JPMorgan and Axon Discuss U.S. Data Center Drone Defense Strategy
N.R. Finch
JPMorgan analyst Joseph Cardoso's team held a call with Axon's chief product and technology officer, focusing on the U.S. counter-drone market — recent drone strikes on data centers in the Middle East are driving U.S. operators to seek proactive defenses, and two key 2025 regulatory changes have removed the biggest barriers to scaled deployment.
Why are U.S. data centers suddenly worried about drones?
The direct trigger: drone attacks on data centers in the Middle East pushed U.S. operators to seek preemptive counter-drone capabilities.
This means → data-center security is moving beyond fences and cameras into an entirely new layer — airspace defense.
Axon's chief product officer Jeff Kunins framed security as the priority use case in a call with JPMorgan analyst Joseph Cardoso's team.
What changed on the regulatory side — and why does Axon call it a "milestone"?
In August 2025, the FAA and TSA revised beyond-visual-line-of-sight (BVLOS) flight rules, eliminating the requirement for one human observer per drone — the single biggest bottleneck to scaled deployment.
In plain terms = every drone used to need a person on the ground watching it, making cost reduction impossible. That requirement is now gone.
In December 2025 the Safer Skies Act extended drone-intervention authority to select state and local law enforcement agencies. Axon described the combined changes as "milestone, not incremental" regulatory catch-up.
How does Axon use drones itself — and which applications land first?
Axon already runs hourly drone patrols at its own headquarters and conducts automated inventory checks in its warehouses — using itself as the test bed.
Specific use cases presented to JPMorgan: data-center perimeter security, logistics-network surveillance, corporate-campus patrol.
Axon's view: security applications land first, followed by operational uses (such as inventory) to expand the addressable market.
With so many counter-drone technologies, why can none of them dominate?
Kunins described the current counter-UAS (C-UAS) market as a "land grab": RF jamming, cyber takeover, directed-energy lasers, interceptor drones, and kinetic solutions all coexist.
The core problem: no single approach achieves a high success rate balancing effectiveness and cost, especially in crowded civilian environments where deployment constraints are tightest.
This reflects a market still in a rapid iterate-and-cull cycle, with no convergence on a winning technology stack.
Why did Axon pick opposite strategies for two different segments?
Counter-drone: open ecosystem. Through its Dedrone platform — a drone-detection system — Axon integrates its own RF sensors and jamming hardware while remaining compatible with third-party devices, hedging against technology-path uncertainty.
First response: vertical integration. In drone-as-first-responder (DFR) — where law enforcement sends a drone to the scene ahead of officers — Axon locks in with Skydio and plugs it into the Fusus real-time crime center, Axon Evidence, and body-camera systems.
In plain terms = on defense, Axon plugs in whichever vendor works best and bets on no single path; on offense (emergency response), it wires hardware to software end-to-end and locks the ecosystem.
What does "Made in America" mean in this market?
Axon argues Skydio's cost-performance in law enforcement already exceeds Asian competitors, and "Made in America" carries a lasting policy dividend.
This means → restrictions on foreign drone and camera suppliers, driven by data-security concerns, enjoy bipartisan support — a structural barrier that does not swing with election cycles.
For Axon, the entry threshold into public-safety and critical-infrastructure markets is itself the moat.
Content is for reference only, not financial advice.