Apple,in orbit.

A proposal to bring Symphony Space’s reusable orbital platform, team and launch into Apple.
Confidential. Prepared for Apple.Symphony Space, November 2026
The moment

Apple’s satellite features run on someone else’s network.

2022Apple goes to orbit

Emergency SOS via satellite launches on iPhone 14, followed by Messages, Find My and Roadside Assistance.

$1.5BCommitted to a partner

Apple funds Globalstar’s next constellation in exchange for 85% of its capacity.

2026The partner changes hands

Amazon acquires Globalstar and becomes the primary satellite provider for iPhone and Apple Watch.

Apple took silicon and modems in-house when they became core to the product. Orbit is next.

Symphony Space

Spacecraft that upgrade in orbit.

Adagio is a reusable, uncrewed platform. Payloads sit in swappable modules that robotic arms replace and upgrade in orbit, so the hardware in space keeps getting better instead of aging out.

Adagio reconfiguring on orbit, animation. Patent pending.
1,200 kgReconfigurable payload capacity
12Modules, swapped robotically on orbit
15 yrsPlatform life, refreshed rather than replaced
12–200 kWPower, from Adagio to Adagio-XL
1–10 GbpsSecure optical crosslinks
Apr 2028First flight, launch slot secured
Why it fits Apple

Hardware that upgrades like an iPhone.

Apple ships new silicon every year. Satellites still fly their launch-day hardware until they die.

A typical satelliteFrozen at launch
One hardware generation for its whole life
On AdagioModules swapped in orbit
Gen 1
Gen 2
Gen 3
Gen 4
Gen 5
Year 0Year 15Illustrative
Vertical integrationApple-designed payloads on an Apple-owned platform, from the chip to the orbit.
Privacy by architectureData handled on Apple hardware in isolated channels, not on a partner’s network.
The upgrade cycleNew radios, sensors and silicon reach orbit on Apple’s schedule, not a satellite’s.
Possibilities

What Apple could build on it.

01Connectivity Apple controls

Host Apple-designed direct-to-device payloads, then refresh them as radios improve, the way iPhone modems do.

02Apple silicon in orbit

Process data in space on Apple hardware, so less raw data crosses anyone else’s network.

03Maps and location

Imagery, positioning and timing payloads that feed Maps, Find My and satellite features directly.

04Resilience

Emergency and messaging capacity under Apple’s own control, with spares on orbit for continuity.

Illustrative applications for discussion. Symphony’s platform hosts payloads from any vendor through one standard interface.

The IP
Render of the Symphony Wireless Interface System, a cylindrical docking interface with a ring of power and data pads around a central capture plate

The interface that makes it work.

SWIS, the Symphony Wireless Interface System, carries power and data across a pin-free docking interface, so modules can be swapped in orbit again and again.

2 patents pendingSpacecraft architecture and the docking interface

Trade secretsCore interface design, held in-house

A full product familyDesigns from the Prelude demonstrator to 200 kW Adagio-XL

What Apple gets

Everything needed to fly in 2028.

IPPatents and designs

Two patent filings, the SWIS interface, flight software in development and the full platform family.

Apr 2028A secured launch slot

A rideshare from Cape Canaveral. Launch slots are typically booked 12–24 months ahead.

12 moThe team, committed

Founders and engineers working inside Apple for a year to transfer the program and fly it.

BuiltA program in motion

Interface design review complete, prototyping under way, supply chain and contractors secured.

Also in hand: 29 signed LOIs and agreements, and Space Force engagement, which Apple can keep, transfer or wind down.

Build or acquire

Years of work, already done.

Build in-houseHire, design, procure, book launch
Concept to orbit: typically 3–7 years
Acquire SymphonyTeam, IP and launch in place
In orbit April 2028
Starting today Illustrative
TeamSpacecraft engineers with 97 missions of heritage, already working together.
ScheduleDesign review done and a launch slot booked, so the first flight is fixed.
AccessRelationships with regulators, Space Force and launch providers that take years to build.
The team

The team that comes with it.

Merry WalkerCo-founder and CEO

Former White House OSTP International S&T Lead and 12-year Foreign Service veteran in emerging tech and space; contributor to the Artemis Accords, with relationships across 60+ governments. Mechanical engineer; earlier battery work at GM.

Nicolas MaubertCo-founder and CTO

25+ years in space systems. Galileo IOV Chief Engineer for design and validation at ESA-ESTEC; CNES Representative to the U.S. with oversight of 97 missions; Launch Manager at Kourou.

Dr. Theresa SulowayChief Engineer

Former NIST Chief Engineer; 21 years on satellite systems. PhD, Caltech.

Mariah HarrisSystems Engineer, GNC & Robotics

GNC and flight software for MRV and MEP; 100+ console hours on MEV.

Emma FriedmanChief of Staff

NASA Goddard GEO ground project; NASA Langley and White House communications.

Proposed terms

A simple path.

$100MAcquisition of Symphony Space
Assets

All IP, including patent filings, the SWIS interface, designs and software, plus the April 2028 launch slot.

Team

Founders and core engineers commit 12 months inside Apple to transfer the program and fly Prelude.

Next steps

Mutual NDA, a technical deep dive with our CTO, then diligence through our data room.

Indicative and non-binding. Subject to diligence and a definitive agreement.

Let’s take Appleto orbit.

merry@symphony-space.com Merry Walker, Co-founder and CEO, Symphony Space. Confidential.
symphony-space.comArlington, Virginia
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