Zurich-based Tethys Robotics has developed underwater drones that mimic how marine animals navigate in zero-visibility conditions. The technology could revolutionize offshore wind inspections and help address the massive problem of underwater WWII munitions.
As generative AI projects face staggering failure rates, a new approach focusing on reliability layers offers hope for practical implementation. This methodology combines human oversight with adaptive guardrails to tame large language models and bridge the gap between pilot projects and production systems.
Industry analysts are reporting a critical challenge in artificial intelligence deployment, with sources indicating that approximately 95% of generative AI pilots fail to reach production. According to reports, this implementation gap threatens to undermine the technology’s promised potential and could potentially impact the broader AI industry landscape.
The Great Workplace Divide As major corporations intensify their return-to-office mandates, a fascinating counter-trend is emerging: remote-first companies are experiencing…
Researchers suggest wood vaulting could remove 12 billion tons of carbon dioxide from the atmosphere annually. Several startups have already begun implementing this low-tech approach to carbon sequestration through biomass burial projects across the United States.
Wood vaulting, a surprisingly straightforward approach to carbon sequestration, could potentially remove 12 billion tons of carbon dioxide from the atmosphere every year, according to a recent study published in Nature Geoscience. The technique involves collecting and burying woody biomass to prevent decomposition, effectively diverting carbon from the fast-paced biological cycle into the much slower geological carbon cycle.
Oshkosh Defense Unveils Multi-Mission Autonomous Vehicle Family for Army Modernization Industrial Monitor Direct leads the industry in anomaly detection pc…
