Nuclear Waste Services is exploring an unmanned, highly automated design for the UK’s planned deep Geological Disposal Facility (GDF) for higher-activity radioactive waste, potentially removing routine human presence from underground vaults and access tunnels. Concepts under review include remote-operated emplacement systems, autonomous guided vehicles for waste packages, and fully automated ventilation, monitoring and backfilling operations. For geotechnical and civil designers, this points to layouts, shaft and drift geometries, and ground support that must accommodate robotic handling, long-term remote inspection and minimal maintenance access over many decades.

Prolonged storms in Vietnam have triggered one of the most severe sequences of rainfall-induced hazards in decades, with extensive flooding and more than a dozen landslides reported across Lam Dong province and neighbouring highland areas. Intense, long-duration rainfall on steep, highly weathered slopes has caused rapid slope failures, debris flows and road embankment collapses, cutting key mountain highways and isolating several rural communities. Geotechnical teams now face urgent stabilisation of saturated cut slopes, clearance of landslide debris from narrow carriageways, and reassessment of drainage and slope design criteria for future extreme events.

Record monsoon floods and landslides have killed more than 600 people across Sri Lanka, Indonesia, Thailand and Malaysia, with Sri Lanka’s central highlands and Indonesia’s West Sumatra and South Sulawesi provinces suffering major slope failures. Prolonged rainfall well above seasonal averages has triggered debris flows, embankment breaches and riverbank collapses, overwhelming drainage canals and older flood defences in low-lying urban areas. Geotechnical teams are prioritising emergency slope stabilisation, rapid debris clearance on key highways and reassessment of design rainfall and factor-of-safety assumptions for cut slopes and retaining structures.