As aviation systems become increasingly digital, a growing body of security professionals warns that the biggest vulnerability lies not in the technology itself but in the people who operate it.
Omolayo Ifeoluwa Success has spent the better part of a decade sitting at the intersection of those two problems. A former Aviation Systems Security Specialist with the Nigerian Air Force, where he spent six years responsible for the integrity of air-ground communication networks at operational aerodromes, he is among a growing number of professionals working across both aviation cybersecurity and fintech infrastructure. That combination of backgrounds is rare, and it has shaped how he thinks about a problem the industry is only beginning to take seriously.
“The systems have become very sophisticated,” he said. “But the human response to a cyber incident in aviation is still largely untested. Most personnel have never encountered a real attack scenario in a controlled environment.”
This is not a peripheral concern. Research by the International Air Transport Association has identified human error and delayed threat recognition as significant contributors to security incidents across aviation networks. The concern intensifies as ground control systems, communication infrastructure, and aircraft data links become increasingly software-dependent.
Ifeoluwa experienced this gap firsthand during his time with the Nigerian Air Force. Despite high levels of operational competency among personnel, he observed that exposure to cybersecurity scenarios was almost entirely theoretical.
“People could follow a checklist,” he said. “But when something fell outside that checklist, the hesitation was significant. In cybersecurity, those few moments can determine the outcome.”
His response was to build something that did not yet exist in the African aviation training space: a simulation-based cybersecurity training platform designed specifically for aviation personnel.
SkyShield Edu: Building muscle memory for cyber threats
SkyShield Edu moves away from lecture-based security training and places users inside interactive, scenario-driven simulations. The platform is built around the specific threat vectors that aviation systems face: GPS spoofing, unauthorised access to Air Traffic Control systems, radio frequency jamming, man-in-the-middle attacks on air-ground communication channels, and anomalous data activity across flight management and navigation networks.
The platform tracks three variables in real time: response speed, decision accuracy, and consistency across repeated scenarios. Supervisors receive aggregated performance data that allows them to identify which personnel need additional support and which threat categories are producing the most hesitation across their teams.
Victoria Fakiya – Senior Writer
Techpoint Digest
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Technically, SkyShield Edu runs on Docker-sandboxed infrastructure, meaning trainees interact with live threat logic—real attack simulations and real decision points—without risk to active networks. An adaptive learning engine personalises each user’s training pathway based on their individual performance patterns, ensuring that repeated exposure targets the specific threat categories where each trainee is weakest.
Alexander Ossai, Cybersecurity Instructor at Decent IT Services Limited, reviewed the SkyShield Edu framework and described it as “filling a genuine gap in how the aviation sector thinks about human-layer security.”
“The goal is familiarity,” Ifeoluwa said. “Cybersecurity incidents in aviation are low-frequency but high-consequence. Training needs to prepare people for something they may only see once, but must respond to correctly.”
Why this matters beyond aviation
Ifeoluwa’s work is drawing interest beyond aviation. Alongside SkyShield Edu, he continues to operate as Lead Security Operations and Platform Reliability Engineer at Sabo Finance Multiglobal Limited, where he has applied the same security philosophy to fintech infrastructure serving SME customers across West Africa.
The parallels between the two sectors are significant. In both environments, the most sophisticated technical defences can be undermined by a single untrained or inattentive operator. In fintech, this manifests as insider threats and social engineering. In aviation, it appears as delayed threat recognition or incorrect incident escalation.
“The technology in both environments is strong,” he said. “The investment needs to go into the people who sit in front of it.”
Context-specific training for emerging markets
As conversations around cybersecurity maturity continue across aviation and financial systems, industry professionals say there is growing demand for training solutions tailored to the operational realities of specific environments, particularly in emerging markets where generic Western-built training models do not always map cleanly to local infrastructure conditions.
Ifeoluwa is among a generation of African cybersecurity professionals working to build tools tailored to the operational contexts of the continent, rather than adapting frameworks developed elsewhere.
“The problems are not identical,” he said. “The solutions should not be identical either.”
SkyShield Edu is currently in its early deployment phase, with development ongoing across its simulation engine and adaptive learning architecture. The next phase of the platform is focused on expanding threat vector coverage and building the evidence base for what effective human-layer security training in aviation actually looks like in practice.
For Ifeoluwa, the underlying priority remains constant.”The technology will continue to improve,” he said. “The real question is whether the people interacting with those systems are being prepared at the same pace. In aviation, that question is not abstract. It has a direct answer in how people respond when something goes wrong.”
