For the longest time, drones have enjoyed the status of being the crown jewel in modern-day warfare. It is no longer the case. It is what comes after them that is now grabbing global attention.
In the battlefields of the Middle East and Ukraine, Unmanned Aerial Systems (UAVs) have progressed from comparatively slow, low-cost platforms into sophisticated weapons capable of greater speed and precision. In fact, most are even resistant to electronic warfare. As a result, it is forcing the development of new technology designed to prevent this threat.

The Shahed drones, which is a one-way attack drone, and which has become synonymous with inexpensive mass aerial attacks, remains significantly pertinent. However, as is the nature of technology, newer designs are moving towards jet propulsions and higher speeds. For example, Iran's Hadid-110, has been reported at speeds exceeding 500 km/hr. Compared to Shahed-136, which flies at roughly 185 km/hr, Hadid's speed is dramatically advanced. In the meantime, Russia is increasingly deploying jet-powered variants of Shahed that is capable of reaching speeds of up to 500 km/hr.

Naturally, this changes the dynamics of mid-air interception.

It is not enough for an Interceptor to be fast. It must have adequate speed advantage to detect, close in and neutralize an in-coming hostile drone within an engagement window that is extremely small. It's virtually a race between the hunter and the hunted.

The evolution is already taking place in Ukraine. In March, 2026, Ukraine's ministry of defence authorised the JEDI Shahed Hunter, an electrically-powered interceptor that is capable of exceeding 350 km/hr. Other developers are also upping the ante.

SkyFall's P1-SUN jetkiller, for example, has reportedly reached roughly 370 km/hr and which has been tested against jet-powered Shahed variants. Other manufacturers are exploring interceptor speeds in the 400-500 km/hr range.

Most of the existing high speed interceptors depend on electric motors and high-capacity batteries since they provide rapid acceleration, low thermal signature and low operating costs. But, since hostile drones are adopting turbojets and other types of high-speed propulsions, the industry is beginning to analyse whether interceptor platforms may also need to adopt jet propulsion.

However, that in no way means that the electric interceptor is becoming redundant or less significant in value. In fact, it is quite the contrary. For many of the short-range counter-drone missions, electric interceptors continue to remain highly attractive because of their affordability, rapid deployment and repeatability, which are just as important as high speed.

This emerging trend is likely to be a combination of many things. Electronic warfare and jamming for some threats, guns for others, and fast autonomous interceptors for drones that are just too resistant.

For the countries across the South East Asia, this emerging situation is especially relevant.
The vulnerabilities that countries in the region confront is not limited to conventional warfare. Airports, ports, energy infrastructures, government facilities and key public gatherings are increasingly exposed to drones that are commercially easily available and which can be acquired and modified by rogue actors.

Singapore has already established a dedicated Counter-UAS Development and Operations Group. It is building capabilities combining sensors, jammers and weapon systems. This building up is in part because the country has experienced drone incursions affecting airport operations.

Meanwhile, Malaysia operates UAS capabilities across its aviation, police, fire and civil-defence agencies for enforcement, surveillance and search-and-rescue missions. Indonesia's vast geography, extensive coastlines, maritime infrastructure and dispersed critical assets present a complex security environment in which the ability to quickly detect and neutralize aerial threats becomes an integral part of national security.

And this is where the experience of companies developing interceptor systems becomes hugely important. The Wynyard Group, which is developing and simultaneously upgrading its interceptor-drone capabilities, is among a growing group of technology providers responding to lessons emerging from active conflicts. The Wynyard Group's interceptor systems have been exposed to operational requirements and battlefield-driven technology demands associated with the Ukraine and Iran. This has provided experience in environments where speed, reliability, electronic resilience and rapid response are not theoretical needs, but operational necessities.

The Wynyard Group is not alone in this development. Ukrainian developers, European defence companies and specialist Counter-UAS firms are similarly experimenting with faster interceptors, autonomous target acquisition and propulsion technologies to stay ahead of the curve.

Singapore's Defence Science and Technology Agency has also partnered with MBDA in order to explore innovative, lower-cost C-UAS solutions. This shows how governments are taking the drone threat seriously and with intent.

In essence, for the South East Asian countries, the idea is not really to prepare for a European-style battle, but to ensure that airports, ports, cities, military assets and critical infrastructures no longer remain prone to hostile actors.