Speaker
Qasar Younis
Appearances over time
1 episodes
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1
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Quotes & moments
Despite being founded around autonomous vehicles, automotive now represents only 30% of Applied Intuition's business, with 70% coming from defense, mining, agriculture, and other sectors.
Applied Intuition employs over 1,000 engineers across 18 global offices, with 83% of the company being engineering-focused.
Applied Intuition has raised over $1 billion in its history, and at the time of recording, all of that capital remains in the bank.
Automotive alone accounts for approximately 3% of all global GDP, illustrating the massive economic stakes of making vehicles autonomous.
The average American farmer is 58 years old, and fewer than 10% of farmers are under 35, signaling a critical labor shortage in agriculture that physical AI can address.
Qasar Younis predicted that Level 2++ full self-driving systems will be standard in new vehicles by 2028–2030 start of production, and will become effectively free to consumers by the early 2030s.
Mining accounts for just 1% of the global labor pool but 8% of all work-related fatalities, making it one of the most dangerous industries and a prime target for autonomous machinery.
Applied Intuition started its synthetic data team over 5 years ago, believing early on that synthetic data would be critical to accelerating autonomy development.
Applied Intuition has already accumulated hundreds of petabytes of proprietary physical-world data, giving it a significant moat for training autonomous systems.
Applied Intuition has deployed its AI models onto more than 50 different hardware platforms, a feat that is far harder than software deployment because there is no standardized operating system abstraction layer.
Applied Intuition has deployed AI on over 50 hardware platforms across cars, trucks, tanks, drones, and mining equipment. With over 1,000 engineers across 18 offices and $1B in capital still banked, the company is at the inflection point of pursuing enormous markets aggressively.
From the late 1990s to 2007, mobile seemed perpetually stuck. Then in four years after the iPhone: Uber, Instagram, WhatsApp, Snapchat. Self-driving is following the same curve — slow build, then ubiquity. The difference is we already know it's coming.
In digital AI, workers fear displacement. In physical AI, operators in mining, agriculture, and trucking will give you everything to solve their labor problem. There are not enough miners, truck drivers, or farmers — and nobody wants those jobs anyway.
The companies transforming the physical world will likely be larger than those dominating digital AI. Every sector of the global economy — manufacturing, mining, agriculture, logistics — is physical, and unlocking those with intelligence is a far larger total addressable market than optimizing ads or generating videos.
Dana is Applied Intuition's agentic platform for physical AI — a complete development environment that collapses workflows from weeks to minutes. The goal is to let a high schooler build a delivery robot the same way they'd build an iPhone app: define requirements, generate scenarios, train, deploy, close the loop.
Long-haul truck drivers die 10 years earlier than their peers on average. Left-arm melanoma from sun exposure, chronic back pain from vibration, obesity, hypertension, and extended separation from family are endemic. The self-driving trucks narrative isn't about stealing good jobs — it's about replacing ones nobody wants.
Frontier AI labs can build trillion-parameter models that take minutes to respond — that's fine for a chatbot. Physical AI runs on actual clock time with hard millisecond budgets. On-board models must be tiny, fast, safe, and deterministic. That constraint is the moat, and it's very real.
In 2007, nobody could predict Instagram — but lowering the cost of mobile app development to zero made it inevitable. Dana does the same for autonomous systems. When it becomes trivially cheap to build a robot, the diversity of applications will far exceed anything anyone is predicting today.
Applied Intuition operates across nearly every country except China, working with both the operators who run industries and the manufacturers who build machines. As sovereign AI becomes real, companies that have already built trust in local markets and governments will have a decisive advantage.
When Waymo tries to deploy in a third country, governments are far more resistant than they ever were to a browser or even a social media platform. Physical AI — machines that move in the real world — will become a sovereignty issue. Applied Intuition's horizontal, government-partnering model is designed exactly for this fracturing world.
World models span a spectrum from deterministic physics-based simulation to fully neural video generation. The holy grail is a reactive neural environment that responds accurately to an AI agent's actions — essentially a perfect model of physical reality. That remains impossibly hard, but progress toward it makes training physical AI dramatically cheaper.
Cruise was matching Waymo technically and was making excellent progress when a single serious accident triggered its shutdown. The failure was not just the injury — it was how Cruise managed the regulatory and government response. In physical AI, the politics and optics of safety incidents are as important as the engineering.
Digital AI trains on the open internet. Physical AI requires proprietary data collected in dangerous places, must meet hard real-time performance budgets, and carries life-or-death safety stakes. These aren't incremental differences — they are a fundamentally different engineering problem.
The 2009 Sam Rockwell film Moon depicts a fully autonomous energy harvesting base on the moon run by a single human operator, grounded by an AI companion. That setup — autonomous systems that just need occasional human grounding — is exactly the state of the art today. And the massive autonomous energy farm it depicts is the optimistic future.
Applied Intuition runs one of the largest data collection fleets on the planet to bootstrap the AI flywheel in physical domains. With hundreds of petabytes already accumulated and synthetic data tools closing the gap, only a handful of companies globally have the capability to replicate this.
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