AI counter-drone systems fuse radar, radio frequency sensors, acoustic detectors and cameras to flag an unauthorised drone the instant it enters a protected zone, then alert security before it reaches its target. Guyana's aviation authority relies on presidential guards spotting drones by eye, which is how two vehicles carrying several unregistered drones got close enough to President Irfaan Ali's private residence to be noticed at all.
The vehicles were spotted at Leonora, on the West Coast of Demerara, at around 6.20pm on Thursday, September 3, 2026. Two heavily tinted cars carrying four occupants and several drones were intercepted near Windsor Forest after presidential guards noticed the activity and alerted patrols in the area. Both vehicles reportedly sped off before the checkpoint stopped them. The Guyana Civil Aviation Authority, the GCAA, later confirmed the drones were unregistered and said unauthorised drone operation near a no-fly zone may constitute a criminal offence under the Civil Aviation Act 2018.
Opposition Leader Azruddin Mohamed, who was in one of the vehicles, was taken in for questioning and released on self-bail. He denied owning any of the drones, telling reporters that Leonora is a no-fly zone and that a drone actually flying there would prove the point rather than disprove it. Dwayne Ross, the 25-year-old video editor travelling with him, was separately charged at the Vreed-en-Hoop Magistrates' Court with three offences: operating an unmanned aircraft at night, flying a drone over the President's private residence without written permission, and operating a drone without a valid permit. Magistrate Rabindranauth Singh granted him $200,000 bail on each charge. Ross told police his drone operator's licence had expired in 2023, though he said he still held a certificate, and that he had bought the drone about a month earlier. A second drone was recovered from his home.
A No-Fly Zone That Depends on Someone Looking Up
Leonora sits on the West Coast of Demerara, roughly 25 minutes by road from Georgetown, and it made the GCAA's no-fly list because President Ali's private residence is there. Three other sites carry the same restriction: State House, Ogle Airport, and Cheddi Jagan International Airport. On paper, that is a sensible list. In practice, enforcement on September 3 depended entirely on a presidential guard noticing two tinted vehicles with the naked eye, then getting word to a patrol fast enough to intercept them before they reached the Demerara River bridge.
That is not a criticism of the guards, who did their job. It describes the only enforcement layer Guyana currently has for its most sensitive airspace. A no-fly zone that relies on a person happening to look in the right direction at the right moment will eventually miss one. Leonora did not miss this one. The next breach, at Ogle Airport or Cheddi Jagan International, might not have a guard positioned to notice at all.
Guyana's Drone Rules Are Tightening. Detection Technology Isn't.
The GCAA is not sitting still on regulation. Recreational drones under 7 kilograms without telemetry equipment can fly without a permit outside restricted zones, but anything heavier, anything commercial, or any flight inside a no-fly zone requires written permission arranged through the authority's drones unit, with a security clearance process that takes a minimum of 29 days. GCAA Director General Lt. Col. (Ret'd) Egbert Field has said the authority is finalising a new set of regulations covering both classes of operator and has already completed successful beyond visual line of sight test flights, with draft legislation on night operations and higher-altitude flights expected within the next year.
None of that reform touches detection. Registration and permits govern who is allowed to fly and where. They do nothing for the drone that never applied for a permit, which is exactly the kind of drone that reached Leonora on September 3. A licensing system that depends on operators registering themselves has no answer for the operator who does not.
The Core Argument
Guyana is rewriting who gets permission to fly a drone. It has not yet built the layer that tells a control room, in real time, when someone flies without asking. Those are two different problems, and only one of them is currently being solved.
This Is Not Only a Guyana Problem
Guyana's stakes are unusually high right now. The Stabroek Block, operated by ExxonMobil, holds an estimated 11 billion barrels of oil and represents the country's only producing oilfields, at a moment when tension with Venezuela over the Essequibo region remains active. A government that cannot yet detect an unregistered drone approaching its own President's residence has more to protect in its offshore energy infrastructure than its current airspace tools can monitor.
The rest of CARICOM shares the underlying gap, and Trinidad and Tobago's prisons show how quickly it adds up. The Trinidad and Tobago Prison Service logged 626 drone sightings over its jails between April and October 2025, most of them over the Maximum Security Prison. A major operation near the Arouca Maximum Security Prison that September disrupted an attempted drone-assisted contraband delivery, and Acting Commissioner of Prisons Hayden Forde has since called drone activity the greatest challenge currently facing the service. Barbados, meanwhile, is hosting the Caribbean Premier League final and the Live & Louder Mega Concert at Kensington Oval on September 19 and 20, 2026, drawing large crowds and international artists to one fixed venue for two consecutive nights. None of that infrastructure, across the region, currently runs the layered radar, radio frequency, and camera detection that airport and event security authorities elsewhere now treat as standard rather than optional.
Guyana's oil-fuelled security stakes, and the enforcement gaps that keep surfacing around them, are a pattern this site has tracked before in the country's gold smuggling routes, and they connect directly to the wider AI skills gap inside Guyana's oil economy. A country building AI capacity for its energy sector needs the same capability watching its own airspace.
How AI Counter-Drone Systems Actually Close This Gap
A modern counter-drone system does three things a human guard cannot: it watches continuously, it watches in more than one way at once, and it does not get tired. Radar tracks a drone's position and speed. Radio frequency sensors pick up the control signal between the drone and its operator, which can identify the make and sometimes the operator's approximate location before the aircraft is even visible. Acoustic sensors listen for the specific frequency range of rotor noise. Cameras with automatic target recognition, trained on drone silhouettes rather than birds or aircraft, add visual confirmation. An AI layer fuses all four inputs, cross-checking one sensor against another to confirm a genuine detection and filter out the false alarms, birds, insects, wind-blown debris, that plague single-sensor systems.
The market for this technology has grown because the underlying threat has too. The global counter-unmanned aircraft systems market was valued at roughly US$9.17 billion in 2026 and is projected to reach US$29.70 billion by 2031, according to the research firm MarketsandMarkets, a compound annual growth rate above 26 percent. Vendors including Dedrone, D-Fend Solutions, and SKYFEND now sell systems built specifically for VIP and executive protection, the exact use case a presidential residence like the one at Leonora represents, alongside airport and stadium deployments. The systems security planners favour in 2026 are multi-sensor and AI-native by design, because a single radar unit or a single RF jammer cannot handle a drone flying without GPS, several drones at once, or an operator who switches control frequencies mid-flight.
Applied to Leonora, a system like this would not have needed a guard to notice two tinted vehicles. A geofenced perimeter around the President's private residence, layered with RF and radar sensors, would have flagged the drone's control signal the moment it activated, likely before the vehicle carrying it reached Windsor Forest. That alert would have reached a control room in seconds, with a tracked flight path, rather than depending on a patrol being close enough to intercept a car that had already started to speed away. Detection does not resolve every question the Leonora incident raised, including who ultimately controlled the drone and why it was there. What it does is remove the guesswork from the first and most basic fact: that an unauthorised aircraft was airborne inside a no-fly zone at all.
What Guyana and the Rest of CARICOM Should Do Next
Three moves would close the gap without waiting for an incident at an airport or an oil platform to force the issue.
First, the GCAA's forthcoming drone regulations should fold in a detection requirement for the country's four declared no-fly zones, Leonora, State House, Ogle Airport, and Cheddi Jagan International, rather than treating detection as a later phase separate from the registration reforms already underway. A fixed RF and radar unit at each site is a modest addition to a regulatory process that is already being rewritten.
Second, CARICOM governments should explore pooling procurement for counter-drone infrastructure through the Caribbean Development Bank, the same way smaller states already pool other capital-intensive security and disaster infrastructure. Protecting Piarco, Grantley Adams, Norman Manley, and Cheddi Jagan International airports individually is expensive for each government alone. Buying as a bloc, with shared technical standards, is not.
Third, large public events deserve the same treatment airports already receive. Trinidad and Tobago's own prison service is already asking for the investment its Acting Commissioner has called urgent. Barbados's Kensington Oval crowds this September are a reminder that the next test of this gap does not need a president's residence to matter.
A Guard Should Not Be the Last Line of Defence
Guyana's security services did their job at Leonora. A guard noticed, a patrol responded, and three people now face specific charges in a Vreed-en-Hoop courtroom because the system worked, this time. The GCAA is right to keep tightening who gets a permit and under what conditions. But a no-fly zone that depends on a human eye to notice two tinted vehicles is a no-fly zone that will eventually let something through, whether that something is a video editor with an expired licence or an operator with worse intentions than a stray flight over a President's home.
The technology to close that gap already exists and is already being sold to governments with far smaller budgets than Guyana's oil revenues now support. What is missing is not capability. It is the decision to treat detection as part of the drone law reform already underway, rather than as a purchase for later.
Frequently Asked Questions
What is a no-fly zone in Guyana?
A no-fly zone in Guyana is airspace where drone flights are restricted or banned outright under the Civil Aviation Act 2018. The Guyana Civil Aviation Authority has designated several fixed no-fly zones, including State House, Ogle Airport, Cheddi Jagan International Airport, and the private residence of the President at Leonora on the West Coast of Demerara. Flying a drone in any of these zones without written permission from the GCAA can lead to criminal charges.
Does Guyana's drone security gap apply to other Caribbean countries?
Yes. Most CARICOM states regulate drones through import permits and flight registration rather than through live detection technology, which means a government in Barbados, Trinidad, or Jamaica faces the same blind spot Guyana did on September 3, 2026: a drone can be airborne over a restricted site for several minutes before a human being happens to look up and notice it. Trinidad and Tobago's own prison service logged 626 drone sightings over its jails in just six months in 2025, showing the gap is already active elsewhere in the region.
How does an AI counter-drone system actually detect an illegal drone?
An AI counter-drone system layers several sensors, typically radar, radio frequency scanners that pick up a drone's control signal, acoustic microphones tuned to rotor sound, and cameras with automatic target recognition, then fuses their readings with machine learning to confirm a genuine detection and filter out false alarms like birds. Once the system confirms a drone has entered a geofenced no-fly zone, it can alert a control room within seconds and track the aircraft's flight path in real time.
How much does an AI counter-drone system cost for a Caribbean government?
Pricing varies by scale. A single fixed detection unit covering one site, such as a presidential residence or a small airport, can run from the low tens of thousands of US dollars for a basic radio frequency sensor up to several hundred thousand dollars for a multi-sensor system with tracking built in. Protecting a full international airport or an offshore oil platform costs considerably more, which is why pooled regional procurement through a body like the Caribbean Development Bank is a more realistic path for smaller states than each government buying alone.
What is the difference between drone detection and counter-drone mitigation?
Detection is the sensing layer: identifying that an unauthorised drone is present, where it is, and where it is heading. Mitigation is the response layer: jamming its control signal, forcing it to land, or physically intercepting it. Guyana's September 2026 incident shows a country can add detection without any mitigation and still close most of the gap, because knowing about an unauthorised drone the moment it appears is what let security teams intercept the people flying it at Leonora.
What are the risks of using AI to intercept or jam drones?
Jamming a drone's control signal can disrupt legitimate radio traffic nearby, including air traffic control communication, if a system is poorly tuned or deployed too close to an active airport. Automated systems that misidentify a hobbyist's drone as a threat and trigger mitigation without human sign-off create legal and safety exposure of their own. The safer deployment model keeps detection automated but requires a human operator to authorise any active mitigation step.
Is it illegal to fly a drone in Guyana without a permit?
Yes, for most operators. Recreational drones under 7 kilograms without telemetry equipment are exempt from a permit outside restricted areas, but any commercial use, any heavier drone, or any flight over a designated no-fly zone requires written permission from the Guyana Civil Aviation Authority, arranged through its drones unit with a security clearance process that typically takes a minimum of 29 days. Operating without that permission falls under the Civil Aviation Act 2018 and can result in criminal charges.
Where is Caribbean airspace security headed over the next few years?
The GCAA is already finalising new drone regulations covering both operator classes and has completed beyond visual line of sight test flights, with draft legislation on night operations and higher-altitude flights expected within the next year. The global counter-drone market was valued at roughly US$9.17 billion in 2026 and is projected to reach US$29.70 billion by 2031, according to MarketsandMarkets, a sign that AI-driven detection is becoming standard infrastructure at airports and government sites worldwide. Guyana and the wider Caribbean will likely follow that curve, but only if governments treat detection as part of the drone law reform already underway rather than a separate, later purchase.