South Africa Security Screening Market Overview,2030

The security screening landscape in South Africa has developed as a key pillar of the nation’s infrastructure modernization and border protection strategy, driven by the need to combat organized crime, smuggling, and terrorism while safeguarding its growing transportation and energy sectors. The evolution of this market accelerated after the Airports Company South Africa implemented advanced passenger and baggage inspection technologies across key hubs such as OR Tambo International, Cape Town International, and King Shaka International airports. The Department of Home Affairs and the South African Revenue Service have invested in integrated border management systems featuring non-intrusive imaging scanners at land crossings such as Beitbridge and Lebombo to enhance customs efficiency and trade security. The concept of security screening in South Africa extends from aviation and maritime inspection to large-scale event protection and industrial site monitoring, encompassing the use of X-ray imaging, radiation detection, and biometric identification systems. The South African Police Service, in coordination with the State Security Agency, utilizes artificial intelligence for threat profiling and behavioral analytics, particularly at strategic venues like Soccer City and during international summits. Data analytics has become crucial in screening operations, with cloud-based command platforms connecting surveillance and scanning systems across logistics corridors linking Durban Port and Johannesburg’s freight terminals. The integration of the Internet of Things has enabled continuous calibration and remote system diagnostics in border control and cargo screening infrastructure. Portable and mobile detection systems have been introduced for mining operations in Mpumalanga and Limpopo, ensuring compliance with hazardous material regulations. South Africa’s adherence to International Civil Aviation Organization and World Customs Organization standards ensures regulatory uniformity and global interoperability.

According to the research report, ""South Africa Security Screening Market Overview, 2030,"" published by Bonafide Research, the South Africa Security Screening market is anticipated to grow at more than 7.77% CAGR from 2025 to 2030. The South African security screening market is witnessing rapid advancement through a blend of international technology partnerships, public-sector modernization, and private enterprise integration. Major global players such as Smiths Detection, Rapiscan Systems, and Leidos have installed cutting-edge scanning and trace detection systems at airports and seaports managed by Transnet National Ports Authority, enabling efficient cargo and passenger processing aligned with global trade security standards. The South African National Defence Force and Armscor have introduced portable inspection technologies developed in collaboration with Denel Dynamics for use in defense installations and ammunition depots. In the energy sector, Eskom employs radiation and explosive detection systems provided by Nuctech and Garrett for its power plants and substations. The South African Post Office has also adopted parcel screening solutions designed by Astrophysics Inc. to prevent contraband circulation through postal networks. Collaboration between the Council for Scientific and Industrial Research (CSIR) and the University of Pretoria has led to innovation in artificial intelligence-driven threat detection and machine learning algorithms for automated object recognition in X-ray imagery. Public-private partnerships such as those between the South African Police Service and Fidelity ADT have expanded the deployment of mobile screening units and access control systems across commercial complexes and event venues. The Durban and Cape Town ports have introduced AI-powered radiation portal monitors under the Operation Phakisa initiative to enhance maritime trade security. Cloud-based systems by local firms like Datacentrix integrate real-time monitoring for government facilities and private logistics hubs. The growing adoption of contactless biometric systems at airports, supported by IDEMIA and NEC, aligns with the government’s e-border management framework. Sustainability is shaping procurement decisions, with low-power and recyclable scanner technologies entering the market.

In South Africa the security screening framework is managed by the South African Civil Aviation Authority, the South African Revenue Service Customs Division, and the South African Police Service encompassing baggage and cargo inspection, personnel screening, and vehicle checks across airports, ports, and border facilities. Baggage and cargo screening is an integral part of national security and transport operations with airports such as O R Tambo International, Cape Town International, and King Shaka International using advanced dual-view X-ray and computed tomography scanners to detect explosives, weapons, and illicit goods in passenger and cargo luggage. Cargo screening is also vital at major seaports including the Port of Durban, Port Elizabeth, and Cape Town where high-energy X-ray container scanners and radiation detectors examine goods for smuggling, illegal wildlife trade, and undeclared items. Personnel screening is widely implemented in airports, public buildings, and event venues using walk-through metal detectors, millimeter-wave scanners, and manual pat-downs by trained security officers. Enhanced personnel screening is often deployed during major public gatherings such as the Cape Town Jazz Festival and sporting events at FNB Stadium where multi-layer security systems are coordinated by police and private agencies to ensure crowd safety. Vehicle screening is critical at border crossings with Mozambique, Zimbabwe, and Botswana where customs and border police use under-vehicle scanners, portable X-ray systems, and canine units to detect drugs, weapons, or trafficking attempts. At energy facilities and mining operations such as Eskom’s power stations and Anglo American mines, vehicles entering restricted areas undergo inspection using mobile scanners and radiation monitors. The integration of baggage, cargo, personnel, and vehicle screening in South Africa ensures that airports, ports, and transport corridors operate securely while mitigating risks associated with smuggling, terrorism, and organized crime within the region’s vital trade and travel networks.

Security screening systems in South Africa use a combination of detection technologies coordinated by the Department of Transport, the South African Civil Aviation Authority, and the National Nuclear Regulator to strengthen aviation, customs, and defense operations. X-ray imaging forms the backbone of inspection activities at airports, ports, and postal facilities enabling security agents to detect explosives, weapons, or prohibited items within luggage and freight. Airports such as O R Tambo and Cape Town utilize dual-energy X-ray systems that produce color-coded images distinguishing organic from inorganic materials. Computed tomography technology is being introduced at international terminals and logistics facilities to generate 3D imaging that allows automated identification of potential threats and reduces the need for manual intervention. Neutron sensing and detection technology is primarily applied within defense and research institutions such as the South African Nuclear Energy Corporation to detect explosives, chemical materials, and radiological substances in dense cargo. Terahertz and millimeter-wave imaging technologies are increasingly used in personnel screening at airports, government buildings, and sports arenas offering non-invasive detection of concealed items under clothing without the use of harmful radiation. Other detection technologies include explosives trace detection systems deployed at cargo depots and customs checkpoints to analyze surface residues, radiation detection systems at major ports like Durban and Richards Bay to monitor for illicit nuclear materials, and handheld chemical analyzers used by customs officers to identify narcotics or hazardous substances. These technologies are integrated through centralized monitoring platforms linked to customs and law enforcement agencies allowing real-time data transmission, automated threat alerts, and improved situational awareness. The combination of these detection systems enhances South Africa’s ability to protect its trade routes, transportation hubs, and public infrastructure against evolving threats while supporting compliance with international security standards.

South Africa’s security screening infrastructure consists of a diverse range of equipment used in airports, ports, public facilities, and industrial sites to maintain national safety. Walk-through metal detectors are standard in airports such as Johannesburg, Durban, and Cape Town as well as in metro stations, stadiums, and government buildings where they provide the first level of screening for passengers and staff. Hand-held metal detectors are used by security officers and customs officials for targeted inspections in high-risk areas or when alarms are triggered. Full-body scanners employing millimeter-wave imaging technology are operational at O R Tambo and King Shaka airports to detect both metallic and non-metallic threats in a non-intrusive manner. Explosives trace detection systems are installed at baggage handling zones, cargo terminals, and customs facilities to analyze trace residues on surfaces and detect explosive compounds or narcotics. Radiation detection equipment is vital in South Africa’s ports and industrial facilities such as Durban Port and the Koeberg Nuclear Power Station where stationary and handheld devices prevent the movement of radioactive materials. Portable and mobile screening units are extensively used by the South African Police Service and Border Management Authority for temporary checkpoints, large public events, and field operations. These include van-mounted X-ray scanners, mobile explosive detectors, and trailer-based inspection systems used during major gatherings like the Durban July and national sporting events. Such equipment ensures rapid deployment and versatile threat detection capabilities across both urban and remote environments. The integration of these equipment types allows South Africa to maintain layered security coverage over its transportation networks, industrial sectors, and border regions, improving its resilience against smuggling, terrorism, and other criminal activities.

Security screening applications in South Africa encompass mail and parcel inspection, baggage scanning, cargo and vehicle inspection, people screening, and explosives and narcotics detection managed across airports, ports, and border control facilities. Mail and parcel screening is carried out by the South African Post Office and private logistics firms such as DHL and FedEx where X-ray systems and chemical analyzers inspect letters and packages for explosives or contraband. Baggage scanning forms a key aspect of aviation safety at airports including Johannesburg, Cape Town, and Port Elizabeth where all checked and carry-on luggage undergo multiple layers of X-ray and computed tomography inspection supervised by airport security and customs officers. Cargo and vehicle inspection plays a major role at seaports such as Durban, Richards Bay, and Port Elizabeth as well as border crossings with Namibia and Mozambique where high-energy X-ray scanners, radiation detectors, and canine units are used to detect smuggled goods, weapons, or narcotics. People screening extends beyond airports into rail stations, stadiums, and mining facilities using walk-through detectors, handheld scanners, and biometric identification systems. Public events such as the Cape Town Cycle Tour and international cricket matches involve heightened screening using portable units and crowd control barriers to maintain safety. Explosives and narcotics detection is conducted by the South African Police Service and customs authorities using portable analyzers, ion mobility spectrometers, and trained dogs to locate hidden drugs or explosives in baggage, containers, and vehicles. These applications are connected through national monitoring and intelligence-sharing systems that link customs, border police, and airport security units ensuring timely threat identification and coordinated response throughout South Africa’s transport, trade, and public security networks. 

Considered in this report
• Historic Year: 2019
• Base year: 2024
• Estimated year: 2025
• Forecast year: 2030

Aspects covered in this report
• Securtiy Screening Market with its value and forecast along with its segments
• Various drivers and challenges
• On-going trends and developments
• Top profiled companies
• Strategic recommendation

By Type
• Baggage and Cargo Screening
• Personnel Screening
• Vehicle Screening

By Detection Technology
• X-ray
• Computed Tomography (CT)
• Neutron Sensing and Detection
• Terahertz and Millimeter-wave
• Other Detection Technologies

By Equipment Type
• Walk-through Metal Detectors
• Hand-held Metal Detectors
• Full-body Scanners
• Explosives Trace Detection Systems
• Radiation Detection Equipment
• Portable / Mobile Screening Units

By Application
• Mail and Parcel
• Baggage Scanning
• Cargo and Vehicle Inspection
• People Screening
• Explosives and Narcotics Detection Show more