AZ Tech Roundtable 2.0

AZ Tech Roundtable 2.0 with Matt BattagliaThe show where Entrepreneurs, Top Executives, Founders, and Investors come to share insights about the future of business. AZ TRT 2.0 looks at the new trends in business, & how classic industries are evolving. Common Topics Discussed: Startups, Founders, Funds & Venture Capital, Business, Entrepreneurship, Biotech, Blockchain / Crypto, Executive Comp, Investing, Stocks, Real Estate + Alternative Investments, and more… AZ TRT Podcast Home Page: http://aztrtshow.com/Please Subscribe. Thanks for Listening. - More Info: https://www.economicknight.com/azpodcast/

AZ Tech Roundtable 2.0 is a technology podcast hosted by Matt Battaglia, with 100 episodes on record and a Required Pod Score of 80. PitchCentric scores this show on Booking Probability, Listen Score, and live audience signals refreshed every 24 hours.

Matt Battaglia hosts AZ Tech Roundtable 2.0, a technology show with 100 episodes published.

Our AI reads these to draft pitches. Use them as grounding for a pitch that cites a real guest and a specific topic.

• 

  Episode #11

  Reinventing the Supply Chain with AI from Rail-to-Road w/ Kevin Damoa of GlidTech - AZ TRT S07 EP11 (293) 7-26-2026

  Aug 4, 202647 minS7

  Reinventing the Supply Chain with AI from Rail-to-Road w/ Kevin Damoa of GlidTech - AZ TRT S07 EP11 (293) 7-26-2026 What We Learned This Week The Biggest Supply Chain Problem Isn't Transportation—It's Handling Freight often changes hands multiple times before reaching its destination. Every transfer increases cost, delays, and complexity. America Already Has the Infrastructure Rather than building new rail systems, Glid Tech's strategy is to better utilize the thousands of miles of existing railroad infrastructure that are currently underused. AI Is Becoming a Logistics Manager Ezra 16 doesn't simply route vehicles—it evaluates weather, traffic, rail availability, and fleet positioning simultaneously to determine the most efficient route. Military Innovation Often Creates Commercial Opportunity The company's technology originated from solving dangerous military logistics problems before expanding into commercial transportation, continuing a long history of defense-driven innovation. The Future of Transportation Is Integration Instead of choosing between trucks or trains, the future may involve seamless transitions between both, allowing each mode to be used where it performs best. Guest: Kevin Damoa LKIN: HERE Website: https://www.glidtech.us/ Founder and CEO Glīd Technologies Kevin A. Damoa builds the systems that move what matters. Over two decades, he has carried mobility from the factory floor to the launch pad and onto the battlefield, advancing the hard logistics of rockets, aircraft, electric vehicles, and now autonomous road-to-rail freight. As Founder and CEO of Glīd Technologies, he is building the dual-mode autonomous infrastructure that connects the nation's roads and rails into a single logistics network. His operating discipline was forged in military service. Damoa enlisted in the US Army at seventeen, served two years in South Korea, and completed two combat tours in Iraq with the 3rd Armored Cavalry Regiment, where he ran railhead logistics in a theater of war. He continued his service in the Air National Guard as a Logistics Officer and firefighter supporting California's Modular Airborne Fire Fighting System mission, retiring in 2018 after twelve years of concurrent service. Damoa joined SpaceX in 2012 as Flight Module Logistics Manager, where he built the logistics systems and programs behind a maturing launch operation and designed and deployed the transport apparatus that carried rockets from production to the launch site. Following a tour at Northrop Grumman as an Integration Program Manager on the F-35 program, he moved into senior operating leadership across a generation of clean-mobility companies, holding executive roles at Romeo Power, Xos Trucks, Canoo, and Serial 1, a Harley-Davidson brand. In each, he owned the unglamorous work that decides whether a product reaches the market: industrialization, supply chain, manufacturing deployment, and launch. In 2022, Damoa founded Glīd Technologies to solve a problem the freight system has carried for a century, the broken handoff between road and rail. Glīd designs and builds US-made autonomous dual-mode vehicles and the AI logistics orchestration software that directs them, serving commercial freight and national defense. The company is built on a granted dual-mode road-to-rail patent, is a certified Service-Disabled Veteran-Owned Small Business, and won the 2025 TechCrunch Disrupt Startup Battlefield. Damoa holds an MS in Mechanical Engineering from Embry-Riddle Aeronautical University and an MBA in Project Management from Keller Graduate School of Management. He leads Glīd as both its CEO and its Architect, a reflection of his conviction that the people who set a company's direction should understand, in detail, how the thing is built. Notes: Summary Technical logistics and supply chain challenges were discussed along with prototype development and potential military applications. Supply Chain Efficiency Challenges Excessive handling requirements create significant dwell time in global shipping. Current infrastructure heavily relies on road transport due to rail inaccessibility, resulting in massive maintenance costs. Startup Prototypes and Technology The startup developed 4 prototypes featuring human-operated and autonomous vehicles alongside AI orchestration software. This technology utilizes existing rail and road infrastructure to enable seamless transport transitions. Military and Market Outlook Applying rail logistics to defense sectors aims to improve safety for military personnel by reducing reliance on road convoys. Future strategy balances defense and commercial growth across various sectors. Segment 1 · Definition of Supply Chain Challenges : Kevin Damoa identified that the core problem in the current supply chain is the inefficiency of moving goods due to excessive handling requirements. Noted that 72% of commercial freight is stuck on roads because rail is viewed as inaccessible, while the military faces similar issues, utilizing only 20% of their 44,000 miles of rail infrastructure. · Company Status and Prototypes : Kevin Damoa confirmed that Glidech is a startup that raised a pre-seed round the previous year and currently has 14 full-time employees. The company has developed four prototypes: two human-operated vehicles named "Glider M" that function on road and rail, and two autonomous vehicles named "Raiden". They also have an AI orchestration software tool called "Ezra 16," which provides transportation management, fleet tracking, and autonomous coordination. · Supply Chain Inefficiencies and "Touches" : Kevin Damoa detailed the complexity of global shipping, describing how goods undergo numerous transfers between boats, "hustler" trucks, cranes, and trains. They explained that this leads to significant "detention time" or "dwell time," where goods sit idle for weeks, often resulting in increased costs and the need for expensive expedited shipping. · Comparison of Road and Rail Infrastructure : Kevin Damoa highlighted that while trucks are more accessible, they contribute to congestion, pollution, and high road maintenance costs, citing that $105 billion is spent annually in the United States repairing roads damaged by 80,000-pound trucks. Conversely, they argued that rail infrastructure is simpler and cheaper to maintain using small crews, yet rail remains unattractive due to the difficulties in getting freight onto the system. Segment 2 · GlidTech Solution and Ezra 16 Capabilities : Kevin Damoa described Glidec as a hardware and software company that leverages existing infrastructure rather than creating new fixed systems. The "Ezra 16" software creates a digital twin environment that incorporates weather, road congestion, and rail allocation to determine the most efficient, safe, and cost-effective transport mode for goods. The goal is to facilitate seamless transitions between road and rail, avoiding the necessity of staying exclusively on one mode for the entire journey. · Origin of GliTech Technology : Kevin Damoa traced the origin of their technology to their personal military experience, specifically a process called "rail heading" while preparing for deployment in Iraq. They described the process as dangerous, slow, and cumbersome, requiring multiple pieces of heavy machinery and many people; Glidec was created to consolidate these steps into a single vehicle and one maneuver. · Technical Operation of Vehicles : Kevin Damoa explained the mechanics of the Glider M and Raiden vehicles, which feature specialized rail gear, 360-degree cameras, and sensors that use "positive recognition" to identify datums on the track. Once identified, the rail gear deploys, the steering wheel locks, and the vehicle operates on the rail; upon exit, the system triggers a release notification to return to road operation. · Safety and Integration with Rail Systems : Kevin Damoa noted that their technology patches into existing "positive train control" systems used by railroads. This allows their vehicles to receive time-slot allocations and operate dynamically, such as exiting the track to allow a train to pass before returning to the route. · Utilization of Infrastructure : Kevin Damoa emphasized that their approach leverages "the best of both worlds" by using road networks to navigate traffic and rail networks for faster transit in less developed or woodsy areas. This strategy utilizes existing, underused tracks rather than requiring the construction of new infrastructure. · Professional Background of Kevin Damoa : Kevin Damoa detailed their professional history, starting with military service in the Army and the Air Force National Guard, where they participated in firefighting operations. Their corporate background includes managing transportation and recovery operations for the first 17 SpaceX Falcon 9 vehicles, working as an engineer and program manager on the F-35 fighter jet program at Northrop Grumman, and holding roles in e-mobility at Romeo Power, Canoe, XOS Trucks, and Harley-Davidson's Serial 1. Segment 3 · Historical and Defense Context : Historical overview, noting that President Eisenhower used the Defense Act in the 1950s to develop the US highway system based on models like the German Autobahn. Kevin Damoa discussed how the Department of Defense currently relies heavily on road convoys despite owning 44,000 miles of rail, and noted that they aim to make this existing rail infrastructure more accessible to the military. · Military Safety and Operational Applications : Kevin Damoa highlighted that enabling rail transport could save soldiers' lives, citing that one out of ten logisticians in the military are casualties during combat supply operations. They further explained that their autonomous Raiden vehicles can operate in austere, desert, or underdeveloped locations, moving containerized supplies, weapons, or drone-manufacturing equipment without risking personnel. · Future Market Outlook : Looking ahead, Kevin Damoa projected a balanced growth strategy between commercial and defense sectors, noting interest from municipalities, states, countries, and industrial parks. Framed the future of the company around bridging the gap in the logistical workforce and providing a new transport mode, which they branded with the slogan, "Don't ship it, glide it". Segment 4 Clips from: Efficiency in the Supply Chain by a New Container Invention w/ Trevor Pan of BidBird AZ TRT S04 EP41 (204) 10-15-2023 Things We Learned This Week Malcolm McLean was the inventor of the shipping Container, and a key person in trade & globalization BidBird invented a container skin, a smooth panel for the side to reduce wind resistance & improve fuel efficiency Patent process and Patent Cooperation Treaty to register an invention in foreign countries Building a Prototype and doing a road test with a Truck plus a Container on a race track Show Link: HERE ** Preview clip of Trevor Pan Malcolm McLean and the History of the Container This leads to a new level of capitalism, modern globalization & wider trade Malcolm Mclean is the inventor of one of the most major inventions in history that affects people daily. He is also not known by many people despite the impact he has had. McLean owned a trucking company and he used to ship goods via boat. He'd be waiting on the docks with cotton in the 1940s in early 1950s for hours. Ships would be docked for a month, as men were loading crates by hand. The same system was being done with global trade and sea trade for thousands of years. Mclean got tired of this, and trying to figure out a solution to the problem like any entrepreneur. Find a need and fill it. January 1956 - he debuted the box ship. McLean got a $22 million loan & bought 2 World War II tankers and converted them. In April 1956 the first one sailed from New Jersey to Houston. This cut cost from 5.86 per to $.16, a 95% drop or 36 fold savings. Oct.1957 - the first real containership Gateway city launched. Trip went from New York to Florida to Texas and then on later to Puerto Rico. Per McLean, 'the ship makes money when at sea'. In 1963, container ports had been created, by 1966 in Europe, 1967 Vietnam had container service, and 1969 Hong Kong and more Southeast Asia. McLean got a patent which is shared, called – standardization, and the standardize size container for shipping. He created a company, called Sealand Industries - which was then bought by RJ Reynolds. Eventually they were mergers and oil companies that bought out the line and today it's owned by MAERSK . Goods are shipped today for pennies on the dollar, all because of McLean's invention. He changed global trade, shipping, oil exploration, and more. It's a multi trillion dollar invention. It also created port cities like Oakland. Every day it affects all sorts of goods and trades finance, big companies like Walmart and Apple. Not sure if we would have globalization if not for Mclean. At least not as fast. More Info on Malcolm McLean: HERE Tech Topic: https://brt-show.libsyn.com/category/Tech-Startup-VC-Cybersecurity-Energy-Science Best of Tech: https://brt-show.libsyn.com/size/5/?search=best+of+tech 'Best Of' Topic: https://brt-show.libsyn.com/category/Best+of+BRT Thanks for Listening. Please Subscribe to the AZ TRT Podcast. AZ Tech Roundtable 2.0 with Matt Battaglia The show where Entrepreneurs , Top Executives, Founders, and Investors come to share insights about the future of business . AZ TRT 2.0 looks at the new trends in business , & how classic industries are evolving . Common Topics Discussed: Startups, Founders, Funds & Venture Capital, Business, Entrepreneurship, Biotech, Blockchain / Crypto, Executive Comp, Investing, Stocks, Real Estate + Alternative Investments, and more… AZ TRT Podcast Home Page: http://aztrtshow.com/ 'Best Of' AZ TRT Podcast: Click Here Podcast on Google: Click Here Podcast on Spotify: Click Here More Info: https://www.economicknight.com/azpodcast/ KFNX Info: https://1100kfnx.com/weekend-featured-shows/

  ListenShow Notes
• 

  Episode #10

  Predicting the Future: AI, Geopolitics & Better Decision Making w/ Anthony Vinci of VICO - AZ TRT S07 EP10 (292) 6-28-2026

  Jun 30, 202651 minS7

  Predicting the Future: AI, Geopolitics & Better Decision Making w/ Anthony Vinci of VICO - AZ TRT S07 EP10 (292) 6-28-2026 What We Learned This Week Think in Probabilities Great decision-makers don't predict one future. They prepare for multiple possible futures. Look for Leading Indicators Government budgets, regulations, elections, trade policy, and geopolitical developments often signal future trends before markets fully respond. AI Is Becoming a Strategic Advisor AI is increasingly functioning as a research assistant, intelligence analyst, and scenario-planning tool—not just a content generator. Everything Is Connected Politics, economics, technology, energy, and national security influence one another more than ever before. Understanding those relationships creates a competitive advantage. Focus on Second-Order Effects Many investors react to headlines. The bigger opportunities often lie in anticipating the ripple effects that follow. AZ TRT Podcast Predictive Forecasting: AI, Geopolitics & Better Decision Making Guest: Anthony Vinci Links: https://www.linkedin.com/in/anthony-vinci/ https://www.anthonyvinci.com/ https://www.vico.io/ Anthony Vinci is the Founder and CEO of VICO , an AI-powered forecasting company that helps governments, financial institutions, and corporations assess political, geopolitical, and economic event risk. Rather than predicting a single outcome, VICO converts news, expert analysis, and real-world signals into probability-based forecasts to improve decision-making. Before founding VICO, Anthony served as the first Chief Technology Officer of the National Geospatial-Intelligence Agency (NGA), where he led the integration of artificial intelligence into U.S. intelligence operations. He also held senior leadership roles at Bridgewater Associates and Cerberus Capital Management, focusing on technology, national security, aerospace, and strategic investments. Anthony is the author of The Fourth Intelligence Revolution , recognized by the Financial Times as one of the Best Books of 2025. His work focuses on the intersection of AI, intelligence, geopolitics, and global finance. Theme Today's world moves faster than ever. Political events, wars, technological breakthroughs, trade policy, and artificial intelligence all create ripple effects throughout the economy and financial markets. The question isn't simply: "What will happen?" Instead, it's: "What are the most likely outcomes, and how should we prepare for them?" That is the foundation of predictive forecasting. Segment 1 The World Has Become an Event-Driven Economy One of the biggest themes discussed was how major events rarely stay isolated. Instead, they create ripple effects throughout politics, economics, and financial markets. Examples from 2026 include: The conflict involving Iran Concerns over the Strait of Hormuz disrupting global shipping Oil price volatility Inflation concerns AI adoption across industries Global trade tensions For example, if shipping through the Strait of Hormuz were disrupted, the effects could extend far beyond oil: higher energy prices increased transportation costs higher inflation pressure on consumer spending lower corporate profits political consequences during the 2026 midterm elections One geopolitical event can trigger dozens of second- and third-order consequences. Narrative Economics Markets increasingly react to information almost instantly. News travels within seconds through: X (Twitter) social media financial news AI-generated analysis Sometimes markets move more from the narrative than from the underlying facts. The speed of information has increased volatility. AI as an Intelligence Analyst AI is evolving beyond a simple chatbot. Examples discussed: Claude drafting emails in seconds ChatGPT analyzing massive amounts of information AI summarizing research AI identifying patterns humans might overlook Rather than replacing executives, AI increasingly acts like an executive assistant or intelligence analyst that can evaluate possible outcomes and estimate probabilities. Segment 2 Forecasting Through Leading Indicators One of Anthony's core ideas is that forecasting begins with identifying early signals rather than reacting after events occur. Examples include: Government Spending Watching federal budgets provides clues about future economic priorities. For example: A proposal to increase defense spending from roughly $1 trillion toward $1.5 trillion could benefit industries such as: aerospace defense contractors cybersecurity satellite technology Markets often recognize these trends before the spending actually occurs. Elections Forecasting elections isn't just about polling. Leading indicators include: redistricting economic conditions inflation employment approval ratings legislative trends These become measurable inputs rather than opinions. Tariffs and Trade Tariffs and sanctions affect: supply chains inflation manufacturing exports corporate earnings Rather than relying solely on headlines, investors can monitor government announcements and policy developments as early indicators. VICO Anthony explained that VICO was created to help organizations answer questions like: "What happens if tariffs increase?" "What happens if a regional conflict expands?" "What happens if inflation persists?" Instead of producing opinions, the platform attempts to quantify probabilities so businesses can make better strategic decisions. Current users include: investment firms hedge funds insurance companies corporations government agencies The platform is also available through Bloomberg Terminal. Segment 3 Thinking Like an Intelligence Officer Anthony explained that investing and intelligence analysis are surprisingly similar. Neither profession knows the future with certainty. Instead, both attempt to improve decision-making through probabilities. Questions include: What's the upside? What's the downside? What scenarios exist? What is the probability of each? Instead of asking for certainty, professionals ask for better odds. AI as a Thought Partner Rather than replacing human judgment, AI becomes another analyst at the table. It helps: challenge assumptions compare scenarios estimate probabilities reduce emotional decision-making The objective isn't perfect predictions. It's consistently making better-informed decisions. Indicators and Warnings (I&W) Government intelligence agencies constantly monitor "Indicators and Warnings." Examples include: military activity cyber threats terrorism supply chain disruptions political instability The same thinking can apply to investors and business owners by identifying leading indicators before markets fully react. Rare Earth Minerals A fascinating discussion centered on rare earth materials. These minerals are essential for: semiconductors missiles satellites electric vehicles MRI and CT scanners advanced electronics Although called "rare," many are relatively abundant. The challenge is that mining and processing are concentrated in a handful of countries, particularly China. This explains why governments increasingly view domestic production as a national security issue. Segment 4 Second- and Third-Order Effects One of the strongest concepts discussed was cascading consequences. Instead of focusing only on one event, ask: "What happens next?" Example: Conflict with Iran↓ Shipping disruptions↓ Higher oil prices↓ Higher transportation costs↓ Inflation↓ Reduced consumer spending↓ Lower corporate earnings↓ Market volatility↓ Political consequences↓ Policy changes Understanding these chains of events helps improve forecasting. AI Regulation AI is both part of the opportunity and part of the risk. Potential future regulations may focus on: cybersecurity national security privacy export controls access to advanced AI models computing infrastructure One challenge will be balancing innovation with security while remaining globally competitive. Anthony noted that governments may have access to AI capabilities that are not immediately available to the private sector, highlighting the strategic importance of advanced AI systems. Closing Thought One of the biggest lessons from this conversation is that forecasting isn't about predicting the future with certainty—it's about improving the quality of your decisions. The best investors, business leaders, and intelligence professionals don't rely on opinions alone. They gather data, monitor leading indicators, evaluate multiple scenarios, and assign probabilities to each possible outcome. In an increasingly interconnected world, those who think like forecasters rather than reactors will be better positioned to navigate uncertainty and identify opportunities before the crowd. Tech Topic: https://brt-show.libsyn.com/category/Tech-Startup-VC-Cybersecurity-Energy-Science Best of Tech: https://brt-show.libsyn.com/size/5/?search=best+of+tech 'Best Of' Topic: https://brt-show.libsyn.com/category/Best+of+BRT Thanks for Listening. Please Subscribe to the AZ TRT Podcast. AZ Tech Roundtable 2.0 with Matt Battaglia The show where Entrepreneurs , Top Executives, Founders, and Investors come to share insights about the future of business . AZ TRT 2.0 looks at the new trends in business , & how classic industries are evolving . Common Topics Discussed: Startups, Founders, Funds & Venture Capital, Business, Entrepreneurship, Biotech, Blockchain / Crypto, Executive Comp, Investing, Stocks, Real Estate + Alternative Investments, and more… AZ TRT Podcast Home Page: http://aztrtshow.com/ 'Best Of' AZ TRT Podcast: Click Here Podcast on Google: Click Here Podcast on Spotify: Click Here More Info: https://www.economicknight.com/azpodcast/ KFNX Info: https://1100kfnx.com/weekend-featured-shows/

  ListenShow Notes
• 

  Episode #9

  Why Data Centers Are Becoming America's New Industrial Backbone w/ Tom Sullivan of Air2O - AZ TRT S07 EP09 (291) 6-14-2026

  Jun 22, 202646 minS7

  Why Data Centers Are Becoming America's New Industrial Backbone w/ Tom Sullivan of Air2O - AZ TRT S07 EP09 (291) 6-14-2026 What We Learned This Week 1. AI Is Creating One of the Largest Infrastructure Booms in History The AI revolution isn't just software. It requires: physical buildings massive electrical systems cooling infrastructure energy innovation The data center buildout may become one of the biggest infrastructure projects ever undertaken. 2. Cooling Technology Is Becoming Just as Important as Computing Power The future winners in AI may not only be software companies. Engineering and thermal management firms could become critical infrastructure players. Cooling is no longer an afterthought: it's now central to AI scalability. 3. Arizona Is Quietly Becoming a Strategic Technology Hub Arizona's: land climate business environment power infrastructure are making it increasingly attractive for: semiconductors data centers advanced manufacturing Phoenix continues evolving into a major technology corridor. 4. Many Public Narratives Around Data Centers Are Outdated The perception that modern data centers waste massive amounts of water may no longer reflect reality. Modern facilities: increasingly use closed-loop systems focus on efficiency consume more electricity than water The real long-term challenge may actually be: grid power generation. 5. Nuclear Energy May Return Through AI Demand AI could accelerate adoption of: SMRs localized nuclear power next-generation energy systems Technology growth may revive public discussions around nuclear power in ways not seen in decades. Guest: Tom Sullivan, CEO & Co-Founder of Air2o LinkedIn: https://www.linkedin.com/in/tom-sullivan-491706b4/ Bio: Tom is a seasoned leader with a diverse background, rooted in military service and later refined in the civilian sector. Commencing his professional journey in 2007 with enlistment in the British Army. Graduating from the Military College of Leadership & Development in Harrogate, he went on to pursue advanced studies in Electrical Engineering at the Military College of Electronic & Aeronautical Engineering. His operational deployments, spanning both peace and wartime roles, equipped him with invaluable experience. Tom served as a pivotal military liaison to civilian weapons development contractors, specializing in diverse missile platforms, including ground-to-air and ground-to-ground systems. Recognition for his exceptional service came as he was awarded a Commander's Commendation for his work on a mission-critical system and process development project he led in Afghanistan. Beyond the battlefield, Tom further underlined his pursuit of excellence and commitment to professional development by achieving accreditation by the Institute of Leadership and Management (ILM). In 2014, Tom brought his wealth of experience to the fledgling startup Air2O, joining the three-person company as the Operations and Project Management Lead. His role evolved, culminating in his appointment as Chief Operating Officer in 2020. In this capacity, Tom led a management team responsible for the development and implementation of foundational processes and routines, encompassing HR, recruitment, retention, IT management, Health and Safety, and Vendor management. Under Tom's operational guidance, Air2O witnessed substantial growth, expanding from a modest three-person team in 2014 to a multinational workforce of over 100 employees across four countries today. His initiatives included implementing modern Quality Management Systems (QMS) and Project Management (PM) techniques, culminating in the recent ISO 9001 company accreditation with zero non-conformances reported during external assessment. Website: https://air2o.com/ Air 2 O is a global leader in advanced thermal management solutions to the mission critical environments of Data Centers, Indoor Agriculture/Cultivation and large Industrial Facilities such as Lithium Battery and Semi-Conductor production globally. With custom build capabilities, a culture of creative engineers and an infrastructure to support the manufacture of the most innovative of solutions, Air 2 O aims to deliver the most efficient and optimal solutions for our clients globally. Air 2 O is an Eren Groupe company, a multi billion organization based in Luxembourg whose mission is to support innovative technological solutions in the fields of renewable energy production, energy conservation and energy storage. Together, we deliver a unique solution for highly efficient, ecologically sound thermal management systems that can be deployed cost-effectively in the most demanding environments. Our reach spans North America, EMEA, and Asia Pacific, emphasizing custom-engineered solutions prioritizing efficiency and sustainability. We stand proud as Arizona's exclusive low dew point HVACD system manufacturer. About Air20 Company Focus "Thermal Management Without Compromise" Industries served: data centers semiconductors pharmaceuticals healthcare lithium industry Growth Story 3 employees in 2017 150+ employees today rapid scaling after COVID fueled by VC and private equity investment Episode Theme The future of data centers, cooling technology, AI infrastructure, and why Arizona has become a major hub for next-generation digital infrastructure. Segment 1 — What Data Centers Really Are Core Concepts Data centers have existed for more than 30 years, but the explosion of: the Internet cloud computing smartphones AI has dramatically increased demand. Society now depends on massive amounts of digital infrastructure to support: computers cell phones cloud applications AI processing streaming business systems Tom Sullivan predicts that within a few years: 40–50% of the population may live within 5 miles of a data center. What a Data Center Looks Like Usually located in industrial areas Large buildings with few or no windows Inside are: server racks data halls GPUs backup batteries power systems cooling infrastructure The Biggest Challenge: Heat Servers consume enormous electricity and generate significant heat. Cooling systems can account for: roughly 30% of a data center's electricity usage. Evolution of Cooling Traditional Cooling Similar to a computer fan system Cool air pushed in, hot air pulled out Older facilities maintained temperatures around 72°F Modern Efficiency Newer facilities can safely operate in the 90°F range. Immersion Cooling Servers submerged in special cooling fluid (not water) Highly efficient but: expensive difficult to maintain operationally complex Direct-to-Chip Cooling Emerging next-generation solution Liquid cooling piped directly to processor chips More efficient and scalable for AI workloads Segment 2 — The AI Infrastructure Boom Why Cooling Matters More Now AI workloads require: far more computing power denser server environments advanced thermal management Cooling Technology Timeline Immersion cooling gained momentum around 2020 Direct-to-chip cooling accelerated around 2023 Historic Infrastructure Buildout Tom discussed the scale of current infrastructure spending: Estimated global data center infrastructure investment: $7 trillion Comparisons: 12x the U.S. roadway network cost 23x the Apollo moon mission cost Who Is Investing? Major technology companies are driving this expansion: Microsoft Amazon NVIDIA Investment areas include: data centers utilities energy construction AI infrastructure Air20 Company Background Origins Started in 2012 as a part-time engineering company Specialized in: thermal management data centers semiconductor facilities pharmaceuticals healthcare engineering Founder Background Tom Sullivan: former military electrical engineer 10 years military experience entrepreneur with deep engineering expertise Company Growth In 2017: connected with venture capital in Scottsdale moved operations to Arizona expanded manufacturing and engineering Current Capabilities Air20 now handles: engineering software programming manufacturing construction coordination Cooling systems can range from: $50,000 units to $1 million+ systems Private Equity Company was eventually acquired by private equity Significant scaling followed VC and PE investment Segment 3 — Why Arizona Became a Data Center Hub Arizona Advantages Tom explained why Arizona attracts major data center investment: Business Climate business-friendly environment attractive economics supportive infrastructure Geography flat land affordable real estate low natural disaster risk Climate predictable weather conditions strong operational reliability Debunking the "Water Usage" Myth A major discussion centered around misconceptions about data centers and water consumption. Historical Cooling Older evaporative cooling systems: used more water used less electricity Modern Systems Current systems: use more power use significantly less water Closed Loop Cooling Modern cooling systems circulate water through: sealed piping systems closed-loop infrastructure This minimizes water loss. Bigger Water Users Tom pointed out: electric generation plants steam turbines nuclear facilities often use far more water than data centers themselves. Massive Power Consumption Data centers now operate at unprecedented scale. Power progression: homes → kilowatts industrial → megawatts hyperscale data centers → gigawatt-level demand One comparison: A large data center can equal the energy usage of 833,000 homes. Future Energy Solutions Potential future solution: Small Modular Reactors (SMRs) compact nuclear reactors already proven in: submarines aircraft carriers Potential advantages: localized power generation reduced grid strain scalable infrastructure support Segment 4 — Nuclear Energy & The Future Nuclear Energy Perception Tom discussed how technology industries often face negative PR cycles. Modern Nuclear Technology According to Tom: nuclear technology has evolved significantly safety standards are dramatically improved waste is greatly reduced efficiency is far higher Small Modular Reactors (SMRs) SMRs are now: being tested deployed experimentally explored for powering data centers directly Benefits: smaller footprint scalable deployment less pressure on public grids reliable energy generation Key Point "The water usage myth is dead." Larger Theme Modern society increasingly depends on: digital infrastructure electricity AI computing cloud services The challenge is no longer whether we need data centers. The challenge is: how to power and cool them efficiently. Tech Topic: https://brt-show.libsyn.com/category/Tech-Startup-VC-Cybersecurity-Energy-Science Best of Tech: https://brt-show.libsyn.com/size/5/?search=best+of+tech 'Best Of' Topic: https://brt-show.libsyn.com/category/Best+of+BRT Thanks for Listening. Please Subscribe to the AZ TRT Podcast. AZ Tech Roundtable 2.0 with Matt Battaglia The show where Entrepreneurs , Top Executives, Founders, and Investors come to share insights about the future of business . AZ TRT 2.0 looks at the new trends in business , & how classic industries are evolving . Common Topics Discussed: Startups, Founders, Funds & Venture Capital, Business, Entrepreneurship, Biotech, Blockchain / Crypto, Executive Comp, Investing, Stocks, Real Estate + Alternative Investments, and more… AZ TRT Podcast Home Page: http://aztrtshow.com/ 'Best Of' AZ TRT Podcast: Click Here Podcast on Google: Click Here Podcast on Spotify: Click Here More Info: https://www.economicknight.com/azpodcast/ KFNX Info: https://1100kfnx.com/weekend-featured-shows/

  ListenShow Notes
• 

  Episode #8

  Flat-Fee Legal Services & the Rise of Fractional General Counsel w/ Ryan Hurley of Litix Legal - AZ TRT S07 EP08 (290) 5-28-2026

  May 28, 202637 minS7

  <p > Flat-Fee Legal Services & the Rise of Fractional General Counsel w/ Ryan Hurley of Litix Legal</p> <p > - AZ TRT S07 EP08 (290) 5-28-2026 </p> <p > </p> Things We Learned This Week Small businesses still need sophisticated legal strategy <p>Even companies with only 5–10 employees need governance, operating agreements, cap tables, and employment structures built correctly from day one.</p> The traditional legal billing model is under pressure <p>Hourly billing and massive retainers are frustrating both client & attorneys. Flat-fee legal services are emerging as a more predictable alternative.</p> Arizona is becoming a legal innovation hub <p>Arizona's AB...

  ListenShow Notes
• 

  Episode #7

  High Growth, Higher Risk: The Business of Cannabis w/ Melissa Diaz of Highrock Accounting - AZ TRT S07 EP07 (289) 4-12-2026

  Apr 16, 202655 minS7

  <p > High Growth, Higher Risk: The Business of Cannabis w/ Melissa Diaz of Highrock Accounting</p> <p > - AZ TRT S07 EP07 (289) 4-12-2026 </p> <p > </p> What We Learned This Week Cannabis Companies Are Taxed on Gross Margin <p>Because of 280E, they can't deduct ordinary business expenses — creating massive tax burdens.</p> Federal Classification Drives Everything <p>Schedule I status impacts taxation, banking, regulation, and investor appetite.</p> Many Companies Are Playing Legal Offense <p>Some are challenging 280E aggressively, treating unpaid taxes as a strategic risk.</p> Licensing Structure Determines Success <p>Limited-license states create stronger economics. Un...

  ListenShow Notes

Recent guests on AZ Tech Roundtable 2.0. Study who booked and why before you pitch.

Based on semantic analysis of episode topics and host coverage, this show is a strong guest fit for executives in:

Industry fit is computed by PitchCentric using vector embeddings of the show's episode catalog.