Prolific NeurIPS: Climb the Sydney Harbour Bridge x AI Networking

Join fellow AI researchers and technical leaders in a breathtaking climb over the Sydney Harbour Bridge at sunset, followed by a mixer dinner and drinks. Hosted by Prolific as part of our presence at NeurIPS 2026, on the evening of Tuesday, December 8th. Experience panoramic 360-degree views of Sydney on this tour to the Summit of the iconic Sydney Harbour Bridge. You'll have a chance to connect with some of the world's leading minds in AI and human data. As we climb, our tour guide will share captivating stories about the Bridge and the stunning harbour skyline. Suited for a wide range of fitness levels, just be sure to wear comfortable shoes! Lockers will be provided to secure items prior to the climb. This event is invite-only with very limited availability. RSVP to register interest, and your departure group time will be shared once you are approved. Please consider all health and safety essentials before registering. Schedule: 5:30 PM Meet at the pickup point (address shared after RSVP) 6:00 PM Climb starts (with staggered group times TBD) 9:00 PM Climb ends, retrieve any personal items 9:30-11:00 PM Dinner and drinks Safety: Your climb group will be escorted by a team of professional bridge climbers. All climbers must provide a signed digital health declaration form prior to climbing. There is absolutely no alcohol permitted prior to the climb. Each climber will be mandated to complete a breathalyzer test prior to climbing. You must have a blood-alcohol reading below 0.05 to join (the same as if you are driving). Please wear closed toe shoes, sneakers preferred. Lockers will be provided and all belongings must remain in the locker for the duration of the climb. This activity is rain or shine. Unless the team of professional climbers deems the activity unsafe, the climb will remain on, as scheduled. Read more about climbing health and safety tips here. Who is this event for? This event is for AI researchers and technical leaders attending the NeurIPS 2026 confe