Babasky Technologies, the defense subsidiary of Nigerian technology conglomerate UNICCON Group, has announced the live demonstration of an upgraded counter-unmanned aerial system (C-UAS). According to company accounts, the platform detects hostile drones up to an eight-kilometer radius, locates the ground operators controlling them, and automatically jams aircraft that breach a dynamically mapped no-fly zone. While Babasky stated that the trial took place before representatives from the Nigerian Army, the Nigerian Air Force, and unnamed intelligence stakeholders.
System Capabilities and Technical Claims
The newly demonstrated system consolidates three functions into a single operational framework: wide-area detection, pilot geolocation, and directional jamming. Babasky describes the detection architecture as a multi-sensor array capable of identifying small and medium multi-rotor drones at ranges up to eight kilometers. This range aligns with results from the firm’s earlier stationary platform tested at the Jaji Shooting Range in Kaduna State on December 23, 2025, where hardware tracked more than 40 simultaneous targets and provided a six-to-eight-minute advance warning buffer.
The platform’s primary technical distinction lies in its claimed operator geolocation. Tracing a drone’s control signals back to the pilot’s physical location presents a complex engineering challenge that extends beyond standard radar or radio detection. Israeli defense developer Sentrycs uses a Cyber-over-RF approach that parses the communication link’s data layer to identify operator coordinates without relying solely on radio direction-finding. Babasky has not disclosed its underlying technical method, leaving the specific mechanism unverified in public records. The defense layer relies on automated perimeter enforcement, deploying targeted radio-frequency jamming against control and telemetry channels to force intruding aircraft into emergency landings.
Strategic Positioning in Modern Warfare
The C-UAS demonstration arrives shortly after Babasky unveiled its UNIKAM-FO1 loitering munition, showcased at the third Africa Land Forces Forum in Port Harcourt in July 2026. The UNIKAM-FO1 relies on an ultra-fine fiber-optic and Kevlar micro-cable tether, rendering the strike drone immune to wireless signal interference. This hardware design mimics hardwired tactical systems popularized in Ukraine and utilized by regional actors such as Mali’s Azawad Liberation Front.
Together, the two platforms frame Babasky’s dual-track development strategy: an offensive jam-resistant strike platform paired with a defensive shield designed to neutralize commercial off-the-shelf drones. Non-state insurgent groups, including the Islamic State West Africa Province (ISWAP), have routinely weaponized low-cost commercial drones against military positions in northeastern Nigeria, driving demand for localized electronic countermeasures.
Industrial Partnerships
Babasky’s defense initiatives operate under a multi-year partnership with the Defense Industries Corporation of Nigeria (DICON). Although DICON Director-General Major General Babatunde Alaya previously praised the joint collaboration following the December 2025 Jaji trials, official materials for this latest August demonstration did not confirm whether senior DICON leadership attended. This contrasts with other recent DICON-linked announcements, such as the X-Shield AEGIS-X 2.0 armored vehicle launch, where military leadership was quoted directly.
Parent organization UNICCON Group operates across multiple technology sectors, including artificial intelligence, enterprise software, telemedicine, and education technology. Its flagship AI venture, the humanoid robot Omeife, provided the foundational machine learning and computer vision algorithms now repurposed for Babasky’s military applications. Emphasizing the importance of indigenous hardware development, UNICCON Group Founder and Chairman Professor Chuks Ekwueme noted that mastery over the electromagnetic spectrum remains central to securing regional stability.
Leave a Reply