decision is not a technological one, but an economic one. IoT is implemented where the impact can be quantified and justified within a budget.

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Precision agriculture is one of the clearest examples of IoT with measurable returns. In the case of SysAgria, value does not come from data collection alone, but from reducing decision variability. Studies by the FAO and the European Commission show reductions in water consumption of 20–30%, decreases in fertilizer inputs of 10–25%, and reductions in yield losses of 5–15% through early interventions. Applied to a farm of approximately 1,000 hectares, these percentages can translate into annual savings of EUR 80–150 per hectare, which in practice means an ROI within 1–3 agricultural seasons.

A second domain in which IoT is no longer optional is that of regulated industries. In the gambling industry, the legal framework adopted in December 2025 shifted the discussion from efficiency to transparency and traceability. Solutions such as SysTracking provide continuous monitoring, geofencing, and auditable historical logs. The major benefit is institutional: each machine can be identified and verified in real time, and its history is available for inspections and audits, enabling operators to demonstrate compliance with legal requirements quickly and in a standardized manner.

In the urban environment, SysParking likely illustrates most clearly an IoT use case with direct financial impact. Studies by the World Bank, OECD, and the European Commission indicate increases in parking revenues of 10–30%, reductions in operating costs of 15–25%, and decreases in the time spent searching for a parking space of 20–40%. For a municipality with 5,000 paid parking spaces, these effects can generate an additional EUR 300,000–600,000 annually, often leading to an ROI of under 24 months, including infrastructure and operating costs.

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Overall, I believe the next stage of IoT in Romania will be a pragmatic one. Fewer generic concepts, more vertical solutions. Fewer promises, more numbers. At Syswin Solutions, this approach has also been reflected in growth of over 50% in the past two years, driven by demand for applied, scalable IoT solutions adapted to the local context.

Looking ahead, the growth trajectory is supported by observed market demand and projects currently underway. According to internal estimates by Syswin Solutions, the adoption of precision agriculture solutions, asset tracking in regulated industries, and real-time urban monitoring has the potential to exceed the threshold of 50,000 active devices in the coming years. This projection correlates with increasing pressure for operational efficiency, traceability, and compliance, as well as with the maturation of communications infrastructure and the legislative framework, which favor large-scale deployments.

IoT is no longer about collecting data, but about making better, faster, and more easily defensible decisions. Where technology is directly linked to costs, risks, or legal obligations, adoption follows naturally. The rest remains, at least for now, at the experimental stage.