Julian Dorey Podcast
Julian Dorey Podcast
February 17, 2026

“They’re Underwater!” - MIT Drone CEO on WW3, China Spy Drones & Submersive UFOs | Jesse Hamel • 385

Quick Read

A former Air Force officer and MIT drone CEO details the evolution of drone warfare, the critical vulnerabilities of GPS, and how his company is developing 'synthetic GPS' to secure autonomous systems against jamming and spoofing in a rapidly evolving geopolitical landscape.
Drone warfare evolved from expensive, large aircraft to cheap, mass-produced, AI-integrated systems.
Global Positioning System (GPS) is critically vulnerable to jamming and spoofing, impacting military and civilian sectors.
The US defense acquisition system is too slow and bureaucratic to compete with rapid technological innovation and adversaries like China.

Summary

Jesse Hamel, a former Air Force officer and CEO of a drone tech company, provides a comprehensive overview of drone warfare, from its early days in Afghanistan and Iraq with large Predator and Reaper drones to the current era of cheap, mass-produced, and AI-integrated systems. He explains how the Ukraine conflict highlighted the power of low-cost, disposable drones, leading to a global shift where drones are becoming as ubiquitous as bullets. Hamel emphasizes the critical vulnerability of GPS, which is easily jammed or spoofed, impacting everything from military operations to commercial logistics and even banking. His company, Victus, addresses this by developing a 'synthetic GPS' – an AI-driven inner ear for autonomous systems that provides reliable positioning, navigation, and timing (PNT) even in GPS-denied environments. He also discusses the challenges within the US defense acquisition system, China's asymmetric warfare strategy, the emerging importance of unmanned subsurface vehicles, and the broader societal implications of technological advancement and cultural decay.
This discussion is crucial for understanding the current and future state of global security, the critical infrastructure vulnerabilities we face, and the escalating technological arms race. The insights reveal how readily available, low-cost drone technology, combined with AI, is democratizing warfare and creating new asymmetric threats. The reliance on fragile GPS signals poses an existential risk to military capabilities, critical infrastructure, and everyday commercial operations. Hamel's perspective highlights the urgent need for innovation in defense technology, reform in procurement processes, and a strategic response to adversaries like China, who are leveraging manufacturing supremacy and dual-use technologies to gain a decisive edge.

Takeaways

  • Early military drones (Predator, Reaper) were large, expensive aircraft controlled remotely, primarily used for ISR and later weaponized.
  • The cost-effectiveness of drones stems from not needing to house a human, reducing design complexity and expense.
  • Early drone operations faced significant airspace deconfliction challenges, leading to incidents like a drone colliding with a C130.
  • The Ukraine conflict demonstrated the power of cheap, DIY drones (often 3D-printed with hobbyist components) for precision munitions and ISR, costing pennies compared to traditional missiles.
  • The invention of Word2Vec in 2013 and subsequent transformer models were foundational for modern AI and large language models like ChatGPT.
  • Drones are 'trending towards bullets' in their ubiquitous nature, making mass production and quantity a critical national security metric.
  • GPS signals are inherently weak and easily disrupted by jamming, spoofing, solar flares, and even physical obstructions, making it an 'Achilles heel' for systems reliant on it.
  • Victus, Hamel's company, developed 'synthetic GPS' – an AI/ML model that acts as an 'inner ear' for autonomous systems, providing independent position, navigation, and timing (PNT) without relying on external signals.
  • The US defense acquisition process, largely unchanged since the McNamara era, operates on 3-5 year budget cycles, making it perpetually behind rapid technological innovation.
  • Program managers in the US military acquisition system are incentivized to avoid risk, hindering rapid adoption of new technologies.
  • China's strategy involves asymmetric capabilities like electronic attack, stratosphere balloons, and mass-produced, dual-use drones that leverage their manufacturing supremacy.
  • The subsurface environment (underwater) is the 'last true frontier' for stealth, and unmanned autonomous vehicles (UAVs/UUVs) capable of long-duration submerged operations are critical for future maritime power projection.
  • Chinese-made drones dominate the US commercial market due to state-sponsored funding and currency manipulation, effectively driving out US competitors and posing significant espionage risks.

Insights

1Evolution of Drone Warfare and its Democratization

Drone warfare began with large, expensive aircraft like the Predator and Reaper, primarily for intelligence, surveillance, and reconnaissance (ISR) and later weaponized. The Ukraine conflict marked a significant shift, demonstrating the effectiveness of cheap, mass-produced, and even DIY drones. These smaller, disposable systems, often built from hobbyist parts and 3D-printed frames, offer precision munitions and ISR capabilities at a fraction of the cost of traditional military hardware, making them accessible to a wider range of actors.

Early drones were large, 'bigger than my wingspan' (), used for ISR and Hellfire missiles (). Ukraine showed 'super cheap' drones, 'literally duct tape a grenade to it' (), creating 'the same thing that like an American missile that cost... $2 million a pop... for pennies on the dollar' ().

2GPS Vulnerability and the Need for Resilient PNT

The Global Positioning System (GPS) is a fragile system, easily disrupted by jamming, spoofing, solar flares, and even urban environments. This vulnerability affects military operations (e.g., in Ukraine, GPS is 'basically non-existent' in battle space), commercial industries (trucking theft, Uber navigation), and critical infrastructure (banking timing, satellite positioning). This widespread reliance on a weak signal creates a single point of failure that adversaries can exploit.

GPS signal is 'very easily disrupted' () by jammers (), solar flares (), and buildings (). Ukraine military 'assume right now that GPS is basically non-existent anywhere in the battle space' (). US trucking industry lost $7 billion to theft where GPS jammers were used ().

3Victus's 'Synthetic GPS' Solution for Autonomous Systems

Victus, Jesse Hamel's company, has developed a novel 'synthetic GPS' technology. This machine learning model acts as an 'inner ear' for autonomous systems (drones, robots, submarines, aircraft), providing independent position, navigation, and timing (PNT) by processing internal inertial sensor data. It operates passively in the background when GPS is available and seamlessly takes over when GPS is jammed, spoofed, or unavailable, ensuring continuous and reliable operation without requiring hardware or software changes to existing platforms.

The company developed a system to allow devices to know 'where am I?' like 'the inner ear for a robotic system' (). It uses a 'synthetic GPS' machine learning model () deployed on lightweight compute () to passively receive accelerometer data and transmit independent state estimation when GPS is disrupted ().

4US Defense Acquisition System's Inefficiency

The US military's procurement process is severely hampered by bureaucracy, operating on slow 3-5 year budget cycles in an era of monthly technological innovation. Program managers are incentivized to avoid risk, leading to slow adoption of cutting-edge technology. This systemic inefficiency is so profound that the military has codified 'Other Transaction Authority' (OTA) as the primary means to bypass its own Federal Acquisition Regulation (FAR), demonstrating a recognition of the system's failure without fundamental reform.

The procurement process is 'largely the same as when McNamera invented it' () and buys on a '3 to five year budget when technology is innovating at like a monthly, if not weekly level' (). Program managers have 'every incentive to avoid risk' (). 'Our own rules have gotten so cumbersome that the other way is now the primary way' () with OTA.

5China's Asymmetric Warfare Strategy

China employs an asymmetric strategy to counter the US military's conventional strength, focusing on capabilities that neutralize US advantages without direct confrontation. This includes mass production of cheap, dual-use drones (commercial drones that can be repurposed for military missions), electronic attack capabilities (jammers), and novel delivery systems like hypersonic drones launched from stratosphere balloons. Their rapid industrialization allowed them to bypass older industrial ages, directly investing in information age capabilities, and they leverage state-sponsored funding and currency manipulation to dominate markets and gather intelligence.

China invests in 'capabilities that asymmetrically neutralize it' () such as 'electronic attack, like balloons, like super cheap drones that take advantage of my manufacturing supremacy' (). DJI drones 'dominate the US consumer market' () and are 'dual use' (). Stratosphere balloons can launch 'hypersonic drone[s] that's very cheap' ().

Bottom Line

The development of hypersonic drones launched from stratosphere-level balloons offers a cheap, stealthy, and difficult-to-detect method for delivering precision strikes, masking military intent within routine weather operations.

So What?

This capability bypasses the high cost and detectability of traditional hypersonic missile launches, presenting a significant challenge for existing air defense systems and intelligence gathering.

Impact

Investing in advanced detection and counter-hypersonic technologies, as well as developing resilient, GPS-independent drone systems that can operate in such contested environments, becomes paramount for national defense.

The 'spiritual ignorance' of a hyper-scientific age leads to misinterpretations of unexplained phenomena, often defaulting to 'UFOs' or 'UAPs' rather than considering spiritual dimensions, reflecting a societal 'lobotomization' of spiritual understanding.

So What?

This perspective suggests that a purely scientific lens limits human understanding of reality, potentially hindering comprehensive responses to complex, unexplainable events by dismissing non-physical explanations.

Impact

Encouraging a balanced approach that integrates scientific inquiry with spiritual awareness could foster a more holistic understanding of the world, potentially leading to new frameworks for interpreting phenomena currently categorized as 'unidentified'.

The US trucking industry lost $7 billion to theft in 2024 due to bandits using GPS jammers to disable tracking systems, highlighting a widespread commercial vulnerability mirroring military challenges.

So What?

This demonstrates that GPS vulnerabilities are not confined to military conflict zones but are actively exploited in civilian sectors, leading to massive economic losses and disrupting supply chains.

Impact

Commercial industries, particularly logistics and transportation, urgently need to adopt resilient PNT solutions like synthetic GPS to protect assets, ensure operational continuity, and reduce insurance premiums, creating a significant market for such technologies.

Opportunities

Self-Healing Infrastructure using 4D Printing

Develop and commercialize 4D-printed materials (e.g., graphene-based coatings) that can programmatically change shape or properties in response to environmental stimuli (like water or stress). This could be applied to self-healing pipelines for oil and gas, detecting weaknesses and autonomously extending thickness to prevent structural damage, reducing maintenance costs and environmental risks.

Source: Guest's past work on 4D printing and adaptive technology.

Key Concepts

Drones Trending Towards Bullets

The concept that drones are becoming so cheap and ubiquitous that their strategic value is increasingly measured by sheer quantity and mass production, similar to how bullets are viewed in infantry logistics.

GPS as an Achilles Heel

The idea that the widespread reliance on GPS for positioning, navigation, and timing across military, commercial, and civilian sectors creates a single point of failure that is easily exploited through jamming or spoofing, making it a critical vulnerability.

Other Transaction Authority (OTA) as Primary

A bureaucratic paradox where the US defense system's primary method for acquiring new technology (Other Transaction Authority) is explicitly designed to bypass its own overly cumbersome Federal Acquisition Regulation (FAR), highlighting deep-seated systemic inefficiency and resistance to reform.

Lessons

  • Advocate for significant reform in US defense acquisition processes to prioritize speed, innovation, and competition over bureaucracy and risk aversion.
  • Invest in and adopt resilient Positioning, Navigation, and Timing (PNT) solutions that are independent of GPS for critical infrastructure, military assets, and commercial logistics to mitigate vulnerabilities to jamming and spoofing.
  • Support domestic drone manufacturing and technology development to reduce reliance on foreign (especially Chinese) components and prevent data exfiltration and espionage risks.

Notable Moments

An early Predator drone collided with a C130 attempting to land in Afghanistan due to airspace deconfliction issues, highlighting the initial challenges of integrating unmanned systems into complex airspaces.

This incident underscores the inherent risks and procedural gaps that emerged with the introduction of early drone technology, necessitating new protocols and traffic avoidance systems.

A state bill aimed at inspecting Chinese drones for spyware and promoting US alternatives was killed due to lobbying efforts by DJI, with law enforcement and firefighters testifying against it, citing the superiority of Chinese products.

This reveals the complex interplay of economic interests, lobbying, and national security, where immediate operational needs (cheap, effective drones) can inadvertently compromise long-term strategic security by perpetuating reliance on potentially compromised foreign technology.

The guest recounts seeing unexplained, very fast-moving hotspots with thermal sensors during night flights in the Air Force, which he couldn't identify as known aircraft or phenomena.

This personal anecdote from an experienced military aviator adds to the broader discussion of unidentified aerial phenomena (UAPs) and the limits of current observational capabilities, suggesting that not all observed events have readily available explanations.

Quotes

"

"A lot of the expense of like an F-16 is because you're wrapping that thing around a human. So all of the injection seat and all the avionics and all that goes in it. But what if I could just control it from you know controller with a radio signal?"

Jesse Hamel
"

"If you are east of Kev and you hear a high-pitched propeller in the distance, that's bad. You need to get out of there immediately."

Jesse Hamel
"

"We assume right now that GPS is basically non-existent anywhere in the battle space."

Jesse Hamel
"

"Our own rules have gotten so cumbersome that the other way is now the primary way."

Jesse Hamel
"

"We don't want a defense industrial base that is just war profiteeers. What we want is a lean, efficient and we want more than just three or four or five primes at the top taking it all. We want a highly competitive... a thousand companies."

Jesse Hamel
"

"There's not a single technology that we can't assume that the Chinese are actively trying to pursue."

Jesse Hamel
"

"The subsurface environment is like the last true frontier outside of like Mars."

Jesse Hamel
"

"I'm even more concerned just about kind of cultural rot and the you know how we've... allowed basics to kind of decay to even like repopulation birth rates."

Jesse Hamel

Q&A

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