Verizon 5G Powers Lockheed’s Invisible Drone Wall
Lockheed Martin’s New Drone Detection Service Uses 5G Networks to Spot Flying Threats
What Is NetSense? (The Big Picture)
Imagine if the cell towers already standing in your neighborhood could do a second job—like acting as security cameras for the sky. That’s exactly what Lockheed Martin (a major US defense contractor) is building with a new service called NetSense.
NetSense is an "airspace awareness-as-a-service" system. In plain English: it’s a subscription service that uses existing 5G networks to detect, track, and monitor drones (officially called unmanned aircraft systems or UAS) flying overhead.
Important Point
NetSense doesn’t require building new towers or installing special radar equipment. It cleverly uses the 5G signals already traveling through the air—turning the network itself into a giant sensor.
How Does It Work? (ELI5 Explanation)
Think of 5G signals like invisible light beams connecting your phone to a cell tower. When a drone flies through those beams, it creates tiny disturbances—like ripples in a pond when a duck swims through.
NetSense uses AI (Artificial Intelligence) to spot those ripples and figure out: "Hey, there’s a drone over there!"
The Step-by-Step Process
-
5G Signals Flow Normally
Verizon’s 5G network sends radio signals between towers and devices (phones, cars, sensors). -
Drones Disturb the Signals
When a drone flies nearby, it reflects and scatters those radio waves—creating a unique "fingerprint." -
ODC’s AI-RAN Software Collects Data
Software from startup ODC gathers the radio measurements the network is already collecting—no extra hardware needed. -
Nvidia’s AI Analyzes in Real Time
The data flows into Nvidia’s AI Aerial platform, which uses artificial intelligence to spot the telltale patterns of a drone. -
Lockheed Martin’s Algorithms Identify & Track
Lockheed’s own defense-grade algorithms (from their Astris AI subsidiary) classify the object: Drone? Bird? Plane? Then they track its path. -
Keysight Makes Sure It All Works
Keysight Technologies provides simulation and testing tools to verify the system performs correctly before it goes live. - Alert Sent to Security Teams
The result: a real-time alert on a dashboard—"Drone detected at GPS coordinates X, Y, moving north at 30 mph."
Who’s Involved? (The Team Behind NetSense)
| Company | Role |
|---|---|
| Lockheed Martin | Lead integrator; provides defense-grade tracking algorithms via Astris AI subsidiary |
| Verizon | Supplies the 5G network infrastructure |
| Nvidia | Provides the AI Aerial platform for real-time signal analysis |
| ODC | Supplies AI-RAN software that extracts sensing data from the 5G network |
| Keysight Technologies | Provides RF (radio frequency) modeling, simulation, and test capabilities |
Important Point
Astris AI is a new Lockheed Martin subsidiary (launched December 2024) created specifically to turn military-grade AI tech into commercial products. NetSense is one of its first major projects.
Successful Live Demo Near Miami
In March 2025, the team ran a live demonstration near Miami, Florida. The test site was described as:
"A critical, high-traffic, urban area important for American protection."
What the Demo Proved
- NetSense can identify, track, and monitor drones in a busy city environment
- It works without modifying the 5G network—just software on top
- It detected real drones showing up in the test area and alerted the team
- Used existing Verizon 5G spectrum—no special frequencies reserved
When Can You Get It? (Timeline)
| Phase | Timing |
|---|---|
| Prototype Unveiled | March 2025 |
| Live Demo Completed | March 2025 (near Miami) |
| Pilot Deployments | Late 2025 → Early 2026 |
| General Availability (Subscription Launch) | 2027 |
Important Point
NetSense will be sold as a subscription service that integrates with customers’ existing security operations centers—like adding a new camera feed to their monitoring screens.
Where Will It Be Used? (Target Applications)
Lockheed Martin sees NetSense protecting:
- Critical infrastructure (power plants, water treatment, refineries)
- Large stadium events (concerts, sports games)
- Airports (preventing drone incursions near runways)
- Hospitals (protecting medevac helipads and patient privacy)
- Schools (campus security)
- Government facilities (local, state, and federal agencies)
Important Point
Sarah Hiza, Lockheed Martin’s Senior VP of Technology & Strategic Innovation, said:
"As drones become more affordable and accessible, airspace awareness technology needs to evolve rapidly to outpace potential threats… By working within the established 5G network spectrum, we’re able to deploy a solution that’s ready at the time of need."
The Bigger Picture: 5G.MIL and the Road to 6G
NetSense didn’t appear out of nowhere—it grows from a years-long military program.
The 5G.MIL Program (Since Late 2021)
Lockheed Martin’s 5G.MIL program aims to use commercial 5G technology for the US military’s JADC2 project (Joint All-Domain Command and Control—connecting sensors and shooters across land, sea, air, space, and cyber).
Key partners in 5G.MIL:
- Verizon
- Keysight
- Nokia Federal Solutions (joined 2024)
This Is Also a Stepping Stone to 6G ISAC
ISAC = Integrated Sensing and Communication
A fancy term for: "6G networks will do communication AND radar-like sensing at the same time."
- AT&T and Ericsson ran a similar 5G drone-detection demo last month
- Orange Business (Europe) launched Orange Drone Guardian in early 2025
- Analyst Ildefonso de la Cruz (Omdia) says ISAC "repurposes existing cellular infrastructure… eliminates the immense financial and logistical hurdles of deploying brand-new, single-purpose counter-drone sensor arrays."
Important Point
Verizon’s Anil Guntupali put it perfectly:
"The 5G network is doing airspace sensing as a second job. For airports, stadiums, utilities, and hospitals, it means UAS awareness that can be deployed on infrastructure that is already on the ground."
Summary
| What | Details |
|---|---|
| Product | NetSense — "Airspace Awareness-as-a-Service" |
| Core Idea | Use existing 5G signals + AI to detect drones—no new hardware needed |
| Key Partners | Lockheed Martin (lead), Verizon (5G), Nvidia (AI), ODC (AI-RAN software), Keysight (RF testing) |
| Proven In | Live demo near Miami, March 2025 (busy urban environment) |
| Business Model | Subscription service, integrates with security operations |
| Launch Timeline | Pilots late 2025/early 2026 → General availability 2027 |
| Target Customers | Critical infrastructure, stadiums, airports, hospitals, schools, government |
| Strategic Context | Born from 5G.MIL military program; pathway to 6G ISAC (sensing + comms) |
FAQ
1. Does NetSense require installing new cell towers or antennas?
No. That’s the breakthrough. It runs entirely on existing 5G infrastructure—the same towers and spectrum Verizon already uses for phone service. The "sensing" happens in software, analyzing signals already in the air.
2. Can it tell the difference between a drone and a bird?
Yes. The AI analyzes the pattern of radio wave disturbances. Drones (with spinning rotors, metal bodies, and electronic signals) create a distinct signature compared to birds, planes, or weather. Lockheed’s defense-grade algorithms are trained to classify them accurately.
3. Is this only for the military?
No. While the tech originated from Lockheed’s 5G.MIL defense program, NetSense is a commercial product for civilian customers: stadiums, airports, power plants, hospitals, schools, and government agencies. It’s sold as a subscription service.
4. Will it work on networks other than Verizon?
Yes. Lockheed Martin says NetSense "can be deployed on any 5G or future 6G network." The demo used Verizon, but the architecture is network-agnostic.
5. What happens when 6G arrives?
NetSense is designed to evolve into 6G ISAC (Integrated Sensing and Communication). 6G standards will bake sensing directly into the network protocol—making drone detection even more precise, widespread, and native. Today’s 5G deployment is the proving ground for tomorrow’s 6G capability.