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Study Finds More than Half of Companies Use AI, IoT in their Business Processes in META
A recent Kaspersky study has revealed that more than 50% of companies surveyed have implemented Artificial Intelligence (AI) and Internet of Things (IoT) in their businesses’ infrastructures. Additionally, 33% are planning to adopt these interconnected technologies within two years.
In the Middle East, Turkiye and Africa (META) region, 55% of respondents have implemented AI and 34% are planning to do so, while IoT are used in 44% of organisations with 45% planning to use them. Business owners must ensure they have the right caliber of cybersecurity solutions to secure them, experts recommend.
Interconnected technologies are the growing network of devices, systems and applications connected to the Internet and each other.
They transform enterprises, enabling them to gather more data and automate processes. But they also bring new risks and challenges when securing business assets and safeguarding customers.
Kaspersky conducted a study ‘Connecting the future of business’, which aims to help companies stay ahead of the changes interconnected technologies bring, posing critical questions regarding the way cybersecurity must adapt to them.
For this purpose, the company surveyed 560 senior IT security leaders from North America, Latin America, Europe, Middle East, Turkiye and Africa, Russia and Asia-Pacific.
In this survey, Kaspersky sought to examine what respondents think of the following interconnected technologies:
- Artificial Intelligence (AI),
- Internet of Things (IoT),
- Augmented reality (AR), Virtual reality (VR) and digital twins,
- 6G and converged cloud networks,
- Web 3.0 which enables decentralised applications, blockchain smart contracts and user-managed data,
- Data spaces that enable seamless data sharing in collaborative settings.
The research found that AI and IoT are already used by 54% and 51% of companies respectively (55% and 44% in the META region). One in three plans to adopt them within two years (in META 34% plan to use AI and 45% IoT). Data spaces are used by 32% of businesses, with nearly half (49%) intending to adopt them in the near future (the figures are 34% and 45% in META).
Other interconnected technologies (digital twins, AR, VR, web 3.0, 6G and converged cloud networks), are used by only one in five (20-21%) companies participating in the survey, but more than 70% are considering integrating them into their business processes soon. The figures are similar in the META region, with just 6G and converged cloud networks being a bit different – 18% of respondents already use them, 80% have them in plan.
Because AI and IoT have become so widespread, they are vulnerable to new vectors of cyberattacks. According to the research, 16-17% of organisations think AI and IoT are ‘very difficult’ or ‘extremely difficult’ to protect (18% and 16% in META), while only 8% of the AI users and 12% of the IoT owners believe their companies are fully protected (9% and 14% in META).
However, as we can see, the less widespread the implementation of technologies, the more difficult it is for companies to protect them and vice versa.
For instance, the least adopted AR/VR and converged cloud networks, are the most challenging technologies to protect in terms of cyber defense, with 39-40% of companies saying they are difficult to secure (37-38% in META).
“Interconnected technologies bring immense business opportunities but they also usher in a new era of vulnerability to serious cyberthreats. With an increasing amount of data being collected and transmitted, cybersecurity measures must be strengthened.
“Enterprises must protect critical assets, build customer confidence amid the expanding interconnected landscape, and ensure there are adequate resources allocated to cybersecurity so they can use the new solutions to combat the incoming challenges of interconnected tech.
“Businesses integrating AI and IoT into their infrastructure need to protect it with Container Security and Extended Detection and Response solutions, to detect cyberthreats at early stages and provide effective defense,” comments Ivan Vassunov, VP, Corporate products, Kaspersky.
Given the scale of change that interconnected technologies is likely to bring, organisations must develop a strategy to implement and protect them. Based on the research findings, Kaspersky recommends four effective ways to ensure organisations are prepared to protect interconnected technologies:
- Adopt secure-by-design principles. By integrating cybersecurity into each stage of the software development lifecycle, secure-by-design software and hardware become resilient against cyberattacks, contributing to the overall security of digital systems.
Cyber Immune solutions based on KasperskyOS, for instance, allow companies to minimise the threat surface and significantly decrease the ability of cybercriminals to perform a successful attack.
- Train and upskill your workforce. Building a cyber-aware culture requires a comprehensive strategy that empowers employees to gain knowledge and put it into practice. With Kaspersky Expert training, InfoSec professionals can advance their skills and defend their companies against attacks.
- Upgrade your cybersecurity solutions and use centralised and automated platforms such as Kaspersky Extended Detection and Response (XDR). As companies adopt interconnected technologies, they need cybersecurity solutions with more advanced features, enabling them to collect and correlate telemetry from multiple sources and provide effective threat detection and rapid automated response.
As many AI solutions are built on containers, it’s important to secure the infrastructure they are integrated in with cybersecurity products – such as Kaspersky Container Security – that allows companies to detect security issues at every stage of the app lifecycle, from development to operation.
- Meet regulations to avoid legal problems or reputational damage, by ensuring your cybersecurity practice meets changing standards and legal requirements.
Southeast Asia cybercrime networks are expanding operations into Africa as crackdowns intensify in the subregion, according to a recent report from the United Nations Office on Drugs and Crime (UNODC).
The massive, unintended geographic shift triggered by intense pressure from international task forces in Myanmar and Cambodia,have seen highly sophisticated criminal networks now establishing footholds in major tech hubs across Kenya and Nigeria, transforming local technical talent into accomplices for industrial-scale digital theft as reported by https://streamlinefeed.co.ke/
This strategic migration represents a critical evolution in the $17 billion crypto scam economy.
Transnational scam syndicates are organized criminal networks that run industrial-scale online fraud using trapped or trafficked labor.
The UNODC has documented this diversification, noting that African nations are increasingly targeted as operational bases due to robust internet infrastructure and a surplus of unemployed tech workers.
In response, local authorities are engaged in a frantic game of catch-up against well-funded foreign cartels.
Recall that in 2025, UNODC, described the shift as part of a broader trend in which crime “spreads like a cancer,” into regions with weaker enforcement and limited digital safeguards.
The report pointed to the rapid proliferation of online fraud operations, including cryptocurrency scams and phishing schemes, moving from countries like Myanmar and Cambodia into new footholds in Africa—particularly Nigeria.
A recent case publicized June 12, 2025 by the WeChat public account West Africa Chinese Voice illustrates the trend: Nigeria’s Economic and Financial Crimes Commission (EFCC) arrested 177 Chinese nationals in Lagos and Abuja between December 2024 and January 2025.
The suspects were allegedly running scam centers under the guise of corporate offices, where local Nigerians were trained to carry out online investment frauds—many following the “pig-butchering” model, which builds trust with victims before luring them into fraudulent crypto investments.
Authorities seized hundreds of SIM cards, high-performance computers, and prewritten scam scripts during the raids
Ugochukwu Eze, a 47 year-old man, was on Thursday arraigned before a Federal High Court in Lagos for allegedly hacking into the server of SunTrust Bank to steal a total of N800m.
Ugochukwu also known as Amazon, was arraigned before the court by the operatives of the Department of State Security (DSS).
DSS accused Ugochukwu of fraudulently hacking into the server of SunTrust Bank to remove and divert the sum of N800 million into several accounts in other financial institutions.
M. Bajela,prosecuting counsel, DSS, in the charges filed before the court alleged that the defendant and others now at large, between 2023 and 2026, conspired among themselves and unlawfully and seriously hindered the function of Suntrust Bank Plc’s computer system server and in the process fraudulently diverted over N800 million belonging to the bank.
Ugochukwu was also accused of concealing and transferring various sums of money traced to the unlawful cyber-attacks to some account in some financial institutions.
The offences alleged to have been committed by the defendant according to the prosecutor contravened sections 5; 6(1) and 8 of Cybercrimes (Prohibition, Prevention etc) Act, 2024. And Sections 10, 20 and 18(2)(D) of the Money Laundering (Prevention and Prohibition) Act, 2022.
The defendant pleaded not guilty to the allegations.
Based on his plea of not guilty, the prosecutor asked the court for a trial date, and prayed the court to remand the defendant in the facility of the correctional services pending the time trial will commence.
However, E. Afrogha, defendant’s lawyer, told the court that she has filed her client’s bail application. adding that her client has been in the DSS custody for over a month.
But the prosecution counsel told the court that he has not been served with the bail application, not withstanding that his witnesses are available.
Based on the counsels’ submissions, Justice Friday Ogazi, presiding judge, adjourned the matter to August 24,2026 for hearing of the bail application.
The judge also ordered that the defendant be remanded in the custody of the Nigerian Correctional Services (NCS) pending the hearing of the bail application.
One of the counts against the defendant reads: “That you UGOCHUKWU EZE (AKA AMAZON) (M) (47 YEARS) sometime between 2023 and 2026 in Lagos, and other places within the jurisdiction of this honourable court, unlawfully seriously hindered the function of SunTrust Bank Plc’s computer system, and in the process fraudulently diverted over N800, 000,000.00 (Eight Hundred Million Naira) belonging to the said SunTrust Bank thereby committed an offence contrary to and punishable under Section 8 of the cybercrime (prohibition, prevention etc.) Act, 2024.”
Liquid Intelligent Technologies is using light-beam technology developed by Google spinout Taara to supply data centres and large enterprise networks in Lagos, addressing the high costs and delays of laying underground fibre in dense urban corridors.
The deployment includes nearly 12 live optical links serving banks, hotels, and utilities across commercial districts, proving optical technology can supplement traditional physical infrastructure where trenching cables is impractical.
High-capacity bandwidth is being distributed directly from points of presence at Africa Data Centres and other Lagos facilities to enterprises beyond the reach of fibre cables.
This reduces network downtime in areas where physical cable cuts take days to repair. The rollout follows a two-year deployment by Liquid to strengthen network resilience for local internet service providers.
Nigeria remains one of the largest economies on the continent, with Lagos acting as its primary commercial hub. Expanding network infrastructure across dense urban environments requires operators to blend multiple technologies.
Using focused beams of light transmitted through the air, the technology allows operators to establish links within days rather than weeks, complementing existing physical networks.
Liquid is now assessing expansion into Abuja, Ibadan, and Kano.
“For Liquid, deployment speed has been one of the most significant advantages,” said Eugene Uka, acting chief executive officer of Liquid Intelligent Technologies Nigeria.
He added: “Traditional fibre deployments are not always a possibility, especially across difficult terrains. Taara links can often be installed and activated within hours, allowing Liquid to fulfil its mission to create a digitally connected future that leaves no African behind.”
Bhavesh Mistry, regional lead for Taara in Africa, commented: “As demand for connectivity continues to grow, operators need more flexibility in how they expand and reinforce their networks.
“Fibre remains an essential part of modern communications infrastructure, and will for some time, but there are many situations where deploying fibre quickly or cost-effectively can be difficult. Wireless optical communication gives operators another tool to extend capacity, reach customers faster, and build more resilient networks without compromising performance.”
The Taara Lightbridge system delivers up to 20 gigabits per second of capacity across distances up to 20 kilometres using invisible light beams.
The platform avoids trenching, spectrum licensing, or extensive civil engineering work. Taara claims its system is active in more than 20 countries with telecommunications operators, including T-Mobile, Airtel, Digicel, Liquid, and SoftBank.
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