インプレス Company Profile

The Automotive Functional Safety Conference, now in its ninth edition, began in 2013 in Nagoya as a study group organized and run by engineers and managers involved in the development of automotive control systems. This initiative was launched in response to the issuance of international standards regarding the functional safety of automotive electrical and electronic control systems in 2011, which compelled related companies to take action. In recent years, participation has expanded beyond passenger cars to include motorcycles, large vehicles, and various industries such as construction, agriculture, and aviation, as well as new technological fields like AI and security. Interest is rapidly growing beyond the traditional automotive industry boundaries. Notably, last year we held our first online event, which attracted 2,206 registered participants. This time, as a new initiative called "Automotive Functional Safety Conference Plus," we have created a video series featuring reviews of the previous presentations by committee members, discussions on future directions, and insights from program committee members. Additionally, on the final day, we are planning a panel discussion with keynote speakers from the three days of the conference.

The benefits of digitalization brought about by remote work have made companies feel that "there is no turning back to the old ways." On the other hand, as companies utilize remote work, many have also come to re-recognize the importance of in-person office and physical work. Moving forward, what will be required as the new normal is the establishment and entrenchment of a "digital workplace," as well as a shift to "hybrid work" that selectively incorporates the strengths of both digital and physical environments. - Establishment of a digital workplace - Shift to hybrid work Efforts in this area will not only enhance the productivity of individuals and organizations but also lead to company-wide organizational transformation that promotes digital transformation (DX) while deepening engagement with employees and customers. Establishing a digital workplace and shifting towards hybrid work that anticipates the new normal of future work environments—methodologies, technologies, and products for this have rapidly evolved and become more robust over the past two years. In this webinar, we will clarify strategies for your organization, assess technologies and products, and outline actions for realization through sessions with experts in this field and advanced users.

In the past year, there has been significant anticipation for the commercialization and practical application of drone inspections, particularly in large-scale structures such as bridges, transmission towers, plants, and building facilities. The advancement of drone inspections can be attributed to major companies that own such infrastructure and equipment establishing inspection methods through repeated demonstration experiments, as well as the establishment of subsidiaries and joint ventures that provide drone inspection services. Additionally, inspections using underwater drones have progressed, with companies actively beginning to adopt drone solutions to inspect marine structures, dams, and pipelines. This document provides a detailed analysis of the inspection field, clarifying the latest trends in drone-based inspection operations, corporate movements, challenges, and future prospects. It serves as a comprehensive resource for companies that own infrastructure and equipment and wish to advance the use of drones in their inspection operations, as well as for those looking to engage in drone-based inspection business targeting such companies.