Vessels and aircraft in the Middle East, particularly near the Iranian coast and the Strait of Hormuz, are experiencing intense "GPS spoofing." This causes their navigation systems to show false locations – sometimes making ships appear to be miles inland on dry land.
By disrupting Automatic Identification Systems (AIS), the jamming significantly increases the risk of collisions and maritime accidents in some of the world’s busiest and most strategically sensitive shipping lanes.
While no state has officially claimed responsibility, military analysts suspect Iran is the primary actor, possibly using domestically produced technology or tools sourced from Russia and China. It is also noted that the U.S. employs similar defensive technology to protect its assets.
The crisis is driving demand for "anti-jamming" hardware and alternative navigation systems that don't rely on satellites, instead using star-mapping or optical imagery to determine location. Experts warn that we are entering an era where GPS can no longer be trusted as a "set and forget" utility, forcing a shift toward more secure, resilient navigation infrastructure.
https://www.bbc.com/news/articles/c3ewwlx9e1xo
img: ID 132074966 | Shipping Vessel © Mr.siwabud Veerapaisarn | Dreamstime.com
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In July 2024, a LATAM Airlines Boeing 777-300ER scheduled for a flight from Milan to São Paulo suffered a severe tail strike during takeoff, an event recently reclassified as an accident by Italian investigators (ANSV). The root cause was a staggering 100-ton weight miscalculation made by the crew during pre-flight performance planning.
The error originated when the line-training captain mistakenly subtracted the expected taxi fuel from the aircraft’s zero-fuel weight. This mental arithmetic error resulted in a reported take-off weight of 228.8 tonnes, whereas the actual weight was 328.4 tonnes. Because this incorrect figure was announced verbally, both pilots entered the same erroneous data into their respective Electronic Flight Bags (EFBs). This created a "single point of failure," as the standard cross-check appeared to confirm the data since both devices yielded identical (but wrong) performance speeds.
As a result, the aircraft attempted to rotate at 149 knots—roughly 30 knots slower than required for its actual mass. Despite a "V-speeds unavailable" warning from the flight management computer, the crew proceeded with the takeoff. The aircraft struggled to lift off, dragging its tail along the runway for over 700 meters before the cruise captain intervened by commanding full thrust.
The jet eventually became airborne and returned to Milan safely after dumping 72 tonnes of fuel. While no injuries occurred, the aircraft sustained significant structural damage and remained grounded for seven months. The investigation highlights how high cognitive load and procedural lapses can cause even advanced automated systems to fail if fed incorrect human data.
https://simpleflying.com/100-ton-weight-miscalculation-pilots-latam-777-accident-milan/
img: ID 109491297 | Latam Airlines © Mohamed Ahmed Soliman | Dreamstime.com
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On Sun 18th January 2026, a catastrophic collision involving two high-speed trains near Córdoba, in southern Spain, claimed the lives of at least 41 people and left scores more injured. The incident involved two premier services—an Iryo train and an AVE service—which collided while passing one another at high speed.
The sheer force of the impact was so great that aerial footage of the aftermath showed the train carriages coming to rest a significant distance apart. Emergency responders worked throughout the night to reach passengers trapped in the mangled wreckage. Investigators are currently looking at technical and structural cause - central to the probe is a 30cm gap discovered in one of the rails.
https://www.bbc.co.uk/news/articles/c5y2qjy9l4yo
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Nvidia boss Jensen Huang on 05/01/2026 announced Alpamayo, a tech platform the company says will help self-driving cars think like humans.
"Alpamayo brings reasoning to autonomous vehicles, allowing them to think through rare scenarios, drive safely in complex environments, and explain their driving decisions," Huang said on stage at the annual CES technology conference in Las Vegas.
Huang also said Nvidia has begun producing a driverless car powered by its technology, the Mercedes-Benz CLA, in partnership with the German automaker.
The vehicle will be released in the US in the coming months before being rolled out in Europe and Asia.
https://www.bbc.co.uk/news/articles/c0jv1vd571wo
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As the number of satellites in orbit continues to climb, so does the risk of their remnants falling back to Earth, and into the path of commercial airliners. A 2025 study conducted by the University of British Columbia estimates a 26% probability that, within a year, uncontrolled space debris will re-enter Earth’s atmosphere over heavily trafficked airspace. And by 2030, the probability of an individual commercial aircraft encountering a piece of debris could reach 1 in 1,000, based on earlier modelling.
These particles pose a unique risk to jet engines, navigation systems, and fuselage integrity. While atmospheric entry typically burns up most of a spacecraft, some elements, particularly metallic and composite structures, can endure, retaining enough mass and velocity to inflict damage.
Virgili Bastida and his team recently published their findings in the Journal of Space Safety Engineering. Their work focuses on the challenges of determining when and where airspace should be closed due to potential re-entry threats, an issue that becomes increasingly complex as launch frequency rises.
https://dailygalaxy.com/2026/01/space-debris-could-soon-disrupt-flights/
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