Space Terminal: Frontier Tech Intelligence

Space Terminal converses with founders building frontier infrastructure. Deep technical conversations on in-space manufacturing, quantum, physical AI, microgravity drug research, satellite systems, propulsion, and dual-use defense. Hosted for DARPA operators, defense contractors, venture capital GPs, semiconductor fabs, pharmaceutical R&D, and aerospace engineers. Topics: LEO platforms, ISS replacement strategies, microgravity manufacturing, orbital logistics, space-based solar, reentry systems, and frontier technology commercialization.

Space Terminal: Frontier Tech Intelligence is a business podcast hosted by Unknown Host, with 11 episodes on record and a Required Pod Score of 80.

Unknown Host hosts Space Terminal: Frontier Tech Intelligence, a business show with 11 episodes published.

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  Episode #4

  How Satlyt Turns Any Satellite Into a Data Center | Rama Afullo | #14

  Sep 22, 202631 minS2

  Satellite operators pay up to $20 a gigabyte to send data down to Earth. Up to 90% of what they downlink is corrupted, redundant, or useless before it even lands. I put Rama Afullo, founder of Satlyt, in a room to explain why he walked away from the vertically integrated model everyone from SpaceX to Starcloud is chasing, why coordination is the real wedge in space right now, and how a two-year-old software startup ended up with Google DeepMind publishing a case study on its work. 00:00 Introduction 00:18 Why Rama Walked Away From the Apple Model of Space 01:44 The Hardest Challenge in Space is Trust 04:08 The $20-a-Gigabyte Problem No One Talks About 06:04 Orbital Data Centers: The Billion-Dollar Bet Rama Doesn't Need to Win 10:04 What's Actually Stopping Satlyt From Becoming the Android of Space 11:15 What the World Looks Like When Satlyt Wins 12:20 Does Satlyt Need Its Own FCC License? 13:14 Why Getting a Satellite License Is Easier Than Ever 13:48 Kenya, Colonization, and Who Should Own Africa's Satellite Data 16:06 The Space Company That Won't Mention Defense on Its Website 18:12 Tungsten, Copper, and the Opportunity for African Founders 19:27 Trump's 1,000-Launch Memo and What It Means for the Space Economy 20:54 Inside Satlyt's Economics: What It Actually Costs to Run This 22:10 What Actually Works: Latency, Packet Loss, and Mission Heritage 23:42 What Makes a Space Demo Succeed 25:24 What People Get Wrong About Rama 26:11 Seed Round: How the Market Flipped 29:30 What's Next: 50 Satellites, TechCrunch Disrupt, and the Purple Hoodies 30:31 How to Reach Rama and Satlyt Subject Matter Expert: Rama Afullo is the Founder and CEO of Satlyt, building the coordination and edge-AI software layer turning satellites into interoperable compute nodes. Previously a Product Manager on Starlink at SpaceX, Cloud Architect and AI Startup Manager at Google, and Telco Business Lead at Tesla. Connect with Satlyt: → founders@satlyt.ai → www.satlyt.ai → www.linkedin.com/in/rama-afullo Connect with Imagining Forward: → Intelligence: https://imaginingforward.space → Newsletter: https://imagining-forward.beehiiv.com/ → Email: info@imaginingforward.space #SpaceTech #EdgeCompute #SatelliteCoordination #OrbitalDataCenters #NewSpace #DeepTech #SpaceEconomy #AmericanDynamism #Interoperability #AfricaTech #SpaceInfrastructure #DefenseInnovation #VentureCapital

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  Episode #3

  How Neuramill Builds AI To Think Like a Veteran Machinist | Nick Khormaei & Nistha Mitra | #13

  Sep 16, 202638 minS2

  Neuramill is teaching AI to think like a 30-year machinist before that knowledge retires and disappears forever. Nistha Mitra (patented multimodal AI at Oracle Health) and Nick Khormaei (SpaceX Starlink I&T, Boeing Propulsion, Tesla Manufacturing) are building the missing data layer for high-precision CNC manufacturing. Neuramill generates machining instructions for satellite brackets, propulsion-valve bodies, tank fittings, and rocket-engine components. Most of the knowledge that keeps aerospace primes and defense suppliers running still lives in a machinist's head, not in any system. Neuramill operationalizes that knowledge with AI to make every machinist 10x, right as the industry faces a generational retirement wave and a reshoring boom it doesn't have the labor to meet. Timestamp 00:00 Why Nistha Left Oracle to Fix Manufacturing 01:38 We're Still at the Data Layer 04:17 Can America Catch Up to China's Factories? 06:32 Is Government Responsible or Corporate America? 07:29 What a Factory Looks like in 10 years 10:01 The Missing Infrastructure Layer in Manufacturing 12:35 Neuramill Isn't a Product. It's a Thesis. 14:59 The Knowledge That Dies When a Machinist Retires 17:03 There's No Room for "Move Fast and Break Things" Here 18:42 One Click vs. Hours on CAD 20:27 The Parts That Break the Model 22:28 Why Trust Comes Before the Tech 25:42 Earning Trust from Aerospace Primes 26:43 What This Actually Costs to Deploy 29:08 Why ChatGPT Can't Copy Neuramill 31:31 The Chokepoint to $100M ARR 32:39 A Growing Airplane Shortage 35:33 A Market About to Double in Size 37:27 How to Reach Neuramill Topics covered: physical AI, CNC machining, precision manufacturing, aerospace supply chain, reshoring, defense industrial base, CAD/CAM, multimodal AI, manufacturing labor shortage, American Dynamism, industrial automation, space manufacturing, satellite components, propulsion systems, ITAR/FedRAMP compliance, deep tech venture capital Connect with Neuramill: → https://neuramill.co/ → founders@neuramill.co Connect with Imagining Forward: → Intelligence: https://imaginingforward.space → Newsletter: https://imagining-forward.beehiiv.com/ → Email: info@imaginingforward.space #PhysicalAI #ManufacturingAI #CNCMachining #Reshoring #AmericanDynamism #DeepTech #AerospaceManufacturing #DefenseInnovation #IndustrialAutomation #SpaceManufacturing #VentureCapital #NewSpace #SpaceInfrastructure #PrecisionManufacturing #DefenseIndustrialBase

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  Episode #2

  How Blackwing Space Builds a Flight-Ready Satellite in 5 Months | Paul Anderson | #12

  Sep 15, 202645 minS2

  A satellite the size of two bread loaves now costs less to build than a used car. I put Paul Anderson, founder of Blackwing Space, in a room to explain why the CubeSat is quietly becoming the backbone of the next space economy, why Blackwing sells satellites the way Amazon sells drones, why he disagrees that "launch is solved," and why a looming solar cell shortage could cap America's race toward a $2.5 trillion space economy by the mid-2030s. Timestamps: 00:00 Meet Paul Anderson: The Man Rebuilding the Nanosatellite 03:28 Why Buyers Want a Satellite as Easy to Fly as an Amazon Drone 07:00 Breaking the NDA Culture: Standardizing Space Hardware 11:30 The Power and Data Bottleneck Inside a Loaf-of-Bread Satellite 14:58 Chip Shortages and the Race to Onshore Space Manufacturing 16:18 Why Blackwing Space Bet on Nashville Over Silicon Valley 18:07 Owning the Stack: Vertical Integration and Satellite Pricing 19:16 Why Paul Wants Middle Schoolers Building Satellites at Home 21:09 Buying a Satellite Like You'd Buy a Tesla 23:54 Inside the Manifest Space Deal: 15 Minutes to Integrate a Payload 25:59 Rating Mission Risks: Is Launch Really "Solved"? 30:28 One-Year Satellites and the Drag Sail That Brings Them Down 32:00 A Million Satellites in Orbit — Who's Managing Space Traffic? 35:46 The Solar Cell Shortage No One's Talking About 38:12 Unlearning Perfectionism as a First-Time Founder 39:34 Blackwing's Bet on the $2.5 Trillion Space Economy 41:50 The Ground Infrastructure Problem Nobody Wants to Fix 43:21 What's Next for Blackwing Space in the Next 90 Days 44:00 How to Reach Paul Anderson and Blackwing Space

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  Episode #9

  How Manifest Space Builds Identity and Coordination for Satellites in Orbit | Nick Orenstein | #9

  Jul 16, 202635 minS1

  Space has no ADS-B. No AIS. No standard way for a satellite to say "here I am, don't hit me." As orbit fills with tens of thousands of satellites operators are launching blind, losing their spacecraft in the first moments after deployment, and spending days figuring out which satellite in a train of identical CubeSats is actually theirs. Nick Orenstein, Founder of Manifest Space, is building the onboard identity and coordination layer that space is missing. Starting with a red and green LED optical beacon on five faces of a one-third U CubeSat - launching on SpaceX Transporter-18 in October 2025 - and scaling to a GPS-based transponder with edge processing for autonomous rendezvous, Manifest is building the infrastructure layer that every satellite operator, launch provider, and sovereign space program will eventually depend on. Timestamps: 00:27 Space is filling up. No one knows what's up there. 01:00 Why satellite operators can't find their own spacecraft 02:25 Red and green LEDs: how the beacon actually works 04:55 Why no one built this before. The bespoke problem. 09:07 from zero to network effect: the adoption cold start 12:20 The seatbelt problem: who mandates space traffic awareness 15:58 What Transporter-18 needs to prove in October 16:11 Edge computing in orbit vs downlinked data 16:50 Data Processing and Edge Computing in Space 19:03 Rapid fire: ranking real mission risks 20:50 legacy ground radar can't scale to a million satellites 22:42 Beyond LEO: re-entry vehicles and cislunar 24:36 the export control problem in manufacturing 25:35 $5,000 per beacon - build vs buy 26:36 Team Dynamics 29:04 What SpaceX doesn't teach you 30:03 Pitching, relationship capital, and the January rule 32:58 path from demo to commercial sale in 2027 Subject Matter Expert: Nick Orenstein is the Founder of Manifest Space. Previously at SpaceX as a crew equipment engineer on Dragon - building rescue beacons and radios for astronauts, and a venture analyst at an early-stage fund. Manifest Space closed an oversubscribed $1.15M pre-seed in 2025 backed by Hypernova Fund, E2MC, C2 Ventures, NEC X (strategic), and others. First flight: SpaceX Transporter-18, October 2025. About Space Terminal: Space Terminal is a frontier technology intelligence podcast tracking the founders, engineers, and operators defining the next generation of space infrastructure. Audience includes government (AFWERX, USSF, USN, DIU, DOE) and venture capital partners (Sequoia, a16z, Techstars Space). Connect with Imagining Forward: → Intelligence: https://imaginingforward.space → Newsletter: https://imagining-forward.beehiiv.com/ → Email: info@imaginingforward.space #SpaceTech #SpaceTrafficManagement #SatelliteCoordination #OpticalBeacon #SpaceDomainAwareness #CubeSat #ADSB #AIS #DeepTech #DefenseInnovation #VentureCapital #NewSpace #RPOD #SpaceInfrastructure

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  Episode #8

  VC Prices in 90% Attrition. Techstars Bets on 85% Survival | Gabriel Schlumberger | #8

  May 13, 202643 minS1

  <p>Gabriel Schlumberger, Managing Director of Techstars Space, details how his accelerator achieves 85% startup survival. This episode covers the SBIR/STTR reauthorization and its immediate impact on early-stage space funding, non-dilutive capital stacking strategies for capex-heavy space hardware, why $10M is pre-seed in space but Series A in SaaS, the rideshare disruption that broke small launch economics, and why quantum + cheap launch is a force multiplier. </p><p></p><p><b>Subject Matter Expert:</b> Gabriel Schlumberger spent 12 years as a Techstars mentor before taking over the Techstars Space Accelerator in 2024. Prior to Techstars, he built FITS Frames and held...

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