Introduction

Security teams protect people, property, or information. Now they also need
to look up, to ensure their airspace is clear from drone threats.

Drone incidents around the world are only increasing in number, even being used as terrorist weapons abroad and in the U.S. As more productive drones enter our airspace, accelerated by COVID-19 shutdowns, security leaders are taking steps to integrate counter-drone solutions into their security infrastructure. This technology enables them to differentiate between cooperative and uncooperative drone activity and prevent physical or cybersecurity breaches to protect operational continuity.

Over the course of 2022, the drone industry will mature unmanned air traffic management programs, including Remote ID, showing security providers the nature of authorized, cooperative drone activity in their area. Progressive cities will integrate drone detection and identification into their overall security infrastructure– managed locally as a utility through city government and/or law enforcement and provided as-a-service to local organizations

This report covers the following industries:

  • Airports
  • Critical Infrastructure
  • Law Enforcement
  • Corrections
  • Stadiums and Public Events
  • Defense and High Value Government Assets

Insights By Industry

Airports

Airports are continuing to recover from COVID-19 slowdowns and shifting their focus to emerging threats. In fact, the U.S Federal Aviation Administration’s (FAA’s) records show a 74% increase in visual drone sightings at US airports from 2020 to 2021. Equally, proprietary Dedrone data from airports around the world, protected by Dedrone show:

  • 305% increase in flights near airports from 2019 to 2021.
  • An average of 5-10 drone detections per month per airport
  • Night time flights, which are always more concerning by nature, has also grown with 11% (2019), 15% (2020), and 17% (2021) of flights near airports protected by Dedrone.

In 2021, the FAA launched the Airport Unmanned Aircraft Systems Detection and Mitigation Research Program, a program to test counter-drone technology at five U.S.

international airports. The ultimate objective of the program is to make airports safer for passengers and manned aircraft from drone threats. Additionally, in 2021, INTERPOL carried out full-scale drone countermeasure exercise at Oslo International Airport that Dedrone was invited to participate in.

Dedrone protects 20+ airports worldwide including Newcastle International Airport, Perth, Scotland Airport, among dozens of others.

READ MORE:

Asset 54report

Drone detected by Dedrone

 

Asset 53report-1

Critical Infrastructure

In October 2021, The National Counterterrorism Center (NCC) inside the U.S. Department of Homeland Security (DHS) with the Federal Bureau of Investigation, (FBI) jointly revealed the first known case of a drone-based terrorist attack on U.S. soil. The incident was made public in November 2021 to heighten local authorities’ awareness of this vulnerability, but it actually occurred in July 2020. It was a modified drone, designed to evade detection and disrupt Pennsylvania’s electrical grid. Drones will continue to show up at critical sites, such as a swarm of mysterious drones found at Palo Verde Nuclear Power Plant, or a crash into energy facilities, including a power plant in New York City.

Critical infrastructure sites, including chemical, communications, energy and nuclear facilities must be protected from drone threats. A drone attack, like the one in Pennsylvania, may incapacitate or destroy a critical site, causing debilitating effects on security, national economic security, national public health, and safety.

READ MORE:

Asset 52report

Drone detected by Dedrone

Asset 51report

Local Law Enforcement

Forward thinking cities are embracing the integration of drones for productive uses including deliveries, inspections, and public safety, while also considering how to manage drone traffic and differentiate between authorized and unauthorized or even malicious drones. Public safety is the highest priority for law enforcement, and smart airspace security systems allow local governments and law enforcement to comprehensively monitor their airspace for all drone activity, including higher risk areas like critical infrastructure sites, airports, events and high-traffic pedestrian areas.

Unauthorized drones disrupt law enforcement actions including delaying aerial emergency response, disputing spectator events, delivering controlled substances, observing police operations and surveilling critical facilities. Additionally, law enforcement must take steps to protect their own drone operations against bad actors.

READ MORE:

Asset 55report

Drone detected by Dedrone

Corrections

Around the world, correctional facilities continue to report on drones dropping contraband – an issue that has persisted and escalated since consumer drones became available almost 15 years ago. Across prisons, Dedrone proprietary data shows a 217% increase in drone sightings from precovid times. Canadian prisons report almost daily drone deliveries of contraband and in the U.S. headlines continue to be flooded with reports of drones at prisons – including a prison-bound drone with dangerous contraband crashing into a school yard. Tobacco, phones, drugs, and weapons are regularly dropped by drones into prisons, causing severe disruption to operations and threatening the safety of inmates and officers.

READ MORE:

Asset 50report

Drone detected by Dedrone

Asset 49report

Stadiums and Public Events

Spectators are excited to be back, following the historic international shutdown of in-person events. As venue and public security teams continue to adapt to new health and safety protocols stemming from the COVID-19 pandemic, another rising security concern has emerged – the risk of drones.

Drone disruptions at stadiums are not new, but more people realize how easy it is to cause damage to a stadium full of fans, and how harmful these drone events could be to operational continuity. Just imagine a drone dropping a white powdery substance into a full arena – even talcum powder could cause mass panic and injuries. Additionally, drones may play just a small part of a broader exploitation plan: they could be used for surveillance to assess the site for vulnerabilities before entering, or even spy on team practices to gain the competitive advantage.

READ MORE:

Asset 48report

Defense and High Value Government Assets

The counter-drone industry is at the forefront of emerging airspace threats. Small and mid-sized drones are accessible, easy to deploy, and thus an easy vector for nefarious activity including hostile surveillance, weapons delivery and even detonation. For example, the recent assassination attempt on the Iraqi prime minister. Additionally, military activity in the Middle East related to the 2021 U.S. exit from Afghanistan, has renewed concerns on how to prevent a resurgence of terrorism on U.S. soil or U.S./allied assets around the world.

Military forces may be unprepared for a drone attack today but can now quickly deploy counter-drone programs to protect civilians, civil servants, operations and information from spying drones or drone attacks.

READ MORE:

Asset 47report

Drone detected by Dedrone

 

Asset 46report

Five Steps to Go Beyond “Anti-Drone” Mentality and Achieve True Airspace Security

The best anti-drone solution is able to detect, identify and locate drones and their pilots, however, to achieve true airspace security, leaders must go further. Simply implementing a counter-drone technology is not enough to protect people, property and information from drone-based threats. Security managers must recognize that not all drones are “bad”. Identifying “friend” vs. “foe” drone to enable the continued increased productivity delivered by drones while avoiding safety and security breaches. Organizations can take the following steps to ensure safety from above

  1. Fully integrate an airspace security solution that can differentiate “friend” vs. “foe” into your existing security infrastructure
  2. Create and implement airspace security SOPs based on site specific drone activity data
  3. Execute targeted public awareness programs including signage and local law enforcement communications program
  4. Train security teams and local law enforcement on what to do before, during and after a drone incursion
  5. Assess past performance through After-Action Reports (AARs) and continuously implement improvements

Ensure Continuous Improvement

All excellent security teams know that continuous improvement is the key to true security solutions. Below are the four stages of airspace security continuous improvement that all teams can follow to remain strong against drone based threats.

Infographic

SOP continuous improvement enabled by Dedrone

Predictions for 2022

Asset 43report

Drone detected by Dedrone

 

1


DJI’s market share will continue to erode in the consumer and enterprise market at a faster than expected rate.

VC fueled innovative startups will take significant share (in specific use-cases) and start the process of bending the cost curve to be competitive vs. DJI in a significant way. Dedrone predicts the erosion will be steeper than expected especially with the latest pricing of DJI’s newest drone, the Mavic 3.

2


Drone use-cases in remote areas / states with sparse population will “take off” (pun intended!), be it for logistics or transportation.

Programs like the Vantis in North Dakota will be shining examples for how other states will embrace and prepare for this paradigm shift especially with BVLOS becoming more widely accepted and approved.

3


A U.S. critical infrastructure site (airport or power grid or O&G) will experience a drone-based attack in 2022.

Sounds dramatic but we all know it is only a matter of time. In fact, the first terrorist drone-based attack on U.S. soil has already occurred (recent news reports on the revelation by the FBI about a potential attack on a utility grid in the North East). Next time the attack will be more public and likely more “successful” with potential impact to millions of citizens.

4


Unauthorized drones at prisons is a preventable risk, and 2022 will be a watershed year for the widespread adoption of drone detection technology at prisons.

This expansion of prison security capability will be linked to the creation of standard operating procedures (SOPs) for drone incursions at prisons.

5


The next serious conflict / war in 2022 will be won or lost on drone technology / unmanned aerial supremacy

We have seen these technologies (UAV and counter-UAV) employed for years to come and drones have the potential to become the pivotal 21st century capability that will start setting militaries apart.

6


The widespread adoption of counter-drone technologies by governments will expand.

Both military forces needing defense on the war field and to protect high value government assets to local law enforcement agencies protecting public assets and citizens, the need for counter-drone solutions will soar as drone activity

Asset 45report

Drone detected by Dedrone

 

7


Governments around the world will initiate grant programs to protect critical infrastructure against drone attacks.

Today, only a handful of smaller FEMA grants exist to support local governments against drone attacks and the recent U.S. Infrastructure bill went more toward repairing 20th century assets than protecting against 21st century threats therefore more monies will be needed to fight this risk.

8


Local law enforcement in conjunction with federal agencies will lead the way to protect cities against drone threats.

A few forward thinking cities will set-up monitored airspace programs to create a protective bubble of airspace security around city cores and their critical sites.

9


Laws against pilots of unauthorized drone use will strengthen.

Stronger laws give police more power while at the same time drone activity analytics will be used to investigate unauthorized drone pilots and provide evidence to apprehend pilots and complete criminal cases. Rapid response is key to apprehending drone pilots, and in 2022, we will begin to see emerging and increasing cases of drone pilots being approached and arrested by law enforcement during, not after, the unauthorized drone flight

10


Thee FAA will not declare a standard for drone detection or mitigation in 2022.

However, the agency will strengthen law enforcement’s ability to declare Temporary Flight Restricted areas (TFRs), especially around SEAR 2/3 events.

Conclusion

Cities, private companies and government agency operations are starting to deploy counter-drone technology to detect, identify and locate their drone activity.

In the near future, all cities will inevitably require complete airspace awareness on their drone activity. COVID-19 related shutdowns accelerated use-cases for drones, and with more drones in the skies, come more exposed vulnerabilities. Security teams must have the ability to differentiate between productive and unauthorized or hostile drones in their area.

The world’s most secure organizations rely on smart airspace security for automated, continuous protection of their airspace against unauthorized drones but they do not stop there.

Prevent losses with data-driven and continuously improving, smart airspace security programs. Within a matter of minutes, security providers can install and launch their drone detection solution and begin assessing their airspace activity. With early detection and in-depth data, security teams can now protect operational continuity, prevent losses, and regain control of their airspace.

About Dedrone

Dedrone is the market leader in smart airspace security. Dedrone’s counter-drone system is trusted by hundreds of commercial, government, and military customers globally to protect against unauthorized drones. With flexibility to host on premise or in the cloud via Dedrone’s Airspace Security-as-a-Service (ASaaS), Dedrone customers can detect, identify, locate, and mitigate unauthorized drone threats. Established in 2014, Dedrone is headquartered in San Francisco, with operations in the Washington, D.C.-area, Columbus, Ohio, London, and Germany. For more information about Dedrone and to reach our airspace security experts, visit dedrone.com and follow @Dedrone on Twitter, Vimeo, and LinkedIn.

What’s Next?

webinar-airports-drone-focus-large

GETTING STARTED

Set up Drone Detection
Technology in 15 min

banner

HEAR FROM OUR CUSTOMERS

Learn how our customers use our drone security platform

video-banner

BOOK A FREE CONSULTATION

Get in touch with one of our experts

Want to learn more?
Set up in 15 minutes