NESDIS Consolidated Antenna and Ground Systems Services (NCAGSS)

WEBVTT
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So imagine uh a massive solar storm erupting or you know a a category five hurricane suddenly shifting its track right toward a major coastline.
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Aaron Powell Right, something where every single minute matters.
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Exactly.
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And high above the Earth, there's this multi-billion dollar constellation of satellites that instantly registers the threat.
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Aaron Powell Yeah, they have the raw data.
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Aaron Powell They have the data, right.
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The data that could, you know, save thousands of lives and protect all our critical infrastructure.
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But, and this is the kicker, that data is completely useless if it can't actually get down to the ground.
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Absolutely.
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It's just floating up there.
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Trevor Burrus, Jr.
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Right.
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We always tend to focus on the flashy hardware in orbit, but we completely ignore the fragile, incredibly complex tether that's keeping it all connected to us.
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Trevor Burrus, Jr.
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The ground antenna.
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Yeah, the actual nervous system of our global environmental data.
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It relies on this vast globally distributed network of physical ground antennas.
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And today, for this deep dive, we are looking at a stack of documents outlining how the U.S.
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government is frantically trying to rewire that entire nervous system.
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Aaron Powell And trying to do it before it collapses under its own weight, honestly.
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Trevor Burrus, Jr.
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Right.
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The documents we brought into So we've got the draft request for proposals and the statement of work for this massive initiative called NCAGSS.
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Aaron Powell Okay, let's unpack this.
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NCAGSS is what the NCS Consolidated Antenna and Ground Systems Services.
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Trevor Burrus Yeah, the one.
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And NCIS, for those who don't know, is the National Environmental Satellite Data and Information Service.
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Aaron Powell Which is a mouthful.
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Aaron Powell It is, yeah.
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But these documents, I mean, they are an absolute masterclass in massive systems engineering.
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For anyone tracking this, you know the stakes here.
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They are basically attempting to pull this legacy, highly siloed infrastructure into a modernized dynamic architecture.
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Trevor Burrus, Jr.
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And backing it up with a$1.2 boolean dollar contract.
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Trevor Burrus, Jr.
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Exactly,$1.2 billion.
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Aaron Ross Powell, which is just staggering.
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And I want to get into the money, but first, I mean, the sheer scale of the physical hardware managed under this contract is wild.
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Oh, it's everywhere.
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Right.
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It's not just sitting in a comfortable server farm in some like suburban tech park.
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You're dealing with the primary operations out of Suitland, Maryland, and this massive consolidated backup facility in Fairmont, West Virginia.
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Yeah.
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But then the footprint extends way, way out.
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Yeah.
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To Fairbanks, Alaska, Wallops Island, Virginia, and uh even McMurdo Station down in Antarctica.
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Aaron Powell Which is just crazy.
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I mean, the environmental extremes alone make this a total logistical nightmare.
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Aaron Powell I can't even imagine trying to keep a satellite dish running in Antarctica.
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Right.
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But the technical diversity is actually where the real complexity lies.
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Because the statement of work, it outlines management for hardware ranging from these small, you know, 2.4 meter dishes all the way up to massive 26-meter behemoths.
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Wait, 26 meters?
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So that's roughly the length of a professional basketball court.
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Yeah, a basketball court made of metal, pivoting to track objects, zooming through space at like thousands of miles an hour.
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That's insane.
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And they are capturing an absolute fire hose of data across multiple radio frequency bands.
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You've got SLXCI and Q bands.
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And each of those bands requires completely different hardware, right?
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Oh yeah.
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Totally different hardware calibration, different feed horns, different signal processing logic.
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And the ground stations have to actively communicate with geostationary satellites, the ones hovering in one spot.
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Right, GEO.
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Yeah, GEO.
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But also low Earth orbit or LEO, the satellites that are just screaming across the horizon in these tight 10-minute windows.
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Plus, you know, space weather operations assets positioned deep in space.
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Aaron Powell So historically, the engineering approach to all of this was incredibly bespoke, right?
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Like you launch a new satellite mission and you build a new dedicated dish on the ground specifically tuned for that single spacecraft.
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Basically, yeah.
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One satellite, one dish.
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But looking at the draft RFP, the mandate here is super clear.
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They are completely abandoning that model.
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They have to, it doesn't scale.
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Right.
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So they are shifting to what they call na uh uh netista antenna as a service.
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They want this shared multi-mission infrastructure.
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Aaron Powell, which is a huge paradigm shift for the government.
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Yeah, I look at this and I think about like the shift from everyone having a dedicated physical landline in their house, you know, a literal wire connecting you to the phone company.
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Aaron Powell Yeah, a very physical, rigid system.
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Aaron Powell Exactly.
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Moving from that to everyone sharing bandwidth dynamically on a modern cellular network.
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Aaron Powell That's actually a really good mental model.
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The cellular network analogy works perfectly for the dynamic allocation of resources they're going for here.
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Aaron Powell Because the old way was so wasteful, right?
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Exactly.
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In the old bespoke model, a massive dish might literally sit idle for hours, just waiting for its specific satellite to pass overhead.
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Aaron Powell Just doing nothing.
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Trevor Burrus Right.
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But with NI, the system is designed to seamlessly route incoming Leo passes, GEO data streams, space weather telemetry, whatever it is, through whatever hardware is actually available and capable in the network at that moment.
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Aaron Powell Wait, let me push back on that for a second.
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Sure.
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Because if you transition to dynamic sharing across fewer consolidated dishes, aren't you introducing a massive resource collision problem?
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What does he mean?
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Like what happens when two critical weather satellites pass over the Fairbanks station at the exact same time and they both desperately need a coban downlink?
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Ah, I see what you're saying.
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If you've consolidated your hardware down, you've essentially created a bottleneck where some algorithm has to decide which satellite data gets dropped, right?
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That sounds super risky.
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Well, if we connect this to the bigger picture, that perceived bottleneck is exactly why the architecture incorporates external commercial capacity.
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Oh, okay.
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Yeah, the contract explicitly pushes for integration with GSAS, which is ground system as a service.
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Wait, meaning they aren't just relying on government-owned hardware anymore.
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Right.
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By standardizing the back-end architecture, the system can instantly evaluate the incoming traffic, recognize, say, a collision at that Fairbanks station, and dynamically lease time on a commercial satellite dish.
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Like a dish owned by a private space company.
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Exactly.
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A private dish in a neighboring region.
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So you transform this rigid single point of failure hardware network into a globally distributed elastic web.
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It dramatically increases the overall resiliency of the data flow.
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Wow.
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Okay, but running an elastic globally distributed web of both government and commercial hardware, I mean, that requires an insanely complex financial and administrative framework.
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You can't just hand a vendor$1.2 billion and say, hey, go figure it out.
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Definitely not.
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And looking at the draft RFP, the structure they've landed on is actually fascinating.
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It's an IDIQ contract in definite delivery, indefinite quantity.
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Which is pretty standard for something this massive.
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Right.
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And it spans a 10-year period.
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It has a ceiling of$1.239 billion.
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But, and this part made me laugh, the actual minimum guarantee baked into the contract is a hilariously low$250.
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Yeah, the optics of a$250 minimum on a billion dollar ceiling always look totally absurd to people outside the industry.
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Aaron Powell Sounds like a joke.
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It does.
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Yeah.
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But it's the fundamental mechanism that makes an IDIQ work.
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Look, over a 10-year period, the government cannot possibly predict exactly how many antennas will need maintenance in, say, year seven.
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Right.
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Or what commercial GSAS rates will look like in 2030, or what entirely new satellite architectures are going to launch.
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So they establish the absolute legal maximum they are allowed to spend the ceiling, but the vendors only see real money when the government issues specific, isolated task orders for particular jobs.
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Aaron Powell Exactly.
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The IDIQ is essentially a pre-negotiated hunting license.
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A hunting license.
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I like that.
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It locks in the labor rates, the security clearances, and the overarching rules of engagement.
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So when a piece of hardware suddenly needs upgrading or a new cloud integration is required, the government doesn't have to spend a full year going through a massive procurement cycle.
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Trevor Burrus, Jr.
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Because they've already done the paperwork.
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Exactly.
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They just release a task order to the pre-vetted vendors who already hold the IDIQ.
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And to manage those task orders, the contract is broken down into four distinct functional areas, right?
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Program integration, operations, maintenance, and sustainment.
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Yes, the four pillars.
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And they are allowing up to five different vendors to compete for the task orders in operations, maintenance, and sustainment.
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Basically creating a mini-market.
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Right.
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But the program integration area is strictly awarded to a single vendor.
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And here's the kicker it's the organizational conflict of interest clause, or the OCI.
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Oh, the OCI is everything here.
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The RFP explicitly forbids the company that wins the program integrator role from bidding on any of the other three areas.
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Yeah, the OCI clause is literally the bedrock of the entire management strategy.
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Trevor Burrus, Jr.
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Which makes sense.
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It does.
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The program integrator is responsible for the overarching systems engineering.
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They write the requirements, they evaluate the hardware performance, and they set the schedules.
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So they're the boss.
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Right.
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And if they were allowed to perform the actual maintenance or operations work, the incentive structure becomes incredibly toxic really fast.
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Aaron Powell It's the classic general contractor problem.
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It's exactly it's like you hire a general contractor to oversee the architectural integrity of a brand new skyscraper, but you legally bar them from using their own in-house plumbing or electrical teams.
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Aaron Powell Because otherwise they just grade their own homework.
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Right.
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You have to maintain an absolute firewall between the entity setting the requirements and the entities executing the labor.
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Trevor Burrus, Jr.
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You're separating the referee from the players.
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Trevor Burrus Yes.
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Otherwise, the integrator just feeds the most lucrative task orders to themselves and conveniently buries any performance failures.
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Spot on.
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And to ensure that the program integrator is genuinely acting as this impartial top-tier referee, the government is utilizing the HTRO evaluation process.
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Aaron Powell Which stands for highest technically rated offers.
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Exactly.
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They are making a massive calculation here that technical brilliance is vastly more important than cost savings.
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Aaron Powell Which is wild, right?
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Because the stereotype of government contracting is always lowest bidder wins.
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Always.
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So if they are tossing price to the side during the initial evaluation, they must be absolutely terrified of the technical risk involved in this transition.
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Aaron Powell Terrified is probably the right word.
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The technical risk is monumental.
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In phase I of the HTRO evaluation, the government is essentially ignoring the price tag.
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They don't even care.
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Nope.
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They demand highly detailed day one or sample task order proposals.
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Which means what, practically?
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It means the vendors can't just submit standard corporate marketing material or generic promises.
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They have to provide comprehensive engineering models showing exactly how they intend to manage a specific subset of the architecture from the very minute the contract goes live.
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Wow.
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Yeah.
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The government is willing to pay a premium to avoid the catastrophic failure of a vendor learning on the job.
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And here's where it gets really interesting because the technical realities they have to manage under the sustainment functional area, they feel almost contradictory to me.
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Also.
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Well, the mandate is to aggressively modernize.
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They are forcing a transition to the Nestas common cloud framework, the NCCF.
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Right, pushing everything to the cloud.
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They are demanding agile methodologies, dev secups, pipelines.
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They even require the use of digital twins and artificial intelligence for system monitoring.
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Yeah, the deployment of digital twins in this environment is a massive paradigm shift.
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It sounds like sci-fi.
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It really does.
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Instead of taking a physical 26-meter antenna offline to test a new software patch, which you can't really do, the vendor creates a hyper-accurate virtual replica, a digital twin running entirely in the cloud.
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Like a video game clone of the antenna.
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Exactly.
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And they can simulate extreme weather events, inject malicious code, run stress tests on the virtual model to see how the system reacts.
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All while the real one is still working.
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Exactly.
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All while the physical hardware continues downlinking critical data without a single second of interruption.
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Okay.
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In a vacuum, digital twins and dev set ops sound incredible.
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Yeah.
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But you are attempting to layer these cutting-edge cloud native concepts over legacy physical hardware.
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Trevor Burrus, Jr.
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Very legacy hardware.
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Right.
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In some cases, we are talking about satellite dishes and routing hardware that have literally been sitting in the salt air of Wallops Island for decades.
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Oh yeah.
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The rust is real.
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And you have to do all of this under the crushing weight of a high-risk government cybersecurity classification.
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The statement of work mandates relentless vulnerability scanning, strict zero trust architectures, and automated anti-malware deployments.
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It's an incredibly aggressive cyber posture.
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So I have to ask, isn't this like trying to install a modern smartphone operating system onto a 1998 rotary phone while actively fending off hackers?
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Like, how do you run an automated aggressive vulnerability scan on a system built 20 years ago?
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Doesn't that just crash the operating system?
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It absolutely will crash it.
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You nailed it.
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So what do they do?
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The friction between modern cybersecurity mandates and legacy hardware is the single biggest point of failure in government IT modernization.
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And the statement of work actually acknowledges this reality head on through something called the scanning exclusion list.
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Okay, I saw that in the documents.
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How does that actually function in practice?
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Because it sounds like a giant loophole.
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It's less of a loophole and more of a manual quarantine.
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The vendors have to audit the entire global infrastructure and identify the specific legacy components that are so fragile or bespoke that a standard automated cyber scan would just knock them completely offline.
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They just fall over.
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Right.
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So they put those components on the scanning exclusion list.
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But the government doesn't just give them a free pass.
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They still have to secure it.
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Exactly.
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Once a system is on that list, the vendor has to dedicate highly skilled engineers to manually evaluate, patch, and secure that hardware using alternative, non-disruptive technical means.
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So you're trading an automated software process for incredibly expensive, time-consuming human labor.
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Exactly, which ties directly into the obsolescence prevention clause.
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Oh, the obsolescence stuff is wild.
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It really is.
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The contractors are contractually obligated to maintain this massive radar on the lifespan of every single microchip, server, and software license in the network.
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Like tracking expiration dates on milk, but for microchips.
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Yeah.
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They have to identify any component that is within one year of becoming entirely unsupported by the original manufacturer, and they have to engineer a replacement strategy before it dies.
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And while they are doing all of this, running the manual cyberchecks, predicting hardware death, implementing devsecops, they still have to adhere to the flaw remediation requirements.
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Which is non-negotiable.
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Right.
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They are in a perpetual sprint to patch zero-day exploits, but the SOW explicitly states they cannot cause a single second of downtime on critical weather days.
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Not a single second.
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So if you have an active hurricane in the Gulf of Mexico or a severe solar flare inbound, you cannot take the primary ground station offline to install a mandatory security pack.
00:15:18.559 --> 00:15:21.120
No, the data flow supersedes the cyber update.
00:15:21.279 --> 00:15:21.519
Always.
00:15:21.919 --> 00:15:22.639
So how does that work?
00:15:22.960 --> 00:15:24.799
The operational tension is incredible.
00:15:24.960 --> 00:15:27.200
What's fascinating here is how they handle it.
00:15:27.360 --> 00:15:33.600
You have an inbound cyber threat requiring an immediate patch, but an active weather event prohibiting any system downtime.
00:15:33.919 --> 00:15:35.039
An impossible situation.
00:15:35.440 --> 00:15:35.600
Right.
00:15:35.679 --> 00:15:39.360
So the engineers have to leverage that redundant infrastructure we talked about earlier.
00:15:39.519 --> 00:15:50.320
They fail over the data streams to the backup facility in Fairmont, or they dynamically route it through a commercial GSAS provider, patch the primary system, and fail it back.
00:15:50.639 --> 00:15:51.120
Wow.
00:15:51.360 --> 00:15:53.840
All without dropping a single packet of telemetry.
00:15:54.159 --> 00:16:00.480
That's just a ridiculous amount of pressure, which actually brings the entire conversation crashing down to the human reality of this whole thing.
00:16:00.879 --> 00:16:01.679
The people on the ground.
00:16:02.000 --> 00:16:02.399
Yeah.
00:16:02.720 --> 00:16:12.000
The abstract cloud architecture and the multi-million dollar task orders ultimately rely on individuals sitting at consoles, often in highly isolated environments.
00:16:12.320 --> 00:16:12.720
Absolutely.
00:16:13.200 --> 00:16:22.720
When we look at the human resources and operational policies embedded in the draft RFP, the day-to-day reality of executing this 10-year contract is intense.
00:16:23.039 --> 00:16:29.360
It requires a workforce that can operate under extreme technical pressure, but also strict bureaucratic oversight.
00:16:29.600 --> 00:16:33.120
The behavioral policies outlined for these deployments are incredibly rigid.
00:16:33.519 --> 00:16:38.320
The section detailing the absolute prohibition of sexual harassment and assault stood out immediately to me.
00:16:38.559 --> 00:16:40.240
Yeah, the SASH policies.
00:16:40.879 --> 00:16:41.279
Right.
00:16:41.759 --> 00:16:53.200
It requires mandatory training within 30 days of onboarding, strict annual refreshers, and the deployment of a 247 SASH sexual assault and sexual harassment helpline.
00:16:53.519 --> 00:16:54.159
Which is critical.
00:16:54.480 --> 00:16:54.960
It is.
00:16:55.279 --> 00:17:00.399
And in a standard corporate office, that looks like, you know, standard HR compliance.
00:17:00.720 --> 00:17:06.559
But when you apply it to the geographic footprint of this contract, it takes on a completely different weight.
00:17:06.640 --> 00:17:09.119
Aaron Powell The geographic context changes everything.
00:17:09.279 --> 00:17:16.960
I mean, you have contractors deploying to remote field camps, tracking ships in the middle of the ocean, or spending months at McMurdo station in Antarctica.
00:17:17.279 --> 00:17:21.279
You could literally be sitting at McHardo staring at a satellite dish in the freezing cold.
00:17:21.519 --> 00:17:21.759
Yeah.
00:17:22.000 --> 00:17:31.680
They are operating in physically isolated environments, living in tight quarters with the exact same small team day after day, in perpetual darkness or perpetual daylight, depending on the season.
00:17:31.920 --> 00:17:33.200
It's like being on a submarine.
00:17:33.519 --> 00:17:34.400
Exactly like that.
00:17:34.559 --> 00:17:43.920
In those high stress, closed loop environments, robust safety protocols and an anonymous direct lifeline back to corporate headquarters are critical infrastructure.
00:17:44.240 --> 00:17:46.079
It's not just a poster on the break room wall.
00:17:46.400 --> 00:17:46.720
No.
00:17:47.119 --> 00:17:50.160
The mission fails if the human element degrades.
00:17:50.480 --> 00:17:55.200
And the human element also has to survive the brutal realities of government politics, too.
00:17:55.519 --> 00:17:56.480
Oh, the shutdowns?
00:17:56.799 --> 00:17:57.359
Yeah.
00:17:57.680 --> 00:18:05.200
Because this is a 10-year contract, a government furlough or a full budgetary shutdown is basically a statistical certainty.
00:18:05.519 --> 00:18:06.400
Unfortunately, yes.
00:18:06.640 --> 00:18:11.519
And the guidance and the documents for managing a shutdown is a massive headache for the contracting companies.
00:18:11.839 --> 00:18:15.279
Well, when appropriations lapse, the work doesn't just uniformly freeze.
00:18:15.519 --> 00:18:16.160
What happens?
00:18:16.319 --> 00:18:19.200
The government dictates what is deemed accepted work.
00:18:19.440 --> 00:18:19.839
Right.
00:18:20.079 --> 00:18:30.079
If an engineer is physically operating the antenna array, pulling down telemetry from an active weather satellite, their function is critical to national security and public safety.
00:18:30.319 --> 00:18:31.119
So they keep working.
00:18:31.359 --> 00:18:33.920
They stay on the console regardless of the budget impasse.
00:18:34.400 --> 00:18:42.000
But what about like the engineers handling the long-term cloud migrations or the teams building out the digital twin environments?
00:18:42.480 --> 00:18:44.799
They are generally classified as non-accepted.
00:18:44.880 --> 00:18:47.759
They are legally forced to stop working and are sent home.
00:18:48.079 --> 00:18:48.480
Wow.
00:18:48.640 --> 00:18:49.359
Just go home.
00:18:49.440 --> 00:18:50.240
We can't pay you.
00:18:50.559 --> 00:18:50.960
Yep.
00:18:51.200 --> 00:19:02.000
And from a program management perspective, keeping a highly cleared elite engineering team intact while half of them are furloughed without pay due to political gridlock.
00:19:02.240 --> 00:19:04.720
It's one of the hardest things a prime contractor has to do.
00:19:04.960 --> 00:19:06.400
I bet they just leave for other jobs.
00:19:06.720 --> 00:19:07.359
Exactly.
00:19:07.599 --> 00:19:12.960
The talent bleed during a prolonged shutdown can totally devastate a long-term modernization effort.
00:19:13.200 --> 00:19:20.559
And as if managing the talent pool wasn't hard enough, the prime contractors have to navigate the socioeconomic mandates of the federal government, too.
00:19:20.880 --> 00:19:22.079
The small business quotas.
00:19:22.400 --> 00:19:22.799
Yes.
00:19:23.039 --> 00:19:30.319
The RFP demands that the large prime contractors allocate at least 30% of the total contract value to small businesses.
00:19:30.799 --> 00:19:39.440
And that 30% mandate is a really heavy lift, primarily because of how the government defines acceptable small business participation on a contract like this.
00:19:39.839 --> 00:19:40.079
Right.
00:19:40.160 --> 00:19:44.480
The documents explicitly state that the primes cannot just hand off the low-hanging fruit.
00:19:44.799 --> 00:19:45.839
No, no easy outs.
00:19:46.079 --> 00:19:53.440
You can't just meet your 30% quota by subcontracting out, like the janitorial services, the landscaping, and basic administrative support.
00:19:53.519 --> 00:19:53.680
Trevor Burrus, Jr.
00:19:53.839 --> 00:19:54.240
Right.
00:19:54.559 --> 00:20:04.319
The government demands proof that the small businesses are being given meaningful, complex work that aligns with the core technical mission of the NCAGSS program.
00:20:04.400 --> 00:20:06.319
Aaron Powell Which has to be a management nightmare.
00:20:06.720 --> 00:20:07.279
It is.
00:20:07.519 --> 00:20:19.759
Integrating a 15-person small business into a highly classified DevSecOps pipeline, or tasking them with maintaining a legacy COB and receiver array, it introduces massive management friction.
00:20:19.839 --> 00:20:21.759
Aaron Powell Because the big guy is still responsible.
00:20:22.240 --> 00:20:22.799
Exactly.
00:20:23.039 --> 00:20:26.799
The prime contractor is ultimately on the hook for the system's performance.
00:20:26.960 --> 00:20:37.039
They have to mentor the small business, ensure their cybersecurity posture meets the Department of Commerce standards, and seamlessly weave their output into the broader NAS architecture.
00:20:37.119 --> 00:20:37.279
Trevor Burrus, Jr.
00:20:37.440 --> 00:20:40.400
It's honestly a brilliant reflection of how government contracts operate.
00:20:40.480 --> 00:20:42.000
Aaron Powell They're never just about the tech.
00:20:42.079 --> 00:20:42.240
Trevor Burrus, Jr.
00:20:42.319 --> 00:20:42.480
No.
00:20:42.640 --> 00:20:44.160
They aren't just technical blueprints.
00:20:44.240 --> 00:20:47.440
They are sweeping mechanisms for social and economic policy.
00:20:47.759 --> 00:20:47.920
Absolutely.
00:20:48.079 --> 00:20:48.240
Trevor Burrus, Jr.
00:20:48.319 --> 00:20:58.559
You're demanding cutting-edge cloud integration while enforcing federal labor laws, driving small business economic growth, and managing the psychological well-being of isolated workers in Antarctica.
00:20:58.640 --> 00:20:58.799
Trevor Burrus, Jr.
00:20:58.880 --> 00:21:00.400
Yeah, the billion-dollar balancing act.
00:21:00.559 --> 00:21:00.720
Trevor Burrus, Jr.
00:21:00.799 --> 00:21:13.440
And a failure in any one of those pillars, whether it's, you know, a missed cyber patch, a collapsed subcontractor, or a hardware failure on a 26-meter dish, it just cascades through the entire system.
00:21:13.599 --> 00:21:13.759
Trevor Burrus, Jr.
00:21:13.920 --> 00:21:15.039
Then we feel it here on the ground.
00:21:15.119 --> 00:21:15.680
Aaron Powell We do.
00:21:16.079 --> 00:21:28.400
So to everyone listening, the next time you're tracking a storm on your phone or checking a long-range forecast to see if a drought is going to break, I want you to think about the immense invisible machinery making that data possible.
00:21:28.480 --> 00:21:29.920
Aaron Powell It's easy to take for granted.
00:21:30.000 --> 00:21:30.160
Trevor Burrus, Jr.
00:21:30.240 --> 00:21:30.880
It really is.
00:21:31.039 --> 00:21:48.559
Behind that seamless digital experience is a$1.2 billion bureaucratic framework, thousands of engineers battling obsolete hardware, complex small business integrations, and the harsh realities of extreme environments, all working frantically to keep the data flowing from space down to your screen.
00:21:49.039 --> 00:21:58.400
And you know, as we look toward the next decade of this infrastructure, this shift toward NAS and the heavy reliance on commercial GSAS providers leaves us with a critical strategic question.
00:21:58.880 --> 00:22:06.000
Historically, the ground Systems capturing our weather and environmental data were purely public assets, wholly owned and controlled by the government.
00:22:06.319 --> 00:22:07.599
Yeah, paid for by taxpayers.
00:22:08.000 --> 00:22:08.480
Exactly.
00:22:08.720 --> 00:22:15.680
But as NOAA increasingly leans on private corporate infrastructure to supplement their network, where is the line?
00:22:16.000 --> 00:22:16.880
That's the big question.
00:22:17.279 --> 00:22:29.759
At what point does the life-saving environmental data we rely on for national security stop being a public utility and start becoming inextricably dependent on the profit margins and operational priorities of private space companies?
00:22:30.000 --> 00:22:33.920
What happens when the public interest and corporate bottom lines collide in orbit?
00:22:34.240 --> 00:22:39.359
Man, that is a profound question to chew on as the commercial space sector just continues to explode.
00:22:39.519 --> 00:22:40.880
Thanks for taking this deep dive with us.
00:22:40.960 --> 00:22:41.839
We'll see you next time.