Eye of the Dragon

Balerion General Partner Phil Scully sits down with C.W. Lemoine to discuss military aviation, defense innovation, and the anatomy of war and deterrence. C.W. Lemoine reflects on his path from rural Louisiana to flying F-16s and adversary aircraft, then discusses how new defense technologies are changing airpower, drones, training, and the broader character of conflict. The conversation also explores dual-use technology, operational lessons from recent wars, and why space remains a strategic frontier.

Timestamped Overview

00:00 – Introduction and overview of C.W. Lemoine’s aviation and media background01:10 – Origins of his YouTube channel and podcast and early audience growth03:30 – Childhood, early exposure to aviation, and barriers to becoming a pilot05:10 – Student hire program, Hurricane Katrina, and transition to F-16 training08:10 – Personal turning points, pilot training, and the “make them tell you no” mindset12:40 – Building a public platform within military aviation and overcoming resistance17:00 – Defense disruption, drones, startups, and evolving airpower concepts21:50 – Multi-domain warfare: integration across air, land, sea, space, and cyber26:40 – Dual-use technologies including GPS resilience, Starlink, and aviation systems30:20 – Defense procurement challenges and startup agility versus incumbents34:00 – Training innovation and augmented reality applications in aviation (e.g., Red Six)37:30 – Fighter pilot experience versus other aviation roles and physical demands41:40 – AI, autonomy, and maintaining human decision-making in combat systems44:00 – Lessons from Ukraine, Iran, and modern conflicts shaping future warfare48:40 – Space strategy, NASA, SpaceX, and long-term expansion beyond Earth52:00 – Closing thoughts and where to follow C.W. Lemoine

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Balerion Senior Associate Aidan Daoussis sits down with David Franco and Moshe Baum, Co-Founders of Wild West Systems, to discuss robotic warfare and micro-missiles. Wild West Systems is developing micro-missiles, launchers, and autonomy software designed for small robotic platforms and lightweight drones. The discussion focuses on how warfare is shifting toward autonomous systems and the need for purpose-built munitions for those platforms.

Timestamped Overview

00:00 – Introduction and overview of Wild West Systems and its focus on weapons for robotic platforms01:02 – Shift from human warfighters to robotic systems and autonomous platforms02:00 – Future battlefield vision: coordinated drone swarms and machine-driven operations03:28 – Product overview: micro-missiles and drone-mounted launch systems06:08 – Why traditional firearms do not work on drones and the importance of recoil-free systems09:48 – Drone arms race dynamics and lessons from Ukraine13:01 – Limitations of current drone warfare and transition toward full autonomy16:17 – Differences between drone light shows and real battlefield swarm coordination18:45 – Platform integration challenges and fragmented drone ecosystem23:53 – Industry bottlenecks: supply chain, talent, and regulatory constraints30:27 – Hiring philosophy: builders vs experts and focus on manufacturability36:20 – What investors misunderstand about defense startups and long-term thinking41:06 – Culture, team building, and adaptability in early-stage companies44:28 – Five-year outlook for defense tech and procurement evolution47:01 – Structural shifts in warfare and the rise of robotic dominance49:01 – Why startups fail: product, process, and people dynamics52:00 – Market tailwinds and positioning of Wild West Systems54:00 – Kinetic vs directed energy systems and where the company fits55:30 – Ethical considerations, inevitability of technology, and closing thoughts

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Balerion Senior Associate Aidan Daoussis sits down with Nhat Lieu, Founder & CEO of Bulwark Dynamics, to discuss autonomous maritime logistics. Bulwark Dynamics is developing autonomous landing craft for shore-to-shore resupply in contested environments, with a focus on beach landings that do not require ports, piers, or cranes. The discussion centers on Indo-Pacific logistics gaps, the need for lower-cost and more distributed maritime connectors, and the manufacturing challenge of producing these vessels at scale.

Timestamped Overview

00:00 – Introduction to Bulwark Dynamics and the logistics gap the company is targeting01:27 – Origin of the company and early work with military stakeholders02:32 – Carable 15 demonstrator, shallow-draft beach landing, and autonomous cargo delivery03:29 – Why this type of landing craft fell out of focus after World War II04:57 – Why contested island logistics now matter in the Indo-Pacific06:57 – Carable 35, payload requirements, and planned military use cases09:11 – U.S. maritime weakness, shipbuilding capacity, and comparison with China11:38 – Restoring production through allied industrial capacity and distributed shipbuilding13:30 – Nhat Lieu’s background, early companies, and path into defense17:57 – Scaling strategy, allied manufacturing, and long-term commercial applications21:43 – A future Pacific conflict scenario and the role of autonomous logistics25:18 – Why maritime autonomy is technically difficult, especially in denied environments27:04 – Likely adversary countermeasures, blockade tactics, and forward operating locations31:09 – Threats in a Taiwan conflict and uncertainty around future maritime force structure34:06 – What mass production of autonomous vessels would require across factories and suppliers37:32 – Tradeoffs between stealth, cost, and operational capability40:14 – Handling beach landings, rocks, waves, and other edge cases in autonomy42:14 – Selling to military customers, building credibility, and learning defense acquisition46:04 – Design iteration, compressed timelines, and how often these vessels would be used50:26 – How autonomous the Navy may become and the importance of interoperability51:23 – Closing thoughts on unmet defense capability gaps and opportunities for new builders

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Balerion Advisor Doug McAdams sits down with Chris Salvino, Founder & CEO of Lunar Helium-3 Mining, to discuss helium-3 extraction from the Moon. LH3M is developing prospecting and extraction systems aimed at recovering helium-3 from lunar regolith for future use in fusion and quantum computing. The discussion covers the resource case for helium-3, the technical constraints of mining on the Moon, and LH3M’s roadmap from patented concepts to lab validation and lunar deployment.

Timestamped Overview

00:00 – Introduction to Chris Salvino and LH3M

00:44 – Salvino’s background in medicine, flight medicine, planetary geology, and mining engineering

02:18 – Why he shifted from traditional space medicine toward lunar geology and helium-3

04:02 – What helium-3 is, where it comes from, and current limited terrestrial supply

05:57 – Why helium-3 matters for quantum computing and current cooling constraints

08:03 – Why helium-3 is attractive for fusion relative to tritium-based approaches

11:39 – Why lunar extraction may be the only scalable helium-3 supply path

14:48 – China, India, and the strategic dimension of helium-3 and the Moon

18:04 – The value proposition for a helium-3-driven lunar economy

21:14 – LH3M’s approach and why lunar mining must differ from Earth-based mining

22:48 – Three key lunar constraints: low concentration, abrasive regolith, and near vacuum

32:22 – LH3M’s patent portfolio across prospecting, extraction, separation, and collection

35:19 – Prospecting methods and the challenge of locating helium-3 concentrations on the Moon

39:35 – Current company stage, team size, and Series A objectives

42:42 – Development timeline from lab validation to lunar hardware and early extraction

46:28 – Powering lunar operations, possible fusion use on the Moon, and why asteroids are not the focus

49:57 – Closing recap, Series A fundraising, contact information, and a teaser on space-based data centers

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Balerion General Partner Phil Scully and Senior Associate Aidan Daoussis sit down with Advisor Doug McAdams for a comprehensive discussion on fusion energy. The conversation covers the fundamentals of nuclear systems - radioisotope power, fission, and fusion - before diving into fusion approaches, fuel cycles, and the path to commercialization. Doug highlights tritium supply constraints, breeding strategies, and key “picks and shovels” opportunities, while also exploring global competition, leading companies, and the long-term potential of fusion for both terrestrial power and space propulsion.

Timestamped Overview

00:00 – Introduction and Doug’s background in nuclear and deep tech02:00 – The lost decades of nuclear and the return of hardware04:30 – Rise of deep tech investing and nuclear resurgence07:00 – Why fusion matters now

08:20 – Nuclear energy explained: RPS, fission, and fusion11:00 – Energy density and why nuclear is different12:00 – Fusion basics and Q > 113:00 – Controlled vs uncontrolled fusion

14:00 – Why pursue fusion alongside fission15:30 – Fuel cycles: deuterium, tritium, helium-316:40 – Fusion power potential and scaling17:20 – Fuel consumption and continuous supply

18:00 – How fusion generates electricity19:30 – Aneutronic fusion and future concepts20:00 – Fusion on Earth vs in space

21:00 – Nuclear propulsion: NEP, NTP, fusion22:30 – Ion propulsion and propellants24:00 – China and the global fusion race

26:00 – Fusion ecosystems: MIT, Princeton, Europe29:00 – Key leaders and companies30:30 – Plasma explained32:00 – Core challenges in fusion

33:00 – Lawson criterion35:00 – Day-to-day work in fusion companies37:00 – Path to commercialization

39:00 – Timeline to commercial fusion (2030–2040)42:00 – Tritium constraints and opportunities44:00 – Helium-3 and aneutronic fusion

45:30 – Breeding blankets47:00 – Picks-and-shovels investing49:00 – Magnet technology

50:30 – Leading fusion startups52:00 – Fusion propulsion54:00 – Magnetic vs laser fusion

56:00 – Historical nuclear propulsion58:00 – AI in fusion59:30 – U.S. vs China

01:01:00 – Notable companies01:04:00 – Industry outlook01:06:30 – What inning are we in?01:08:00 – Closing thoughts

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Balerion Senior Associate Aidan Daoussis sits down with Ghonhee Lee, Founder & CEO of Katalyst Space, to discuss autonomous robotic spacecraft. Katalyst is building robotic spacecraft designed to dock with unprepared satellites, carry modular payloads, and support on-orbit upgrades, life extension, and space domain awareness missions. The discussion focuses on how routine docking, servicing, and maneuver in orbit could expand both national security capabilities and the broader in-space economy.

Timestamped Overview

00:00 – Introduction and Ghonhee Lee’s overview of Katalyst Space’s founding vision around autonomous robotic spacecraft for docking and on-orbit operations.

02:21 – Why existing satellites are limited today and how in-space upgrades could enable sensing, logistics, power beaming, manufacturing, and other new orbital applications.

04:17 – Overview of the company’s flagship Nexus spacecraft, including its robotic platform, modular payload bay, autonomous software stack, and high delta-v profile.

07:01 – Business model and mission framework: retrofitting other operators’ satellites, supporting upgrades, life extension, and space superiority workflows across government and commercial markets.

09:17 – The challenge of docking with unprepared and uncooperative satellites, including the NASA Swift rescue mission and the technical demands of rendezvous and capture.

12:20 – Discussion of Chinese proximity operations, “satellite dogfighting,” and why maneuverable robotic systems are becoming central to space security.

15:37 – Legal and policy questions around dual-use spacecraft, the Outer Space Treaty, and the emerging role of commercial operators in Title 10 and Title 50-style missions.

18:05 – Why future conflict could hinge on orbital infrastructure, plus the strategic importance of cislunar space and the moon as an operational high ground.

32:01 – How robotic spacecraft could function as deterrence infrastructure, including defensive interception, orbital maneuver, and persistent dual-use presence in space.

34:08 – Manufacturing as the scaling bottleneck, with discussion of production cadence, vertical integration, and the goal of building robotic spacecraft at much higher volume.

44:22 – Audience questions on autonomous orbital facilities, backward-compatible upgrade modules, refueling interfaces, and long-term visions such as distributed servicing networks and lunar-enabled logistics.

53:44 – Closing reflections on why space operations must become faster, more maneuverable, and more adaptive over the next several years.

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Balerion Advisor Doug McAdams sits down with Andrew Côté, Founder of Hyperstition, to discuss fusion, biotech, and Deep Tech Week. Hyperstition is a media and community platform focused on accelerating deep tech development through events like Deep Tech Week. The conversation explores frontier engineering, energy systems, and emerging technology stacks shaping the future economy.

Timestamped Overview

00:00 – Introduction and overview of Andrew Côté’s background and work in deep tech 02:00 – Transition from liberal arts to engineering physics and entry into deep tech04:00 – Early career exposure to accelerator physics and emergence of fusion industry05:00 – Work in stellarator fusion and role as a design engineer08:00 – Why fusion represents a “canonical mega-project” in engineering12:00 – Physics intuition as a filter for evaluating deep tech viability13:30 – State of fusion: from science experiment to engineering challenge16:00 – Fusion vs fission vs solar: economics, scalability, and energy return18:00 – Fusion fuel types: deuterium, tritium, helium-3, and tradeoffs25:00 – Engineering constraints: neutron flux, shielding, and reactor design challenges29:00 – Aneutronic fusion and proton-boron as long-term ideal33:00 – Comparison of fusion company approaches and design diversity35:00 – Biotech as programmable nanotechnology and underappreciated frontier38:00 – AI as the key unlock for synthetic biology and molecular engineering41:00 – Space manufacturing roadmap and economic “ladder” in orbit42:30 – Fusion propulsion and implications for interplanetary travel47:00 – Challenges of space-based megastructure engineering and deployment48:30 – Transition to space economy as infrastructure with internal demand loops51:00 – Asteroid mining and early-stage space industrialization52:00 – Hyperstition and Deep Tech Week: vision, scale, and expansion55:00 – Building a global deep tech community and “science fiction as a service”57:00 – Closing thoughts: technological uncertainty and importance of physics literacy

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Balerion Senior Associate Aidan Daoussis sits down with Eric Anderson, Co-Founder & CEO of SynMax, to discuss geospatial intelligence and data-to-insight systems. SynMax builds intelligence products by fusing satellite and multi-source data to generate actionable insights. The company focuses on transforming raw data into decision-grade intelligence for finance and government customers.

Timestamped Overview00:00 – Introduction and overview of SynMax and its focus on geospatial intelligence01:00 – Founding story and hedge fund origins using satellite data for trading insights02:30 – “Why guess when you can know” and the philosophy of investing in high-quality intelligence05:15 – Differentiation from traditional satellite analytics firms and multi-source data fusion07:00 – Limitations of satellite imagery and importance of selecting the right sensor for each use case08:45 – Market framing: from data to intelligence and the emerging “intelligence age”11:30 – Ideal customers: finance and government, and why they value intelligence most16:00 – Commercial vs. government sales cycles and complexity of defense procurement20:45 – Product walkthrough: maritime intelligence platform and vessel detection pipeline23:30 – Dark vessels, AIS spoofing, and real-world maritime tracking examples31:30 – Financial use cases: oil markets, sanctions tracking, and supply-demand intelligence33:30 – Natural gas example: detecting “delay TIL” behavior and virtual storage insights36:30 – Data sourcing strategy: partnerships vs. proprietary sensors and AI-driven pipelines39:00 – AI impact on moats, competition, and moving up the value chain to insights44:00 – Future applications including space domain awareness and orbital tracking48:30 – Data vs. intelligence: why raw data has little value without inference49:30 – AI and economic outlook: productivity expansion vs. job displacement narratives53:00 – Closing thoughts on the importance of transforming data into actionable intelligence

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Balerion Senior Associate Aidan Daoussis sits down with Awais Ahmed, Founder & CEO of Pixxel, to discuss hyperspectral Earth observation. Pixxel is building a hyperspectral imaging constellation and data platform to deliver higher-information Earth observation for agriculture, mining, energy, and environmental monitoring. The discussion covers the company’s founding, the technical advantages of hyperspectral data, Pixxel’s satellite roadmap, and the broader development of the private space ecosystem in India.

Timestamped Overview

00:00 – Introduction to Pixxel and Awais Ahmed, and the company’s role in hyperspectral imaging and satellite manufacturing.

00:31 – Ahmed describes his path into space, including student satellite work, the Hyperloop India team, and a formative visit to SpaceX that pushed him toward founding a space company.

03:01 – Why Pixxel chose hyperspectral imaging: identifying a commercial gap in high-information Earth observation and deciding to build satellites rather than only analytics software.

04:43 – How hyperspectral imaging differs from multispectral data, with examples in agriculture, methane detection, oil leaks, and mineral exploration.

08:31 – Pixxel’s constellation design, revisit strategy, subscription data model, and analytics platform for delivering usable insights to customers.

10:07 – Building Pixxel in India before formal space regulation existed, using a U.S. entity for licensing pathways while helping shape India’s evolving private space policy.

14:40 – What Western investors may underestimate about Indian deep tech: market scale, defense spending potential, supplier depth, and the emerging private space ecosystem.

17:09 – Pixxel’s milestones to date, including demo satellites, improving from 30-meter to 5-meter hyperspectral resolution, launching six commercial satellites, and signing more than 50 customers.

22:47 – Key bottlenecks in space hardware, including detector limitations, launch access, manufacturing scale, and the economics of satellite manufacturing as a service.

26:27 – The data pipeline from image capture to customer delivery, including geometric, radiometric, and atmospheric correction and the need for automated quality control.

29:18 – Hiring and scaling a global team across India, the U.S., and Europe, with emphasis on technical skill, initiative, culture fit, and leadership structure.

36:27 – The future of Earth observation: moving beyond raw imagery toward analytics, multimodal data fusion, and broader “planetary intelligence” capabilities.

40:13 – Final advice for founders: build from first principles, validate with customers early, understand the business case, and stay resilient through repeated setbacks.

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Balerion Senior Associate Aidan Daoussis sits down with Brandon Florian, Co-founder & Chief Commercial Officer of Grid Aero, to discuss autonomous logistics aircraft. Grid Aero is developing a new class of uncrewed cargo aircraft designed for long-range, distributed logistics in both defense and commercial settings. The conversation focuses on how autonomy, low-cost manufacturing, and networked operations can reshape how goods are moved across remote and contested environments.

Timestamped Overview

00:00 – Introduction and overview of Grid Aero and its mission to build autonomous cargo aircraft for resilient logistics networks.

01:00 – Founding story and the operational gap identified from prior work at Joby and X-Wing around range, payload, and real-world logistics needs.

05:00 – Evolution of logistics from centralized systems to distributed models and why modern conflicts are exposing vulnerabilities in legacy supply chains.

07:30 – Core aircraft capabilities including long range, meaningful payload, austere operation, and low-cost replaceability within a networked system.

09:00 – Brandon’s background at Northrop and parallels to the shift from exquisite systems to scalable, lower-cost architectures in aerospace.

12:15 – The “tyranny of distance” in the Indo-Pacific and why long-range logistics capability is foundational for future operations.

14:15 – Concept of a networked fleet of aircraft sharing data, learning from each other, and enabling flexible multi-mission use cases.

18:00 – Full autonomy stack including takeoff, landing, waypoint navigation, and operation in degraded or denied communications environments.

20:30 – Comparison to legacy airlift platforms like C-17 and C-130 and the mismatch between their capacity and typical mission payloads.

26:30 – Manufacturing philosophy focused on simplicity, modularity, and use of commercial off-the-shelf components to enable scale.

28:45 – Company progress including prototype development, funding milestones, and early traction with U.S. government customers.

32:00 – Commercial use cases in remote regions and humanitarian applications, along with austere landing capabilities.

36:45 – Platform design choices including diesel propulsion, tradeoffs versus electric or jet systems, and cost considerations.

40:00 – Airdrop capability, Indo-Pacific relevance, and discussion of future conflict timelines and demand for distributed logistics.

45:00 – System resilience, navigation redundancy, and operating in GPS-denied environments.

48:30 – Prototype status, upcoming aircraft builds, and use in military exercises.

50:30 – Long-term vision for logistics as persistent infrastructure and overview of the team and organizational buildout.

53:30 – Closing thoughts and future outlook for autonomous logistics systems.

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