Digital transformation has fundamentally reshaped the world of work. Work patterns that were once closely associated with fixed office spaces and rigid working hours have now shifted toward a flexible, platform-based, and borderless digital ecosystem. This shift not only brings new economic opportunities but also introduces new challenges in Occupational Health and Safety (OHS).
In a discussion delivered by Professor of the Department of OHS at the Faculty of Public Health (FPH), Universitas Indonesia, Prof. Fatma Lestari, S.Si., M.Si., Ph.D., in the FPH UI podcast “Kesmas Insight,” it was emphasized that OHS in the digital era is not merely about digitizing existing procedures. More than that, OHS is undergoing a paradigm shift—from a reactive approach to a preventive and even predictive one; from manual, paper-based systems to data-driven digital systems.
OHS in the digital era utilizes technologies such as the Internet of Things (IoT), big data, artificial intelligence (AI), mobile applications, and cloud-based systems to identify hazards, assess risks, and prevent accidents in real time. With technological support, worker protection can be implemented faster, more accurately, and in a more integrated manner. Nevertheless, its core foundation remains aligned with international principles developed by the International Labour Organization and ISO 45001 standards. Technology does not replace OHS principles; instead, it strengthens their implementation in a rapidly changing world.
Changes in the world of work are an important context for understanding the urgency of digital OHS. Today, more workers are engaged in the platform economy: app-based ride-hailing drivers and couriers, freelance designers and writers, programmers, and content creators. They work flexibly, task-based or on short-term projects, without permanent employment relationships. While this model offers flexibility, it also introduces new risks—ranging from traffic accidents and daily performance pressure to mental exhaustion due to uncontrolled working hours.
OHS risks in the digital era are no longer limited to physical, chemical, or biological exposures. Psychosocial risks, digital fatigue, work-related stress, and cybersecurity threats have become part of the risk spectrum that must be managed. The boundary between work and personal life is increasingly blurred, especially for digital workers who are constantly connected to their devices.
The implementation of digital OHS has shown tangible impacts across various sectors. In manufacturing and mining industries, IoT sensors can detect toxic gases or extreme temperatures and automatically trigger alarms and evacuation procedures. In construction, computer vision technology can identify workers not wearing personal protective equipment and immediately send notifications to site supervisors. Meanwhile, for office and digital workers, workload monitoring applications can help detect early signs of mental fatigue.
Artificial intelligence plays a central role in this transformation. AI functions as the “brain” of digital OHS systems, helping analyze large volumes of data to predict potential accidents before they occur. Through near-miss analysis, systems can identify hidden hazard patterns. AI also supports automatic hazard detection, fatigue monitoring, and the development of the most effective risk control recommendations. With this approach, OHS evolves from compliance-based safety to intelligence-based safety.
However, this transformation is not without challenges. The biggest barriers often lie not in the technology itself, but in human readiness and organizational systems. Gaps in digital literacy, cultural resistance that still views OHS as a cost burden, and suboptimal data quality and integration remain real issues. In addition, privacy and ethical concerns have emerged, particularly regarding the potential for excessive worker surveillance. Without proper governance, digitalization risks shifting from a protective tool into a control mechanism.
Nevertheless, digitalization also opens significant opportunities to build a more participatory OHS culture. Near-miss reporting can be done easily through applications without fear. OHS dashboards enable performance transparency accessible to both management and workers. Accident data can be directly processed into learning insights and system improvements. In this context, workers are no longer merely objects of policy but active participants in safeguarding their own safety and that of their colleagues.
Ultimately, OHS in the digital era is about adaptation and integration. Technology is only a tool; its success depends on leadership commitment, ethical governance, and the participation of all stakeholders. As a faculty with an Occupational Health and Safety study program, the Faculty of Public Health (FPH UI) plays a strategic role in preparing human resources who are adaptive to technological developments while remaining grounded in worker protection principles. Through education, research, and community engagement, FPH UI contributes to the development of OHS concepts and practices relevant to the digital era, ensuring that technological transformation truly becomes an instrument for strengthening safety, health, and justice for all workers. (wrk)