The New Zealand Defence Force has completed a trial of Starshield, moving closer to purchasing services from Elon Musk’s private satellite network for secret communications. The assessment comes as global military forces grapple with the operational risks of relying on commercial space architecture during active conflicts.
For more than two years, military planners in Wellington have weighed the vulnerabilities of a hollowed-out defense apparatus against the undeniable capability of SpaceX’s military-grade network. According to rnz.co.nz reporting, the New Zealand Defence Force ran a six-month trial of Starshield, marking the first confirmed instance of a government outside the United States testing the two-year-old system.
Defense officials told rnz.co.nz on Friday that the trial showed potential utility for the NZDF. Yet, details of the outcomes remain heavily restricted under national security exemptions, leaving the public in the dark about how the technology performed in local operational environments.
The Path to the Indemnity Agreement
Documents and emails released under the Official Information Act show that defense managers initially scrambled to find a fast-track option in June 2024. One capability manager candidly admitted to an FMS manager that the organization was stretched thin, noting that staff had to wear many hats in an agency crippled by a persistent personnel deficit.
By mid-2026, the New Zealand Army remained roughly 700 personnel short, particularly within critical leadership and instructor ranks. Faced with a depleted workforce and aging infrastructure, military planners concluded that the NZDF could not procure equivalent deliverables from any other supplier outside the United States government.
In December 2025, Collins signed a mandatory indemnity agreement to shield the United States from any damages claims, a routine prerequisite of the US government’s Foreign Military Sales system. Defense officials assured the minister that any potential loss under the indemnity would be unlikely to exceed $10 million.
Through this arrangement, New Zealand gained access to the network at the same price point as Washington, using American purchasing power and technical support on a not-for-profit basis.
Ukrainian Drone Operations Hit Speed Limits and Satellite Shutdowns
While Wellington found practical utility in the system, international events cast a long shadow over the procurement. RNZ revealed that for more than a week in October 2026, Ukrainian drone operators found their high-speed satellite links shut off when terminals exceeded speeds of 160 kilometers per hour. The disruption hampered defensive operations and air defense missions, throwing a spotlight on the inherent dangers of depending on private contractors during wartime.
As RNZ noted, the incident highlighted how little is publicly understood about how Starshield operates alongside its commercial counterpart, Starlink. The NZDF has relied on Starlink since 2022, but Starshield offers higher encryption and hardened systems designed to resist counterspace attacks.
Weighing Strategic Integration Against Sovereign Limits
| Entity / Program | Primary Function | Associated Provider | Strategic Context |
|---|---|---|---|
| Starlink | Commercial broadband and consumer internet | SpaceX | Utilized globally by enterprise and military users since 2022 |
| Starshield | Secure military grade internet services and data transfer | SpaceX | Employs hardened hardware and encrypted terminals for military operations |
| Maven Smart System | AI-powered military targeting and data analysis software | Palantir | Subject to intense European scrutiny over foreign contractor access |
While Washington continues to lean aggressively into commercial space partnerships—highlighted by the US Space Force event themed 'Fielding the Arsenal of Freedom'—Wellington must handle strict US export controls without the direct legislative shortcuts afforded to AUKUS members.
The Pentagon remains SpaceX’s largest customer, pouring billions into both Starlink and Starshield while developing dedicated assets like the National Reconnaissance Office spy constellation. For New Zealand, hitching its secure communications to Musk’s infrastructure represents a pragmatic compromise between operational necessity and sovereign limitation. Subsequent acquisitions will follow normal capability management processes, though the underlying tension between state security and private corporate control remains unresolved.
