Two recent developments signal meaningful shifts in the construction industry's technological and labor landscape. First, HD Hyundai Construction Equipment won the SaMoTer Technical Innovation Award in Italy for 'E-STOP,' an AI-based automatic braking technology that recognizes people and stops equipment on its own. Second, just two months after the so-called 'Yellow Envelope Act' took effect, subcontractor unions at construction sites nationwide are beginning in earnest to demand bargaining with the prime contractor (headquarters).
Although they look like issues from entirely different fields—the adoption of advanced safety technology and an amendment to labor union law—both phenomena ultimately point in the same direction: real control and responsibility for 'safety' and 'labor' at construction sites is shifting rapidly from individual sites or subcontractors to the 'construction company's headquarters.' With the July revision of the Construction Capability Evaluation set to take effect, safety and labor risks now feed directly into the headquarters' evaluation, and voices are growing that a structural, integrated review of data—including site management systems—must be undertaken without delay.
In this week's insight, we look at the context surrounding these two recent developments and consider the limits of risk management faced by construction company headquarters that must control hundreds of sites, along with the need for an integrated data network.
HD Hyundai Construction Equipment's 'E-STOP (emergency automatic equipment braking technology),' which recently won the SaMoTer Technical Innovation Award in Italy, is an AI smart safety system that uses cameras and radar sensors to detect people within the working radius in real time. In the past, preventing safety accidents relied on the heavy-equipment operator's field of vision and reflexes, or on the control of an on-site signaler. Now, however, AI deep-learning technology accurately distinguishes objects from people, and when a person is detected within the danger radius the equipment slows or brakes on its own—entering the stage of 'autonomous control.' This means that control over site safety has moved beyond human cognitive ability into the domain of digital systems' data processing.
Alongside technological progress, a significant change has also occurred in the labor environment. With the enactment of the amendment to the Trade Union Act—the so-called 'Yellow Envelope Act'—a prime contractor (headquarters) that exercises real and concrete control and influence over working conditions is now recognized as a legal employer. As a result, at construction sites nationwide, subcontracted workers are increasingly demanding collective bargaining not with the subcontractors with whom they signed their employment contracts, but with the prime construction companies that hold the real authority. As the scope of the law expands, headquarters now find themselves having to directly control and defend against the risk of labor disputes that arise at sites.
As safety equipment rapidly advances and responsibility for subcontracted labor concentrates at headquarters, it is becoming increasingly difficult to fully respond to a rapidly changing risk environment through the existing site-centered management approach alone. In particular, safety and labor risks have gone beyond mere disputes to become key indicators that determine a company's business competitiveness. Under the Ministry of Land, Infrastructure and Transport's revised Construction Capability Evaluation taking effect this July, the penalty points imposed for a guilty verdict under the Serious Accidents Punishment Act or for a safety accident have been greatly expanded. Conversely, the adoption of smart construction technology and exemplary safety management act as bonus-point factors. In other words, a structure has formed in which whether AI equipment functioned properly to prevent accidents at a site, and whether subcontracted workers' labor conditions were lawfully managed, are combined into a single outcome—the Construction Capability Evaluation score and the ESG assessment.
However, for construction company headquarters that must be responsible for numerous sites at once, preparing for such an integrated evaluation is, in reality, no easy task. Vast amounts of data are steadily generated at each site, but because information is managed separately according to the characteristics of each site and department, consolidating and analyzing it at the company-wide level in an emergency inevitably takes considerable physical time. It is not that the data does not exist, but that it is scattered across individual sites; as a result, structural difficulties arise in quickly proving objective facts and proactively improving systems during a serious-accident investigation or a union's bargaining demand.
Experts agree that for a construction company's headquarters to effectively manage site risk as a genuine integrated control tower, it must evolve beyond the existing after-the-fact consolidation approach into an integrated system in which site data is organically connected. It is time to consider how the data network should develop so that the adoption of safety-system equipment, labor negotiations, and responses to the Construction Capability Evaluation can all be carried out on the basis of the same objective data.
Only by evolving in a direction where fragmented, piecemeal site information is integrated into a three-dimensional 3D space, where the site's process flow is preserved in real time, and where the system itself flags even the context of a hazardous situation, can complex risks be handled flexibly and accurately. An era has arrived in which equipment detects danger and stops on its own, and regulation compels the prime contractor's direct responsibility. For the construction industry to prevent serious accidents and respond effectively to increasingly diverse labor risks, it is now essential to advance the overall system—for example, by establishing a consistent, headquarters-level data control framework that goes beyond the fragmented responses of individual departments.
