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DDoS Attacks via IoT Devices Threaten Development of Fourth Industrial Revolution

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Distributed Denial of Service (DDoS) attacks that use Internet of Things devices are a significant threat to the Fourth Industrial Revolution, and the potential it brings to revolutionise productivity and people’s lives in general.

 

This was proven during the late 2016 DDoS attack largely ascribed to the Mirai botnet, which, unlike other botnets that are typically made of up computers, was composed largely of weaponised Internet of Things (IoT) devices such as DVR players, home routers, air quality monitors and personal surveillance cameras.

 

This is according to Bryan Hamman, territory manager for sub-Saharan Africa at NETSCOUT Arbor, which specialises in advanced DDoS protection solutions.

 

“The internet is an integral part of life and infrastructure in most countries around the world today,” Hamman said.

 

“A successful DDoS attack aims to disrupt or cause the denial of an online service by overwhelming it with traffic from multiple sources. The DDoS attacks of 21 October 2016, for example, showed just how vulnerable sections of the internet and its global operability are to attack by those of ill intent.

 

“These attacks, which are largely ascribed to the Mirai botnet and have entered recent history due to the involvement of IoT devices, involved multiple DDoS attacks targeting domain name system (DNS) provider Dyn, whose business ensures that information requests via the internet are delivered to the correct address.

 

The knock-on effect was that major internet platforms and services linked to Dyn – including Twitter, GitHub, Reddit, Pinterest, Etsy, Tumblr, Spotify, PayPal and the PlayStation network – were unavailable to millions of users in Europe and North America for some hours. Consumers were unable to carry out activities like online shopping, social media interaction or listen to music during this enforced downtime – examples which showcase exactly what the Fourth Industrial Revolution is all about, namely the interaction of the physical and digital worlds.”

 

The Fourth Industrial Revolution is generally understood to be the coming together of physical and digital technologies.

 

It builds on the previous industrial revolutions which each, in their own way and their own times, were seen to increase production of processed items during their eras.

 

In the process, each industrial revolution changed the ways that humans operated in particular spheres, arguably bringing in opportunities for improvements in efficiencies in general, and in some cases even poverty alleviation through the creation of jobs and new systems.

 

The First Industrial Revolution began in the 18th century with the invention of the steam engine; the Second used electricity to create mass production; the Third used electronics and information technology to automate production; and the Fourth is leapfrogging on top of the relatively recent Third to close the gap between our use of the physical and digital world.

 

Hamman explained, “People are aware that the Fourth Industrial Revolution is bringing change at a rate never seen before. The pace and scale of disruption brought about by connected technology is incredible; almost every industry you can think of is being transformed at an unprecedented speed. While it is true at a societal level that this global-scale of change will likely render some jobs obsolete, it will also create other new jobs during the disruption.

 

“As with most things, the powers inherent in the Fourth Industrial Revolution can be used for the greater good, or alternatively abused – this is human nature. But on the positive side, the possibilities being brought by the closing of the gap between the physical and digital worlds include changes in commerce, education and healthcare – for example, advances in biomedical sciences can lead to healthier lives and longer life spans https://trailhead.salesforce.com/en/modules/impacts-of-the-fourth-industrial-revolution/units/understand-the-impact-of-the-fourth-industrial-revolution-on-society-and-individuals. I prefer to focus on the ways in which the Fourth Industrial Revolution can be used for positive change.”

 

NETSCOUT Arbor notes in its 13th Annual Worldwide Infrastructure Security Report (WISR), released earlier this year, that the use of compromised IoT devices to launch DDoS attacks has helped cybercriminals increase the complexity of their assaults. The WISR is based on 390 responses from network operators globally, with more than half of the respondents headquartered and operational in North America. The 13th WISR showed that 33 percent of surveyed organisations had suffered a DDoS attack during 2017 (up from the previous year’s 17 percent). The report notes in its conclusion: “…attackers continue to build and weaponize massive IoT botnets of unprecedented size and capability….  This year, we’ve seen increasing sophistication of IoT-based botnet attack capabilities. These modern botnets are capable of delivering attacks that include application-layer, volumetric and complex multi-vector DDoS attacks.”

 

In a white paper, ‘IoT DDoS attacks show the stakes have changed’, NETSCOUT Arbor recommends a multi-layered approach to DDoS attack detection and mitigation, to counter-act the multi-vector layering inherent in botnets that are similar to the Mirai botnet, which began operating on 1 August 2016. Additionally, the paper notes the need for IoT makers to insert some basic security requirements into devices; for IoT operators in enterprises to improve and maintain visibility; for IoT users to take more responsibility for their devices; and for security operators to make sure that security and employee policies reflect and cater for the reality of the widespread use of IoT devices in today’s workplace.

 

“I view DDoS attacks, such as the 21 October 2016 attacks and the largest DDoS attack ever seen – namely the 1.7 Tbps attack on an American-based service provider during the first week of March 2018, which was foiled by NETSCOUT Arbor – as a threat to the positive possibilities that the Fourth Industrial Revolution could bring about. I therefore urge companies to remain aware of the damage that can be wrought by an undefended DDoS attack, and to get their defences in order,” Hamman concluded

 

 


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Data Commission, NAICOM Partner to Safeguard Data in Insurance Industry

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Nigerian Data Protection Commission (NDPC) and National Insurance Commission (NAICOM) have signed a Memorandum of Understanding (MoU) to protect data pilfering in the insurance industry.

Data Commission, NAICOM Partner to Safeguard Data in Insurance Industry

The agreement was finalised on Friday and aims to address critical concerns around data privacy and ensure that the insurance sector complies with global best practices in data management.

Some of the objectives of a MoU include training and capacity building to enhance awareness and skills in data protection, setting up specialized clinics to address data protection concerns and provide guidance; conducting compliance activities by regularly, monitoring and enforcing compliance with data protection regulations and educating insurance companies on the importance of data protection and the benefits of adhering to best practices.

Mr Olusegun Ayo Omosehin, commissioner for Insurance/ chief executive officer, NAICOM, said, “The collaboration marks a significant milestone in safeguarding the personal data of insurance policyholders and promoting trust in the insurance sector”.

To ensure the effective implementation of the Memorandum of Understanding (MoU), an Implementation Committee will be established.

This committee will comprise representatives from the 2 agencies, as well as other key industry associations, including the Nigerian Insurers Association (NIA) and the Nigerian Council of Registered Insurance Brokers (NCRIB).

The committee’s primary responsibility will be to monitor progress, provide guidance, and facilitate collaboration among stakeholders to guarantee the successful execution of the MoU.

Officials from both NAICOM and NDPC have expressed confidence in the partnership’s potential to strengthen data privacy frameworks within the insurance sector.

They noted that the initiative would boost public confidence, enhance compliance, and position the sector for greater innovation and credibility.

This collaboration is expected to pave the way for a more secure and trustworthy insurance landscape in Nigeria, ensuring the protection of personal data while fostering the industry’s growth.


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NDPC to Begin Prosecution of Data Privacy Offenders from 2025

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Nigeria Data Protection Commission (NDPC) will start prosecuting data privacy offenders from the beginning of 2025, according to Babatunde Bamigboye, head of the Legal Enforcement and Regulation Department of the commission.

NDPC to Begin Prosecution of Data Privacy Offenders from 2025

This move is part of its efforts to enforce regulations and promote responsible data handling in Nigeria.

Bamigboye, disclosed this during a one-day cybersecurity awareness campaign with the theme “Utilising AI-Powered Services for Proactive Cybersecurity” in Abuja.

The event was organised by SOPHOS UK in collaboration with SPOKES Network and Net-Trix Solutions to foster networking with industry experts on how AI is shaping the future of cybersecurity.

Bamigboye explained that, due to the significant implications of data privacy breaches in Nigeria, the commission has embarked on awareness programmes to educate individuals on their data protection rights and inform data processors and controllers of their obligations.

To this end, he announced that beginning next year, the commission would prosecute any data controllers or processors found in breach of the law.

“At this moment, we have investigated quite a number of cases, and in terms of prosecution—as you know, as a lawyer, this means going to court—but we haven’t taken any matters to court yet.

“This is the formative stage; we understand the implications for the country as a whole. And usually, when you talk about prosecution, it also involves some criminal activities. So, at this moment, our focus has been on creating awareness.

“But from next year, we will step up enforcement in this area. What we have done so far is to take remedial actions against certain data controllers and processors who defaulted under the Act,” he noted.

He assured investors that Nigeria’s cyberspace is secure for digital transactions.

“Nigerian cyberspace is safe; otherwise, we wouldn’t be experiencing the smooth flow of digital transactions in Nigeria. It is safe but not without threats, and we are doing our best as a country to combat these threats.”

Christopher Odutola, a sales engineer at SOPHOS UK, noted in his presentation that 100% cybersecurity cannot be guaranteed, hence the need for proactive measures.

“A lot of people will come to you and say, ‘We can give you 99.9% or 100% cybersecurity.’ It’s not true.

“Nobody can provide 100% security anywhere in the world. What they can do, as I mentioned earlier, is reduce the risk for you. However, determining the extent of risk reduction is difficult.

“It’s impossible to eliminate 100% of risks anywhere in the world. What we provide is what we call a cybersecurity breach protection warranty. This warranty covers incidents such as data breaches or ransomware attacks. For instance, if you lose your files while we manage your SOC as a service, we will reimburse up to one million dollars in response costs.”

Odutola further stressed the importance of organisations reducing cyber threat risks to secure cyberspace.

“There are risks to businesses, risks from downtime, attackers, scammers, and the rest, trying to infiltrate networks.

“The risk is always high. As cybersecurity professionals, we are doing as much as possible to reduce these risks.

“The various security controls we implement—antivirus software, firewalls, email security, cloud security, network security, and others—are aimed at reducing risks. We must focus on minimising risks. For instance, we currently see risks originating from third-party suppliers and vendors.”

According to him, “We have a process called risk assessment, which helps to evaluate vendors to ensure they do not introduce risks into our environment. This is why these security controls are crucial.

“We have them in place. It’s equally important to involve senior management in the discussion, as this is often where the gap lies. Unfortunately, cybersecurity is often perceived as a cost centre.”

Harrison Oloye, chief executive officer (CEO) of Net-Trix Solutions, said the event aimed to raise awareness about cyber threats and equip users to manage potential attacks.

“What we did, as Net-Trix Solutions Limited in conjunction with Spokes Network, is to create awareness and educate the public and private sectors on how to use Artificial Intelligence (AI) to combat cyber threats.”

Speaking further on achievements in creating awareness, he said: “As part of our Corporate Social Responsibility (CSR), we educate and train as many people as possible on the dangers of cyber threats and cyber-related crimes.”

Ms. Sifon Ufot, head of Business at SPOKES Network, emphasised the need to take proactive measures against cyber threats.

“We need to stay cyber-safe because hackers working behind the scenes are not joking—they work 24/7. For us, staying proactive is essential. With the help of AI, we can stay proactive; it provides information beforehand and even prevents some attacks from reaching us.”

 

 

 

 

 


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Nigeria, Others Confront Flood of Cyber-Attacks

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Check Point, a cyber security company has reported that Nigeria, South Africa, Kenya, and Morocco are seeing targeted cyber-attacks on government, education, and financial institutions.

Nigeria, Others Confront Flood of Cyber-Attacks

In its just released 2024 African Perspectives on Cyber security report, Check Point, said that the cyber security sector is growing by 20-25% annually, fuelled by investments in infrastructure and Artificial Intelligence-driven solutions.

The report said that  South Africa has seen 3,312 attacks on government institutions every week and a 90% increase in ransomware, with cybercrime costing the country nearly 1% of GDP.

Kenya, in East Africa, sees 4,719 attacks on the government sector each week, indicating an urgent need for enhanced defenses.

According to the report, Nigeria sees 4,718 attacks every week, which is one of the highest in Africa.

In a recent incident, the report states that a banking trojan assault affected 100,000 customer accounts, resulting in a $3 million loss.

Morocco is one of Africa’s most targeted countries, with 8,733 attacks on government entities reported each week, the report said.

According to Check Point, the Moroccan government recently faced a state-sponsored cyberattack that compromised classified communications, raising significant national security concerns.

“Organisations in Africa are attacked roughly 3300 times per week, if we look at the global average it is about 1 800, it is almost double the attacks,” said Hendrik de Bruin, head of security consulting at Check Point SADC during the presentation.

Check Point noted that the continent’s GDP is predicted to exceed $4 trillion by 2027, and digital infrastructure has emerged as a key driver of economic growth. However, rapid digitisation has resulted in increased vulnerability.

De Bruin explained: “We are slowly, but surely digitalising our industries, we are digitising our governments, private sectors are digitising themselves, so we have got an expanding digital attack footprint.

“We also have cloud adoption, which is not new, but picking up pace in Africa. That is another way that these attackers are using to gain access to organisations, and we also see a large uptake on cloud specific attacks as well.”

 

 

 

 


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