"IEEE Global Engineering Risk Observatory (GERO)"

"The IEEE Global Engineering Risk Observatory (GERO) is a proposed global initiative to proactively identify, analyze, and communicate emerging risks associated with rapidly evolving technologies before they develop into large-scale societal, infrastructure, or safety challenges. As technological systems become increasingly interconnected and complex, engineering risks are no longer isolated within single domains or regions. Failures in artificial intelligence systems, cybersecurity vulnerabilities, autonomous technologies, energy infrastructure instability, and large-scale digital platforms demonstrate that early technical warning signals often exist but remain fragmented across research publications, industry experiences, and regional deployments.Currently, no neutral, engineering-led global organization systematically monitors cross-disciplinary technological risks using technical expertise combined with real-world engineering insight. Responses to technological failures are typically reactive, occurring only after incidents impact society, industry, or critical infrastructure. IEEE, with its global membership, multidisciplinary technical communities, standards ecosystem, and trusted reputation, is uniquely positioned to establish a proactive capability focused on engineering risk intelligence.GERO would function as a continuous observatory that aggregates signals from IEEE publications, conference outputs, standards working groups, industry implementation experiences, and emerging research trends. Multidisciplinary expert panels and volunteers would analyze patterns indicating potential safety, reliability, ethical, or systemic risks across technology domains. Using structured methodologies, the observatory would transform dispersed technical information into actionable insights and early-warning guidance.Key outputs of the observatory may include Emerging Engineering Risk Reports, Technology Risk Trend Analyses, Engineering Safety Advisories, and cross-domain risk indices highlighting areas requiring increased attention from industry, researchers, or standards bodies. Importantly, GERO would create a feedback loop into IEEE Standards Association activities by identifying areas where new standards, updates, or implementation guidance may reduce emerging risks before widespread deployment occurs.The initiative aligns strongly with IEEE\u2019s Public Imperatives by promoting trustworthy and ethical technology, strengthening infrastructure resilience, and supporting responsible innovation at global scale. Rather than acting as a policy or regulatory body, GERO would maintain IEEE\u2019s neutral and technical role, providing evidence-based engineering insight to support informed decision-making by industry leaders, researchers, educators, and policymakers.Implementation could begin with a focused pilot covering selected high-impact domains such as artificial intelligence safety, critical infrastructure cybersecurity, and energy system resilience. Leveraging IEEE\u2019s global volunteer network and existing technical societies would enable scalable participation while minimizing initial resource requirements. Over time, the observatory could expand into a permanent capability integrating analytics tools, regional participation, and collaboration with industry and international organizations.By shifting from reactive response toward proactive technological foresight, the IEEE Global Engineering Risk Observatory would expand IEEE\u2019s role from knowledge dissemination and standards development into global engineering stewardship. This initiative strengthens IEEE\u2019s mission of advancing technology for humanity by helping ensure that innovation is deployed safely, responsibly, and with greater societal awareness."