The Nigerian Ministry of Defence is accelerating a comprehensive technology restructuring to integrate artificial intelligence into its national security operations and modernize its border defences. Minister of Defence General Christopher Gwabin Musa led a high-level delegation of senior ministry officials to Monaco in May 2026 to evaluate the practical applications of the Multi-Domain Hybrid Intelligence Shield (HIS).
The Monaco visit followed the signing of a $190 million Memorandum of Understanding (MoU) between the Ministry of Defence and UK-based technology firm MARSS Group in March 2026. The multi-year agreement aims to deploy an advanced Command, Control, Communications, Computers, and Intelligence (C4I) infrastructure across Nigeria. Delegations from the ministry and the domestic implementation partner, MPS Mikopowers Ltd, conducted technical evaluations and observed live operational demonstrations of sensor-driven systems designed to mitigate asymmetric threats. The Honourable Minister of Defence reaffirmed the Federal Government’s commitment to modernising the Armed Forces through strategic partnerships, local capacity development, technology transfer, and sustainable defence industrial cooperation.
During the demonstrations, the delegation assessed real-time radar detection, AI-enabled threat identification, mobile surveillance setups, and drone interception systems. The long-term plan calls for these systems to feed into a network consisting of a primary national command centre and multiple interconnected regional hubs. To ensure the Nigerian military can maintain these platforms independently, the initiative includes establishing a specialized state-of-the-art Centre of Excellence focused on tactical simulation, operational doctrine development, and continuous operator training.
The core software engine driving this network is NiDAR, an AI-powered command-and-control platform developed by MARSS Group. The software is sensor-agnostic, meaning it processes and unifies data streams from separate hardware components such as legacy radar systems, thermal imaging cameras, and sonar inputs into a single interface. For technical operations, this creates 360-degree situational awareness across air, land, maritime, and subsurface fields simultaneously. The integration of the platform addresses critical vulnerabilities in Nigeria’s current security posture. Security forces face diverse challenges, including organized terrorism in the northeast, piracy, cross-border smuggling, and illegal mining operations in remote regions. This border system connects directly with Nigeria’s ongoing domestic defense initiatives.
In April 2026, the Ministry of Defence initiated field testing for secure, military-grade communication hardware engineered by DefComm, a local defense technology startup. This hardware was previously integrated into the command architecture of the AEGIS-X light tactical vehicle, built locally by the Defence Industries Corporation of Nigeria (DICON) under the XSHIELD-DICON modernization program. Combining local tactical networks with broad aerospace surveillance helps different security agencies share information instantly.
The acquisition marks a broader pivot toward technology-driven security investments across West Africa. A report published by the Institute of Development Studies in March 2026 revealed that Nigeria spent $470 million on smart public surveillance assets. This accounted for nearly 23% of the total $2.1 billion spent by 11 African nations on smart surveillance infrastructure. While earlier urban programs relied heavily on soft loans and packaged infrastructure from Chinese vendors, the current defence procurement models prioritize modular, sovereign software architectures to protect national data integrity.
By combining the wide-area tracking of this HIS platform with local encryption tools from DefComm, the military intends to establish a secure, multi-domain defense shield. Transitioning from reactive, passive monitoring to predictive, automated threat detection will shift operational workflows toward faster response times. The next phase of the program involves the physical installation of the initial regional sensor arrays and the arrival of the first technical training cadres at the new Centre of Excellence.