Building the On-Orbit Highways: Logistics, Data, and the Infrastructure Powering the Next Space Economy
If the next chapter of the space economy is about scale, then infrastructure is the headline.
At spaceNEXT 2026, Anna Nissinen (Fairfax County Economic Development Authority) moderated a forward-looking conversation on what it will take to build resilient “on-orbit highways” — the physical, digital, and logistical backbone of sustained space operations.
Joining her on stage were Dave Hebert (Astroscale U.S.), Paula Trimble (Muon Space), and Giovanni Rosanova, Jr. (NASA Wallops Flight Facility). Together, they unpacked a central question:
What does operational space infrastructure actually look like — and what’s still missing?
From One-Off Missions to a Logistics Economy
For decades, space missions were built as standalone systems.
Launch it.
Use it.
Let it drift.
“If you took a ship or aircraft on Earth and threw it away after one trip, we’d say that’s absurd,” Hebert noted. “Historically, that’s how space has operated.”
Astroscale’s work in in-space inspection, life extension, refueling, maneuvering, and debris removal represents a shift from disposable spacecraft to logistical continuity. Instead of designing missions that are frozen at launch, the industry is beginning to imagine spacecraft that can be upgraded, refueled, repositioned, and repurposed.
That shift unlocks something profound: missions that evolve over time rather than expire.
Resilience Is Margin
The conversation repeatedly returned to resilience — not as an abstract idea, but as architectural margin.
Margin in launch capacity.
Margin in constellation size.
Margin in supply chains.
Margin in servicing capability.
If a system has no margin, a single failure can collapse it. If it has redundancy and flexibility, it absorbs shocks.
Trimble described how the Space Development Agency pioneered a proliferated LEO model — replacing a handful of exquisite, decades-long satellites with hundreds of smaller, rapidly refreshed systems. Resilience by design.
“Speed and scale,” she said, are no longer optional. They are structural.
Data Is the Real Highway
While much of the discussion centered on physical logistics, another layer of infrastructure is just as critical: persistent, low-latency data.
Today’s space systems are increasingly part of a global mesh network. Optical links between satellites, direct-to-user connectivity, and on-orbit data processing are reducing the time from data to decision.
What once required dial-up speeds now demands instantaneous connectivity.
For national security, that means seconds matter.
For commercial markets, latency defines competitiveness.
For consumers, it’s now invisible but expected.
As Trimble put it: “It’s a make-or-break business issue.”
The highway isn’t just orbital mechanics — it’s bandwidth.
The Blurring of Earth and Orbit
Another theme that surfaced: the convergence of terrestrial and space-based systems.
Space is no longer a remote frontier. It is embedded in daily life:
GPS timing in smartphones.
Satellite-enabled emergency rescues.
Global broadband at sea.
Wildfire detection from orbit.
Muon Space’s wildfire constellation — developed through a public-private-philanthropic partnership — illustrates this convergence. What begins as environmental monitoring becomes dual-use capability, with national security, disaster response, and commercial implications.
The boundary between space and Earth is dissolving.
Public-Private Models That Work
The panel highlighted several emerging models that are reshaping how infrastructure gets built:
Astroscale’s cost-share refueling spacecraft with the U.S. Space Force demonstrates shared financial risk between public and private actors.
Muon’s wildfire constellation combines philanthropic seed funding, government evaluation, and private capital to accelerate deployment.
NASA’s partnerships — from testing servicing capabilities at Goddard to contracting orbit-raising services for observatories — show an agency increasingly comfortable buying services rather than owning everything outright.
The shift from cost-plus contracts to firm fixed-price models was a recurring theme. Fixed-price contracts provide predictable demand signals, enabling companies to raise capital and move faster.
The government becomes an anchor customer — not the sole architect.
What Still Needs to Happen
When asked what must happen in the next five years to accelerate space infrastructure, the answers were strikingly aligned:
Build servicing and adaptability into missions from the start.
Invest consistently — people, capital, and time.
Expand launch capacity and ground infrastructure.
Develop the workforce at scale.
Reduce unnecessary bureaucratic friction.
“Resources,” Trimble said plainly. “We need resources.”
Rosanova echoed that from the government side: reduce friction, enable industry, and keep investing in first-of-a-kind capabilities that commercial markets can later perfect.
From Vision to Normal
At one point, the conversation drifted into imagination — the dream of stepping into a personal spacecraft like the Millennium Falcon and flying wherever you want.
But imagination alone isn’t enough.
Highways require construction equipment.
Maintenance crews.
Traffic management.
Standards.
Financing.
Rescue services.
And rules of the road.
Space is now at that moment.
For decades, governments laid the foundation. Today, commercial actors are building on top of it. Logistics, data, servicing, proliferated constellations, public-private partnerships — these are not distant ideas. They are operational realities.
The question is no longer whether space infrastructure will mature.
It’s how quickly we can build enough margin, enough speed, and enough resilience to make space not extraordinary —
but normal.
And if this panel was any indication, the highway is already under construction.
