T-Minus Space Daily – "Europe switches on IRIS²."

Podcast: T-Minus Space Daily
Host: Maria Varmazes, N2K Networks
Date: January 28, 2026

Episode Overview

This episode dives into critical recent developments in Europe's space infrastructure with a primary focus on the activation of the IRIS² secure satellite communications network — the European Union's sovereign alternative to Starlink. The episode also covers major European satellite and launch updates, a contract between Planet Labs and Slovenia, and features an in-depth interview with Les Lake, VP of Business Development at All Points Logistics, on tackling choke points in spaceport operations and prepping for commercial launch growth.

Key Discussion Points & Insights

1. Europe's Sovereign Satellite Network: IRIS² ([02:20]–[04:45])

• The EU has officially activated the IRIS² secure satellite communications network, designed as a "homegrown 10.6 billion euro alternative to Starlink."
• The network is planned to consist of 290 dedicated satellites, aiming for full deployment and operational status by 2030, with efforts to accelerate deployment to 2029.
• Initial communications are using eight GovSatcom satellites already in geostationary orbit, now undergoing limited operations for EU member states—with Ukraine also requesting access.
• Quote ([03:30]):
  "EU Defense and Space Commissioner Andreas Kubelius said: 'All member states can now have access to sovereign satellite communication, military and government secure and encrypted, built in Europe, operated in Europe under European control.'"
• Experts believe IRIS² could surpass Starlink in terms of security and performance, underlining Europe's drive for digital sovereignty.
• Kubelius urges member states to "speed up their timelines with the need for sovereign secure space communications for Europe needed much sooner than later."

2. EPS Sterna Constellation and Weather Monitoring ([04:45]–[05:45])

• ESA and EUMETSAT finalize the EPS Sterna constellation agreement, moving into the execution phase for satellite development.
• Fully funded by EUMETSAT, operational by 2029, the constellation is expected to improve weather prediction model accuracy by 6% across mid-latitude Europe, and by 9% in Arctic regions.

3. Planet Labs Partnership with Slovenia ([05:45]–[06:40])

• Planet Labs will provide Slovenia with high-resolution, high-cadence imaging services focused on:
  • Forest cover monitoring
  • Agricultural health assessment
  • Urban and infrastructure planning
  • Rapid detection/response to natural disasters (wildfires, droughts, floods)

4. European Launch and Sovereign Access ([06:40]–[07:35])

• EUSPA inks a deal with ArianeSpace to launch the next two Galileo L18 satellites on the Ariane 6, Europe’s indigenous launch vehicle.
• This shift toward sovereignty in launch access reduces reliance on non-European providers like SpaceX.

5. Artemis II Wet Dress Rehearsal at Cape Canaveral ([07:35]–[08:50])

• Artemis II SLS preparations are ramping up, with the wet dress rehearsal scheduled for January 31st.
• Host explains the process: “You essentially fuel up the rocket, do a full launch countdown and then empty the fuel tanks... It’s a key practice test for both ground systems and launch teams.”
• Quote ([08:50]): “Wishing them all the best for Saturday. And go Artemis II.”

6. NASA’s New Supercomputer “Athena” ([08:50]–[09:30])

• NASA Ames unveils Athena—its most powerful and efficient supercomputer, providing over 20 petaflops of peak performance.
• Athena will support complex mission challenges in space, aeronautics, and science.

Special Feature: Interview with Les Lake, All Points Logistics — Prepping for Increased Launch Cadence ([09:56]–[21:11])

The Challenge of Spaceport Choke Points

• Les Lake explains his dual role—business development and technical/missions solutions—emphasizing the high level of customized engineering and integration needed for space payloads.
• Quote ([10:43]):
  “The rockets can scale up, but this, this processing space is not something that scales easily. And this is a problem we're trying to address.”

Historic vs. Modern Payload Processing ([12:23]–[14:14])

• Past: Each launch had a dedicated, often single-use, processing facility—manageable volumes, smaller spacecraft.
• Now: Massive surge in launches, larger rockets, more varied and frequent payloads, and multiple users sharing infrastructure.
• Classic facilities are “not tall enough and large enough for today's forthcoming rockets.”

Growing Complexity and New Solutions ([14:14]–[18:56])

• The rise of commercial and defense launches leads to operational overlaps, forcing rethink of facilities to enable parallel processing and minimize schedule conflicts.

• Facilities of the future must support:

  • Multiple, simultaneous users
  • Flexible, scalable clean rooms
  • On-site warehousing and early arrival hardware storage
  • Staging and assembling of satellite constellations

• Quote ([16:42]):
  “Clean rooms are not cheap. And they're like a boat—if you don't use it, it gets upset... it wants the environmental systems up and running.”

• Technological and operational innovations are driving rapid payload integration and reducing turnaround times for launches.

Supporting National Security & Space Force Operations ([14:14], [19:20]–[21:11])

• Facilities are increasingly supporting military and governmental rapid-response needs, with digital twin concepts and modular approaches.

• Quote ([19:41]):
  “It’s not just a case of put a satellite in orbit... the ability to replenish on orbit, replenish constellations, replenish key satellites, and to do it in short order, that’s really where our capabilities benefit that conversation.”

• Panel preview: Les will speak at Commercial Space Week on “Reconstitution and Reinforcement, Sustaining Combat Power in Orbit”—aimed at defense readiness through rapid payload/constellation replacement and upgrade.

Timestamps for Notable Segments

| Segment Title | Timestamp | |----------------------------------------------------|-------------| | Main Theme & IRIS² Activation | 02:20–04:45 | | EPS Sterna & Weather Constellation News | 04:45–05:45 | | Planet Labs & Slovenia Partnership | 05:45–06:40 | | EUSPA Galileo/Ariane 6 Launch News | 06:40–07:35 | | Artemis II Wet Dress Rehearsal | 07:35–08:50 | | NASA’s Athena Supercomputer | 08:50–09:30 | | Les Lake Interview – Payload Processing Evolution | 09:56–21:11 | | Biomass Mission Online (ESA) | 22:01–24:37 |

Notable Quotes

• "All member states can now have access to sovereign satellite communication, military and government secure and encrypted, built in Europe, operated in Europe under European control."
  — Andreas Kubelius, EU Defense and Space Commissioner ([03:30])

• "We put a lot of hardware into space in a shuttle program. But the SSPF was essentially an industrial building, single story. It was horizontal processing. That's very limiting... There’s a lot of activity now that requires taller facilities."
  — Les Lake ([13:34])

• "Clean rooms are not cheap. And they're like a boat—if you don't use it, it gets upset... it wants the environmental systems up and running."
  — Les Lake ([16:42])

• "It’s not just a case of put a satellite in orbit... the ability to replenish on orbit, replenish constellations, replenish key satellites, and to do it in short order, that’s really where our capabilities benefit that conversation."
  — Les Lake ([19:41])

Biomass Mission Now Fully Online ([22:01]–[24:37])

• ESA’s biomass satellite has transitioned to operational mode, offering first-ever direct global measurements of forest carbon stocks.
• Data — “now freely available to all wherever you are in the world” — promises transformative climate science, especially for research communities in the Global South.

Episode Tone & Language

The host, Maria Varmazes, maintains an enthusiastic, informed, and accessible reporting style, blending industry insight with a sense of immediacy from the floor of Commercial Space Week. The interview with Les Lake is technical yet approachable, filled with practical analogies and forward-looking optimism.

This episode delivers a comprehensive look at Europe's push for secure, sovereign satellite infrastructure, upcoming advancements in weather and environmental monitoring, and the critical evolution required in U.S. launch infrastructure to meet rising commercial and defense space demands.