Crazy Wisdom

Dax Raad, co-founder of OpenCode and innovator in open-source command-line tools, dives into the world of coding and developer workflows. He discusses the enduring power of command-line interfaces and how they facilitate agentic coding. Dax reveals insights on enhancing terminal user experience with advanced features like TUI frameworks. The conversation also covers the competitive landscape of open-source models, the importance of fast feedback loops, and how collaborative efforts from the U.S. and China are reshaping the tech ecosystem.

In this conversation, Argentine artist Mathilda Martin shares her passion for art and its deep connections with healing and authenticity. She beautifully parallels swimming with painting, describing both as meditative practices that foster creative flow. Mathilda discusses the growing importance of human-made art in contrast to AI, emphasizing the emotional warmth that only real artists can convey. The dialogue dives into Argentina's vibrant art scene, the role of solidarity, and how COVID shifted the landscape for emerging artists.

Guillermo Schulte, COO at TGA, dives into the transformative power of AI in education and training. He believes in the potential of learning through play, highlighting how video games can rejuvenate engagement in learning. The conversation covers the crucial differences between synchronous and asynchronous learning, and how mobile access democratizes education. Guillermo also discusses the importance of emotional intelligence in the workplace and the future of knowledge amid technological chaos. His insights on creating scalable learning experiences are particularly illuminating.

Terrence Yang, an economics and technology commentator, dives into the intricacies of the U.S. and China's economic landscapes. He discusses federal net outlays and the importance of sustainable growth, emphasizing the need for recurring revenue over one-time income. The conversation shifts to military power and its role in maintaining the dollar's reserve status. They also explore the AI race and concerns about trust in open-source models, drawing parallels between Bitcoin governance and AI maintainership. Finally, Terrence highlights Bitcoin's potential as digital gold and a future unit of account.

Kevin Smith, co-founder of Snipd and a machine learning expert, discusses the transformative impact of AI on podcasts. He explains how Snipd aims to turn podcasts into living knowledge systems. The conversation explores vectorization, embeddings, and the challenges of AI context management. Kevin shares his journey from finance to AI and outlines the importance of data in machine learning. They also touch on the future of robotics and energy, emphasizing how these fields will shape the next technological era.

Jessica Talisman, founder of Contextually and creator of the Ontology Pipeline, dives into the intersection of knowledge management and AI. She discusses how controlled vocabularies and ontologies shape meaning for both humans and machines. Jessica highlights the risks of "AI slop" and the necessity for human-centered knowledge ecosystems. They explore cultural differences in knowledge representation and the significance of library science in today’s tech landscape. Talisman emphasizes the importance of quality data and collaborative approaches in developing effective knowledge architectures.

Harry McKay Roper, founder of Imaginary Space and innovator at the crossroads of AI, crypto, and space mining, discusses groundbreaking ideas. He dives into the potential of asteroid mining and how it might disrupt terrestrial markets. The conversation shifts to Argentina, exploring its cultural resilience and startup dynamism. Harry also highlights how AI models like Claude 4.5 are revolutionizing software development, and he shares his vision for blockchain-based dispute resolution, challenging traditional justice systems.

Discover Argentina's rise as a hub for AI and crypto innovation amid its unique challenges. The discussion highlights space ambitions and how jurisdiction might extend into the cosmos. Dive into Argentina's currency controls and the role of crypto in economic resilience. Explore Milei's libertarian reforms and experimental communities shaping a new governance model. The conversation blends geopolitics, technology, and culture, revealing how past crises could pave the way to a more abundant future.

Eli Lopian, author of AICracy and founder of aicracy.ai, discusses revolutionary ideas on AI-guided governance. He critiques traditional democracy and proposes using an 'abundance measure' for lawmaking. The conversation covers the balance of power among AI systems, accountability in governance, and the potential of prediction markets in verifying truth. Lopian emphasizes the importance of human connection in an AI-driven future and suggests an abundance economy reshaping work and societal values. His vision advocates for governance that adapts organically like cities.

In this episode of Crazy Wisdom, host Stewart Alsop talks with Richard Easton, co-author of GPS Declassified: From Smart Bombs to Smartphones, about the remarkable history behind the Global Positioning System and its ripple effects on technology, secrecy, and innovation. They trace the story from Roger Easton’s early work on time navigation and atomic clocks to the 1973 approval of the GPS program, the Cold War’s influence on satellite development, and how civilian and military interests shaped its evolution. The conversation also explores selective availability, the Gulf War, and how GPS paved the way for modern mapping tools like Google Maps and Waze, as well as broader questions about information, transparency, and the future of scientific innovation. Learn more about Richard Easton’s work and explore early GPS documents at gpsdeclassified.com, or pick up his book GPS Declassified: From Smart Bombs to Smartphones.Check out this GPT we trained on the conversationTimestamps00:00 – Stewart Alsop introduces Richard Easton, who explains the origins of GPS, its 12-hour satellite orbits, and his father Roger Easton’s early time navigation work.05:00 – Discussion on atomic clocks, the hydrogen maser, and how technological skepticism drove innovation toward the modern GPS system.10:00 – Miniaturization of receivers, the rise of smartphones as GPS devices, and early mapping tools like Google Maps and Waze.15:00 – The Apollo missions’ computer systems and precision landings lead back to GPS development and the 1973 approval of the joint program office.20:00 – The Gulf War’s use of GPS, selective availability, and how civilian receivers became vital for soldiers and surveyors.25:00 – Secrecy in satellite programs, from GRAB and POPPY to Eisenhower’s caution after the U-2 incident, and the link between intelligence and innovation.30:00 – The myth of the Korean airliner sparking civilian GPS, Reagan’s policy, and the importance of declassified documents.35:00 – Cold War espionage stories like Gordievsky’s defection, the rise of surveillance, and early countermeasures to GPS jamming.40:00 – Selective availability ends in 2000, sparking geocaching and civilian boom, with GPS enabling agriculture and transport.45:00 – Conversation shifts to AI, deepfakes, and the reliability of digital history.50:00 – Reflections on big science, decentralization, and innovation funding from John Foster to SpaceX and Starlink.55:00 – Universities’ bureaucratic bloat, the future of research education, and Richard’s praise for the University of Chicago’s BASIC program.Key InsightsGPS was born from competing visions within the U.S. military. Richard Easton explains that the Navy and Air Force each had different ideas for navigation satellites in the 1960s. The Navy wanted mid-Earth orbits with autonomous atomic clocks, while the Air Force preferred ground-controlled repeaters in geostationary orbit. The eventual compromise in 1973 created the modern GPS structure—24 satellites in six constellations—which balanced accuracy, independence, and resilience.Atomic clocks made global navigation possible. Roger Easton’s early insight was that improving atomic clock precision would one day enable real-time positioning. The hydrogen maser, developed in 1960, became the breakthrough technology that made GPS feasible. This innovation turned a theoretical idea into a working global system and also advanced timekeeping for scientific and financial applications.Civilian access to GPS was always intended. Contrary to popular belief, GPS wasn’t a military secret turned public after the Korean airliner tragedy in 1983. Civilian receivers, such as TI’s 4100 model, were already available in 1981. Reagan’s 1983 announcement merely reaffirmed an existing policy that GPS would serve both military and civilian users.The Gulf War proved GPS’s strategic value. During the 1991 conflict, U.S. and coalition forces used mostly civilian receivers after the Pentagon lifted “selective availability,” which intentionally degraded accuracy. GPS allowed troops to coordinate movement and strikes even during sandstorms, changing modern warfare.Secrecy and innovation were deeply intertwined. Easton recounts how classified projects like GRAB and POPPY—satellites disguised as scientific missions—laid technical groundwork for navigation systems. The crossover between secret defense projects and public science fueled breakthroughs but also obscured credit and understanding.Ending selective availability unleashed global applications. When the distortion feature was turned off in May 2000, GPS accuracy improved instantly, leading to new industries—geocaching, precision agriculture, logistics, and smartphone navigation. This marked GPS’s shift from a defense tool to an everyday utility.Innovation’s future may rely on decentralization. Reflecting on his father’s era and today’s landscape, Easton argues that bureaucratic “big science” has grown sluggish. He sees promise in smaller, independent innovators—helped by AI, cheaper satellites, and private space ventures like SpaceX—continuing the cycle of technological transformation that GPS began.