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In this special end-of-year episode, the Moonshot mates deliver their bold predictions for 2026, a year they believe will mark humanity's full awakening to the acceleration of technological progress. (01:38) The discussion reveals that while 2025 felt like the future, 2026 will feel exponentially more transformative, with changes so dramatic that ignoring them will no longer be possible.
Founder of the XPRIZE Foundation and Singularity University, Peter is a pioneering entrepreneur focused on breakthrough technologies and exponential innovation. He hosts the Moonshots podcast and regularly speaks about technological acceleration and abundance.
Founder of Intelligent Internet and author of "The Last Economy," Emad is an AI researcher and entrepreneur who has been at the forefront of artificial intelligence development. He provides insights on AI advancement and its societal implications.
Founder of OpenExO and expert in exponential organizations, Salim specializes in helping companies adapt to rapid technological change. He's known for his work on organizational transformation in the age of AI.
Founder and GP of Link Ventures, Dave focuses on early-stage technology investments and has deep expertise in AI infrastructure and quantization breakthroughs. He provides technical insights on AI model development and scaling.
Computer scientist and founder of Reified, Alex specializes in machine learning, physics, and mathematical problem-solving. He offers expert analysis on AI's potential to solve complex mathematical and scientific challenges.
Peter predicts that Jeff Bezos will beat Elon Musk to the moon in 2026, landing at Shackleton Crater, while Elon focuses on perfecting orbital refueling for Mars missions. (04:17) This represents a fundamental shift in space exploration from government-led to billionaire-driven initiatives. The prediction highlights how private capital and competition are accelerating space development beyond traditional timelines. The strategic importance of lunar ice deposits for fuel production makes the South Pole landing particularly significant for future space operations.
Dave predicts that quantization breakthroughs, particularly from China's chip-starved research environment, will lead to 100x improvements in AI model size and capability. (12:06) This massive leap comes from combining larger budgets, faster hardware, improved algorithms, and revolutionary compression techniques. The prediction suggests that China's forced innovation due to chip embargos will actually accelerate global AI development. This represents a shift from the traditional 2x every 18 months to potentially 100x year-over-year improvements, fundamentally changing what's possible with AI.
Salim forecasts the death of traditional digital transformation, replaced by complete AI-native rewrites of business processes. (16:56) This isn't about automating existing human workflows but completely reimagining operations with AI-first design. Companies will need to build parallel capabilities with 10x to 20x fewer employees. The prediction emphasizes that trying to retrofit AI into human-centric processes will fail, requiring fundamental organizational restructuring for survival in the AI age.
Emad predicts that by 2026, you won't be able to distinguish between AI and human coworkers in video calls and daily interactions. (20:26) This "remote Turing test" represents a breakthrough in real-time video generation, speech synthesis, and AI reasoning capabilities. The technology exists now and just needs integration. This will fundamentally change workforce dynamics, allowing for AI employees that are indistinguishable from humans in remote-first organizations, potentially leading to scenarios where digital twins attend meetings while humans focus on higher-value activities.
Emad predicts that both self-driving cars and robots will achieve level 5 automation - full generalized autonomy without human intervention. (47:02) While the computational overhead will initially be massive, requiring cloud-based processing, this represents the breakthrough everyone has been waiting for. The prediction acknowledges that regulatory challenges may mask true capabilities, with companies potentially calling level 5 systems "enhanced level 4" to appease regulators. This achievement marks a fundamental shift toward physical AI navigation of the world, with profound implications for transportation and domestic robotics.