Ukraine employs drones equipped with target-locking features that allow them to pursue and strike objectives even after losing contact with human controllers.

Dmytro Liber Zhluktenko, a former drone pilot now serving as an analyst for the 413th Unmanned Systems Regiment RAID, explained to Business Insider that numerous Ukrainian drones incorporate target lock technology. This function enables the aircraft to locate and engage selected targets independently when operator control is interrupted.

The capability proves especially valuable because Ukrainian crews often face signal interruptions from Russian electronic warfare systems and from the flight characteristics of the drones themselves.

One example is Perennial Autonomy Hornet, a mid-range strike drone that relies on a Starlink terminal for communication. Sharp dives or rapid maneuvers can break the satellite connection and cause temporary loss of control.

Allowing the drone to handle the final portion of the mission autonomously represents a significant advantage, according to Zhluktenko.

Ukraine does not deploy fully independent weapons. Operators continue to identify and choose targets, yet Russian jamming frequently interferes with GPS signals and severs video or command links. Limited onboard autonomy addresses these interruptions effectively.

Officials view greater autonomy as a force multiplier that lets a smaller military reduce the workload on each operator and potentially control more platforms at once.

An increasing share of Ukrainian drones now let a human select the target and mark it for the aircraft camera and guidance software. The system then maintains tracking and adjusts course. Should jamming cut the video feed or command link, the drone proceeds toward the designated objective.

Terminal guidance ranges from basic pre-programmed routines to more sophisticated artificial intelligence implementations. The ability to operate without continuous human input has grown increasingly important.

Zhluktenko noted that certain platforms can follow routes independently by comparing live camera imagery with stored satellite maps.

Nevertheless, every fielded system retains substantial human oversight, he added.

Early versions of this targeting approach appeared during Operation Spiderweb in June 2025. Ukrainian forces used trucks to position drones near Russian air bases and struck 41 aircraft. When some drones lost signal, they relied on AI to stay on pre-planned paths and arm their warheads upon reaching the targets.

Ukraine actively promotes these developments. The defense ministry has spotlighted F-Drones and its LITAVR platform, which features an automatic terminal-guidance system that recognizes the target and steers the drone to impact.

In the final stage of flight the operator adjusts only speed while all other functions run automatically, the ministry stated.

Additional firms produce add-on modules that deliver comparable performance across various drone types. The Fourth Law offers the TFL-1 terminal-guidance unit, enabling an operator to designate a target before machine vision locks on and tracks it through the terminal attack.

Mykyta Rozhkov of Frontline Robotics told Business Insider that many Ukrainian drones can navigate autonomously toward targets previously identified by operators.

This feature assists when signals drop and also supports management of a rapidly expanding drone fleet. Some degree of autonomy is required to achieve that scale, he said.

Multiple manufacturers regard autonomy as essential for smaller forces to field larger numbers of systems without matching growth in personnel. Latvian firm Origin Robotics supplies Ukraine with the Blaze interceptor, which employs radar detection and AI-driven computer vision for target acquisition and interception while humans still authorize engagement.

In this design the drone self-destructs if its link is severed. CEO Agris Kipurs emphasized that autonomy helps smaller militaries such as those of Latvia or Ukraine scale operations effectively because they lack equivalent infantry numbers.

Ukraine continues to back autonomous weapon development. The government-supported Brave1 platform stated last year that autonomous target detection and destruction is vital for conserving resources and boosting combat performance.

The interval between detection and destruction plays a central role, the organization noted.

Levels of autonomy differ widely. Bohdan Sas, president of Buntar Aerospace, observed that some firms have automated straightforward tasks such as final target acquisition and aiming.

Buntar produces drones and software that use optical navigation to function in jammed environments. Developers combine tools like the OpenCV library with machine-learning algorithms to handle small steps such as camera-based recognition, tracking, and steering toward a target.

Ukraine is advancing further automation. In June the defense ministry reported that a company had created technology automating 95 percent of an interceptor drone engagement cycle. A human selects the target and initiates engagement while the system handles identification, tracking, and intercept.

Former defense minister Mykhailo Fedorov stated in March that Ukraine must outpace Russia in every technological cycle, with artificial intelligence forming a key battleground.

The future of warfare lies with autonomous systems, he said, and the goal is to improve drone and combat system autonomy so they detect targets faster, analyze situations, and support battlefield decisions.

At present most Ukrainian platforms rely on narrower automation, with operators choosing targets while onboard software manages recognition, tracking, navigation, or terminal guidance. Industry observers anticipate swift progress.

Rozhkov predicted that Frontline expects operations that are not fully autonomous yet largely independent to become feasible in real battlefield conditions within twelve months.