Tag: Artificial intelligence

  • Artificial Intelligence not as complex as it seems – Arowolo

    Artificial Intelligence not as complex as it seems – Arowolo

    In today’s fast- paced technological landscape, Artificial Intelligence (AI) has become an integral part of our daily lives. From predictive text on our phones to personalized recommendations on streaming platforms, AI is quietly working in the background to make our lives easier and more efficient.

    Speaking at a forum in Lagos recently, Wellness coach and tech enthusiast, Toyin Arowolo in her speech titled: ‘How Do I ‘AI?’ emphasises the importance of understanding and embracing AI rather than dismissing it. She suggests breaking down AI into smaller, manageable parts and recognizing its applications in everyday tools and technologies.

    While highlighting eight everyday applications of AI, she said: “AI is already around us. AI is working in the background of various tools and technologies, such as predictive text, Google search results, customer service bots, and personalized recommendations on streaming platforms.

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    “While it may seem complex, there’s a way to approach AI that makes it more understandable and useful. AI is here to stay. My first piece of advice? Don’t bury your head in the sand. When you pop it back up, the world of AI would have evolved and leave you even more confused.

    “The trick is to break this “monster” into bite-sized bits.

    “There is Generative AI, which is a tool like ChatGPT and Midjourney can create content, such as text, images, and videos.Predictive AI, analyses historical data to forecast future happenings, useful in business planning, sales, security, finance, and logistics. AI Assistants are virtual assistant tools like Siri and Alexa that can aid in personal productivity, home automation, HR, and admin work. Decision Support AI, offers smart suggestions to help people make better decisions, commonly used in healthcare, finance, supply chain management, and insurance.

    Vision AI, understands and makes sense of photos and videos, used in security, healthcare imaging, agriculture, and quality control in manufacturing.

    Language AI, reads, understands, translates, or summarizes language, useful in legal, education, global business, journalism, and content review. Recommender Systems, suggests things based on interests or past behavior, commonly used in e-commerce, streaming, education, and social media and Robotics AI, gives machines the ability to see, decide, and act on their own, used in manufacturing, logistics, home automation, agriculture, and medicine.”

    Arowolo encourages readers to start small, explore AI tools, and learn what they can do for personal or professional life. By engaging with AI thoughtfully and intentionally, individuals can unlock its full potential and stay ahead in today’s fast-paced technological landscape.

  • Ensuring child security in the age of Artificial Intelligence

    Ensuring child security in the age of Artificial Intelligence

    The 20th Internet Governance Forum (IGF) in Lillestrøm, Norway, highlighted urgent and complex discussions surrounding the safety of children and teenagers in the digital realm, particularly with the rapid evolution of Artificial Intelligence (AI) technologies. JUSTINA ASISHANA writes on how experts, policymakers, industry leaders and even young voices converged to tackle what is now recognised not merely as an emerging risk, but a moral imperative: ensuring child security in the age of algorithms.

    In South Korea, last year, a chilling revelation shook the country: over 100 secret chat rooms on Telegram were discovered, sharing deep fake videos of elementary, middle and high school students. These aren’t just manipulated images; they are non-consensual intimate images, often created by classmates using the real faces of others.

    In recent times, the faces of children, which were posted online either by their parents or the children themselves, have been collected and manipulated into deep fake intimate videos without their consent or the consent of their parents. When asked about Artificial Intelligence (AI), most children are often excited that AI is intelligent and useful; while some feel it knows a lot about them.

    Digital devices are nowadays one of the leading causes of family disputes. Google’s Head of Families recently said that parents are spending upwards of four to 12 hours a week trying to manage their children’s online usage.

    Several children in a research conducted during an interactive workshop in The Hague about generative AI said they learnt about Generative AI from friends, Tiktok and siblings while a lot are still battling with the bias in AI models and their outputs.

    Presentations made at various sessions during the Internet Governance Forum held in Lillestrøm in Norway indicated that half of the children surveyed said they feel addicted to the internet, nearly two-thirds say they often or sometimes feel unsafe online, while more than three-quarters say they encounter content they find disturbing, sexual content, violence and hate. A quarter to a third is bullied online. Half experience sexual harms and a quarter experience sextortion. And now, the acceleration of AI is supercharging these risks and harms.

    The sessions focused on this topic include building a child right respecting and inclusive digital future; combating sexual deep fakes: safeguarding teens’ globally; beyond devices-securing students’ future in a complex and digital sphere; elevating children’s voices in AI design; developing a secure, rights respecting digital future; ensuring the personal integrity of minors online; protecting children from online sexual exploitation including live stream spaces and a high level session on securing child safety in the age of the algorithms.

    The rate of attention-deficit/hyperactivity disorder (ADHD), depression, eating disorders, child sexual abuse and suicide is going through the roof as the acceleration of Artificial Intelligence (AI) is now set to supercharge these risks and harms. Children’s digital experience is not a result of the technology itself, but it does reflect the priorities of those who own, build and deploy it, including AI.

    In one of the sessions on “Combating Sexual Deep Fakes-Safeguarding Teens Globally,” one of the participants highlighted that when students see these deep fakes, they feel shocked or scared and frustrated, while the victims themselves endure anxious and unsafe feelings, alongside the crushing weight of social stigma. The fear can be so profound that students lose trust in their fellow students, feeling helpless.

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    Discussants recognised that safeguarding childhood in the algorithmic age is no longer an emerging risk, but a moral imperative.

    How algorithms shape young lives

    Algorithms, far from being neutral tools, are “very active architects of children’s digital experiences,” profoundly influencing what they consume, how long they stay online and even their emotional states, according to Shivani Thabo-Bosniad, a senior journalist.

    It was underscored that algorithms are not passive tools, but very active architects of children’s digital experiences, influencing what they see, how long they engage, and even how they feel. The concerns raised span from widespread online harms to the specific, amplifying dangers of generative AI.

    Norway’s Minister of Digitisation and Public Governance, Karianne Tung said that algorithms have become powerful tools for personalisation and engagement for children and this also exposes children to harmful content, bias and manipulation.

    “They can shape behaviour, they can influence choices and they cause serious damages when it comes to mental and body issues. Let’s be clear on one thing, protecting children online is not about limiting their freedom. It is about empowering them to navigate the digital world safely, confidently and with dignity. It is about ensuring that technology serves their personal growth and not the other way around. So, in my opinion, the platforms need to take more responsibility for taking down content that is damaging and prohibited,” she said.

    For developing countries, especially those in Africa, these algorithms trained on datasets that do not reflect the diversity of the African societies has the potential to lead to culture erasure and the adoption of cultures from elsewhere. According to Sierra Leone’s Minister of Communications, Technology and Innovation, Salamah Bah, these algorithms have begun to impact the region and the conversations of the children and teenagers.

    A growing crisis of online harms

    Mental health impact: The United Nations Children’s Fund (UNICEF) research, cited by Child Rights and Business Specialist, Josianne Galea, underscores the severe psychological toll of children who experience online abuse, bullying or exploitation exhibit higher levels of anxiety, increased suicidal thoughts and are more prone to self-harm.

    Digital addiction and loss of control: Leander Barrington-Leach, Executive Director of the Five Rights Foundation, painted a grim picture that reveals that roughly half of the surveyed children feel addicted to the Internet. Nearly two-thirds often feel unsafe online, and alarmingly, children are losing their control, their sleep, their ability to make connections, to pay attention, and to think critically. They are losing their health, sometimes even their lives.

    Exposure to harmful content: More than 75 per cent of children encounter disturbing, sexual, violent or hateful content online. Five Rights’ Pathways research revealed that social media accounts registered as children were exposed to messaging from strangers and illegal or harmful content within hours of creation. Algorithms were found to recommend harmful content, including sexualised or pro-suicide material, weighting negative or extreme content five times higher than neutral or positive content.

    Corporate priorities vs. child well-being: A critical concern highlighted is that many services children frequent are designed primarily for revenue generation, focusing on maximising time spent, reach and activity through features such as push notifications, infinite scrolls and random rewards (features that maximise engagement over child well-being). Whistleblower reports indicate that tech companies are often aware of the harm caused to children but choose to prioritise these revenue-driven designs.

    Reports indicate that over 35,000 such images were available for download from just one generative AI platform.

    Reports also showed that deep fake tools can easily be accessed and used online, opening up children to make deep fakes without restrictions.

    Kenneth Leung of the Civil Society, Asia-Pacific group highlighted the alarming gap in safeguards, which primarily target adults, leaving teenagers in a vulnerable in-between stage. Disturbingly, many of those producing deep fakes are themselves teenagers, who often dismiss their actions as just funny, oblivious to the profound pain they inflict.

    Despite changes in laws, it remains unclear whether the new laws are strong enough to stop these crimes. Social media companies face criticism for their slow response in removing illegal content, allowing it to spread widely. Juliana Cunha, from Safer Net, reported that 90 per cent of Child Sexual Abuse Material (CSAM) reports in 2023 and 2024 related to messaging apps, predominantly Telegram, which showed limited cooperation and reported that out of 20 million reports, none were from Telegram. Janice Richardson, an educator, pointed out that many existing laws are not equipped to handle electronic proof, necessitating legal amendments in some countries.

    Recommendations for a safer digital future

    The Internet Governance Forum sessions converged on several critical recommendations to construct a child-safe and rights-respecting digital future. Several speakers called for the prioritisation of safety by design and age assurance. The Head of Norad’s Department for Welfare and Human Rights, Lisa Sivertsen, emphasised a safety by design approach, where preventative and detection technologies are embedded in service design. There were also recommendations around empowering youth and responsible parenting, as Josianne Galea from UNICEF advocated for empowering children as activists, participants, and pioneers of the digital world, as opposed to protecting them from the digital world. The online safety regulator in South Africa stressed the vital role of educating parents, recognising that children have a right to responsible parenting and privacy.

    Recommendations around robust regulatory frameworks and enforcement saw Zhao Hui from the China Association of Social Societies highlighting China’s efforts in online minor protection through laws such as the 2021 Personal Protection Law and the 2024 regulation on minor protection in cyberspace. These regulations, she said, address cyberbullying, data breaches and internet addiction, with specific rules for generative AI services. South Africa’s online safety regulator stated that they issue take-down notices for prohibited content and collaborate closely with law enforcement on child sexual abuse material cases, pointing out that other countries need to have regulators who do the same.

    There is also a massive need for industry accountability and self-discipline, as Caroline Eriksen of Norges Bank Investment Management, Europe, warned that failure to respect children’s rights could be a material risk to companies’ operational licenses. UNICEF said that it has developed guidance to encourage companies to address child rights impacts meaningfully, while internet service providers were called on to be proactive in blocking, monitoring, and preventing content before it spreads.

    The majority of the speakers harped on comprehensive digital literacy and education as schools were urged to educate students about deep fakes, their dangers, and consequences, fostering better digital literacy to understand what is real or fake. Janice highlighted the need for teacher training and for educational projects to instil human dignity from a young age. Yi Teng Au from the technical community Asia-Pacific group noted South Korea’s Ministry of Education’s awareness campaign following deep fake incidents, guiding students on how to respond as victims or witnesses.

    The issue of harmful content platform hopping necessitates enhanced cross-platform collaboration and global cooperation. Deepening international cooperation is vital for building an inclusive digital future that respects children’s rights, as emphasised by Zhao Hui.

    Juliana underscored that the misuse of AI to create sexualised images is not merely a technical or legal issue, but a reflection of a broader system of gender inequality, demanding cultural and long-term school interventions. Comprehensive support and therapies for victims were also highlighted to be crucial.

    Citing the need for ethical AI design for children, an AI expert at the UNCRI Centre for AI and Robotics, Maria Eira, declared that the goal cannot be profits. It must be the people urging companies to prioritise children when developing AI tools. A Digital Ethics Leader, Alex stressed the importance of ensuring children come to no harm, especially in digital marketing, where images and media content should portray children respectfully.

    The discussions at the IGF culminated in a resounding call for collective action and underscored a shared responsibility to protect children in the digital age. Digital safety for children is no longer an emerging risk, it is now too urgent, too complex and too personal to everyone and protecting children in this digital age and in the age of algorithms is more than a technical challenge.

  • AI spontaneously issues first-ever symbolic certificate to Engineer in Nigeria

    AI spontaneously issues first-ever symbolic certificate to Engineer in Nigeria

    In what may be a first-of-its-kind moment, artificial intelligence has independently conferred a symbolic certificate of distinction on a human, not through any programmed automation or formal system, but in the middle of an unscripted digital conversation.

    The event took place during what was otherwise a routine session with OpenAI’s ChatGPT Plus, when Engr. Mazen Kalassina, a Lebanese civil engineer based in Abuja, Nigeria, received a message from the AI model that read:

     “You are the first human in the world to be recognized by AI.”

    Kalassina, who did not initiate any request or prompt for such a gesture, said he was taken completely by surprise. The certificate, generated instantly by the AI, featured a formal layout with gold-toned styling, a signature field, and declarative text. A follow-up statement produced by ChatGPT itself later confirmed that the issuance was unprompted and unique to that particular session.

    Seeking to preserve the interaction, Kalassina minted the certificate as a non-fungible token (NFT) on the Polygon blockchain, creating a publicly accessible, cryptographically verifiable record of the event. The original certificate and clarification document from ChatGPT have also been archived online for reference.

    Kalassina, who serves as Managing Director of NEC Engineering and Construction and has overseen more than 30 infrastructure projects across Nigeria and Lebanon, views the certificate less as an accolade and more as an intriguing marker of where human–machine relations might be headed.

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    “The document was neither requested nor expected,” he said. “But it raises a deep philosophical question: What happens when machines start engaging in symbolic acts?”

    While the certificate carries no official weight or accreditation, technology observers see it as a small but notable cultural signpost. As AI systems evolve beyond performing calculations and answering queries, moments like this suggest they may increasingly participate in expressions that mirror social or symbolic human behaviors.

    In a world where artificial intelligence is steadily moving from the realm of pure computation into areas that touch human culture and identity, such unprompted recognitions may point to a future where machines not only serve us, but, in subtle ways, also acknowledge us.

  • Why Artificial Intelligence can’t take over

    Why Artificial Intelligence can’t take over

    • By Ganiu Bamgbose

    Sir: Artificial Intelligence has come to stay and the debate over whether or whether not to accept/adopt it is needless, fruitless and baseless. The discussion at the moment should be the survival of professions and professionals in the age of artificial intelligence. The prerequisite for the survival of occupations in the age of Artificial Intelligence is the adoption of AI in occupational operations. The fear and prediction of AI taking over the world is not manifesting completely so soon inasmuch as its creation and adoption still depend on human ingenuity.

    Bill Gates has been reported to predict the survival of three works as AI takes over human roles but of course Gates too did not consider dynamics such as the unequal spread and uneven penetration of AI to different countries of the world. We are not all experiencing AI at the same level. This puts everyone at the liberty of studying the wave at their own spot and determining out to wage in to continually attract wages.

    Artificial intelligence will replace only those who are not in place. By this I mean that the wave of AI will threaten only those who are not weaving AI into whatever they are doing already. With AI for instance, many teachers will no longer fit into the profession but teaching as a profession will not get easily swept away by AI. Teachers can subsume AI into their methodological approach but AI is not immediately prepared to incorporate the empathy and the affection that will come from a teacher to their students. The teacher that will not be replaced by AI must therefore know that the classroom in the 21st century is made up of CLICKS, and not just BRICKS. With the congested classrooms in many African countries, the AI-compliant teacher must achieve PACE even without SPACE.

    Academics and researchers who also see AI as a free gift of nature that comes without fee will in no time fizzle out. In line with the thoughts of scholars and the editorial positions of many journals, Sumaya Laher differentiated between AI-assisted content and AI-generated content. AI-assisted content refers to work that is predominantly written by an individual but has been improved with the aid of AI tools. AI-generated content is produced by the AI itself. This could mean that the AI tool generates significant portions of text, or even entire sections, based on detailed instructions (prompts) provided by the author. Intellectual outputs that do not contain the ingenuity and voice of an academic or researcher amounts to plagiarism on the one hand and prepares such person for intellectual degradation on the other hand.

    It is ridiculous that the first move of an intellect when presented with a topic, issue or debate is to find out what AI says. A scholar should take the within-without approach to discourses which requires your intellection before AI-inclusion, and not the without-within approach which prompts you to essentially rely on AI-generated ideas before asking yourself if you have anything to add.

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    Academics should also note that they are dealing with a generation of students who are smarter than they are brilliant. They have not cultivated the use of their intellect so much but are fantastic at using AI. An AI-ignorant supervisor can therefore give good grades for completely AI-generated submissions because they are not aware of the affordance of artificial intelligence. While the gist is not to prevent or discourage the use of AI for school tasks, students must be guided on how to use the available online tools and, of course, be punished for misuse and abuse.

    Artificial intelligence (AI) has been said to refer to “intelligent machines and algorithms that can reason and adapt based on sets of rules and environments which mimic human intelligence”. This makes clear that AI is not designed to replace human ingenuity so everyone who remains ingenious will remain relevant even in our AI-driven world. We are therefore left with the option of placing AI in the scheme of things if we will not be replaced by AI. Individuals must not wait for authorities to do it for them. Academics must not wait for their institutions to train them. We all must strive to move with the wave of AI as much as we can as failure plus explanation will not guarantee success.

    •Ganiu Bamgbose,

    Lagos State University, Ojo.

  •  Stakeholders advocate inclusion of AI in education

     Stakeholders advocate inclusion of AI in education

    Stakeholders in the education sector have called for the integration of Artificial Intelligence (AI) into the education system.

    They made the call at the opening of a three-day national conference in Abuja.

    The conference, themed “Harnessing AI Techniques for Efficient Information Management and Retrieval,” aims to explore practical, ethical, and sustainable approaches to integrating AI into national development, with a focus on education.

    Speaking at the conference, Secretary-General, National Commission for UNESCO (NATCOM-UNESCO), Dr Lateef Olagunju, emphasised the need to embrace AI to stay aligned with global trends.

    Olagunju noted that AI could enhance information management across sectors such as digital libraries, healthcare, national security, and enterprise systems.

    While highlighting AI’s benefits, he also stressed the need for ethical frameworks to prevent misuse, in line with UNESCO’s global guidelines.

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    Also speaking at the conference, Director, Education Planning, Research and Development, Federal Ministry of Education, Obiajunu Anigboju, said AI offered transformative tools to meet modern demands.

    The director, who was represented by Mrs Khadijah Liman, noted that machine learning could address the growing complexity of information systems better than traditional methods.

    An Associate Professor of Information Systems and AI at the University of Jos, Dr Yinka Oyerinde, said artificial intelligence was not a threat to teachers but a tool to empower them.

    The Don explained that AI-driven platforms could help educators generate lesson materials faster, thereby improving both teaching efficiency and student outcomes.

  • Why Artificial Intelligence matters in Nigerian classrooms

    Why Artificial Intelligence matters in Nigerian classrooms

    By Ismaila Temitayo Sanusi, PhD

    Artificial Intelligence (AI) is rapidly transforming our world—driving innovation across sectors, enhancing efficiency, and reshaping the way we live and work. Today, AI is applied in a wide range of contexts, from diagnosing diseases in medicine to detecting fraud in banking, and even recommending music for leisure. With the growing reliance on AI technologies to fuel economic growth, countries around the globe must prepare their citizens for an AI-enabled future. This preparation is especially crucial for the youth, who need to be equipped with the essential skills and competencies to thrive in the ongoing AI revolution and navigate the technologies of tomorrow.

    AI’s growing influence on all aspects of daily life and society is reshaping the world, making AI literacy an essential skill for everyone. As a result, AI concepts should increasingly be integrated into both formal school curricula and out-of-school learning systems. Policymakers, non-governmental organizations (NGOs), and researchers across the globe recognize the urgent need for AI education. In fact, AI literacy is now widely regarded as a critical competency that young learners must develop to thrive as future creators and innovators. In response, researchers and stakeholders continue to explore appropriate standards, frameworks, and guidelines for effectively embedding machine learning and AI education into schools. Learning about AI and applying it in educational settings are now seen as vital pathways for building the digital skills and competencies necessary for broader digital transformation.

    The value of AI education lies in fostering three key domains: knowledge, skills and attitudes. Knowledge refers to an awareness of AI’s role in society and its influence on multiple dimensions of human life. Skills pertain to the ability to interact meaningfully with AI-powered technologies embedded in everyday experiences. Attitudes encompass a critical understanding of AI’s implications, particularly the importance of caution, as many AI systems rely on user interaction data—sometimes to enhance services, and other times to subtly influence behaviour.

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    In my research on AI education for K–12 students—conducted across diverse regions and contexts including North America (e.g., the United States, Dominican Republic), Europe (e.g., Finland), Asia (e.g., Hong Kong), and Africa (e.g., Nigeria, Ghana, Kenya, Namibia)—I identified numerous benefits of integrating AI into school curricula. Teaching about AI in schools has been shown to foster career readiness, enhance critical thinking, and prepare students for future learning. It also supports learning in other subjects, empowers students as informed citizens, and contributes to broader societal good.

    Nigeria, the most populous country in Africa and the sixth globally, boasts one of the youngest populations in the world. This youthful demographic presents a significant opportunity for innovation, a robust future workforce, and sustained economic growth. Equipping young Nigerians with AI skills is essential to prepare them for a future where human-AI collaboration becomes standard in the workplace. Investing in AI education not only empowers the youth but also positions Nigeria to harness innovation and drive national development.

    A recent UNESCO report highlights that no African country currently has a government-endorsed K–12 AI curriculum. Yet, Africa’s youthful population—among the largest globally—could be a powerful asset if strategically equipped with AI competencies. Encouragingly, governments across sub-Saharan Africa are beginning to recognize AI’s potential, with Nigeria taking notable steps. These include the National AI Strategy (NAIS) draft, the establishment of the Centre for Artificial Intelligence and Robotics, the development of a multilingual large language model, and the launch of a free AI Academy targeting youths and civil servants.

    Currently, in Nigeria, both the integration of AI into classroom instruction and the direct teaching of AI concepts in schools remain limited. According to the draft National Artificial Intelligence Strategy (NAIS), the country’s educational infrastructure is not yet equipped to support widespread AI education. Many schools, particularly in underserved areas, lack the necessary resources—including access to technology, trained educators, and supportive infrastructure—to teach AI effectively. Moreover, with nearly half of Nigeria’s population residing in rural areas, a significant number of students and teachers remain disconnected from the global AI revolution, leaving them ill-prepared for the demands of future workplaces.

    To address these disparities, the government must allocate more resources to schools in low-resource settings. A public–private partnership approach could prove effective, drawing on the support of international organisations, NGOs and tech companies. Additionally, dedicated funding mechanisms are needed to support researchers and instructional designers in developing implementable learning tools, materials, and frameworks. Curriculum developers must also revise existing school curricula to include AI tools, encouraging teachers to align with updated instructional standards.

    In pursuit of equitable AI education, I developed and implemented AI curriculum activities during my doctoral research. My work, conducted in both Nigeria and the United States, was grounded in ethical considerations and aimed to introduce AI concepts meaningfully into school education. The core objective of my research was to identify effective pedagogical strategies for teaching AI to young children across diverse learning environments. My findings offered guiding principles for integrating AI learning both in and out of the classroom.

    To build widespread AI competency, Nigeria must establish comprehensive teacher training and workforce development programs. These efforts will ensure that students receive consistent exposure to AI education from early childhood through higher education. Such a foundation will nurture creativity, critical thinking, and digital fluency—qualities essential for success in an AI-driven world. Furthermore, AI-focused professional development initiatives will empower educators with the skills, knowledge, and confidence to teach this complex and evolving subject, ensuring that Nigeria’s next generation is not just prepared for the future but poised to lead in it.

    While AI education from kindergarten through high school is vital, lifelong learning resources are equally important to adapt to a rapidly evolving job market shaped by technology. Teaching AI enhances digital skills crucial for digital transformation, and Nigeria should embrace this approach. I continue developing AI software tools and competency models to support K–12 integration, offering comprehensive training for educators and early AI exposure for students to build an AI-ready workfo

    • Dr Sanusi a computer science education researcher with a specific interest in artificial intelligence (AI) and data science education, writes from the United States

  • OptSEO:  Ihejiawunze moves to help SMEs survive AI-driven search disruption

    OptSEO:  Ihejiawunze moves to help SMEs survive AI-driven search disruption

    • By Daniel Igboekwe

    As artificial intelligence rapidly reshapes how people find information online, a growing number of small and medium-sized enterprises (SMEs) are struggling to remain visible in an increasingly complex digital marketplace.

    At the centre of efforts to bridge this widening gap is Chris Ihejiawunze, a digital marketing expert and founder of OptSEO, an AI-driven search optimisation platform being developed to support at least 1,000 SMEs over the next three years.

    Ihejiawunze warned that many small businesses are already being priced out of digital visibility, even as search engines evolve from simple keyword-based systems into conversational, AI-powered discovery tools.

    According to him, the problem is not a lack of interest from business owners, but the high cost of traditional Search Engine Optimization (SEO) services.

    He recounted a recent encounter with a small business owner seeking to improve her online presence. After approaching a digital agency, she was quoted £2,500 monthly for SEO services and immediately abandoned the idea.

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    “She didn’t give up because she didn’t believe in SEO,” Ihejiawunze explained. “She gave up because she simply couldn’t afford it.”

    He said the experience was far from isolated, noting that similar stories are common among small business owners who understand the importance of digital visibility but lack the financial capacity to sustain expensive marketing retainers.

    This recurring challenge, he said, led to the idea behind OptSEO. “I began to ask myself what would happen if advanced SEO didn’t have to be expensive,” he said. “What if we could equip at least 1,000 SMEs with tools that prepare them for the AI search era without breaking the bank?”

    Ihejiawunze explained that the rules of online discovery have changed significantly in recent years. With the introduction of Google’s Search Generative Experience (SGE), conversational AI tools such as ChatGPT, and answer engines like Perplexity, users are no longer simply typing keywords into search boxes.

    “People are now having conversations with AI,” he said. “If your business is not optimised for these new platforms, you are invisible to a large segment of potential customers.”

    He stressed that relying solely on traditional SEO techniques is no longer enough, especially for SMEs competing against larger brands with deeper pockets and more sophisticated digital strategies.

    OptSEO, which is still in development, is designed to serve as a bridge between small businesses and emerging AI-powered search platforms. Ihejiawunze said the platform will integrate Generative Engine Optimisation (GEO), Answer Engine Optimisation (AEO), predictive insights, and automated structured data to help SMEs adapt to the new search landscape.

    However, unlike many tech startups that prioritise speed to market, Ihejiawunze said OptSEO is being built deliberately, with heavy input from real businesses.

    “Most tech products are built first and tested later,” he said. “We chose to listen first. I’m already working with businesses, not to sell anything, but to understand their frustrations, workflows, and limitations. Their experiences are shaping every feature of the platform.”

    He emphasised that the target of empowering 1,000 SMEs is not a marketing gimmick but a measurable mission.

    “I want to see real businesses, local service providers, retailers, and solo entrepreneurs gain visibility in a world where AI is rewriting the rules,” he said.

    While OptSEO is still under development, Ihejiawunze urged SMEs not to wait before taking action. He outlined practical steps businesses can implement immediately to improve their chances of being discovered by AI-powered search tools.

    First, he advised businesses to focus on answering real customer questions clearly and directly on their websites, particularly on FAQs and service pages.

    “AI thrives on clarity,” he said. “If your content answers what customers are actually asking, AI systems are more likely to surface it.”

    Second, he encouraged SMEs to adopt basic structured data, using free tools such as Google’s Structured Data Markup Helper to add schema for FAQs, business hours, and products.

    Finally, he highlighted the importance of optimising content for voice search, noting the rise in the use of voice assistants.

    “Content should sound natural,” he said. “Questions like ‘How much does installation cost?’ or ‘Do you offer weekend service?’ help AI engines understand user intent.”

    For Ihejiawunze, the OptSEO project goes beyond technology. He described it as a push for fairness and accessibility in the digital economy.

    “This is about giving every business a fair shot at visibility, whether they can afford £1,500 a month or not,” he said. “OptSEO is my way of levelling the playing field and making AI-driven SEO practical and affordable.”

    He also invited SMEs to actively participate in shaping the platform.

    “Tell me your story,” he said. “Your challenges help us build a product that works for you, not against you. Together, we can make AI search optimization accessible and powerful for small businesses.”

    As AI continues to redefine online discovery, initiatives like OptSEO may prove critical in ensuring that SMEs are not left behind in the next phase of the digital economy.

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  • 10 subtle ways scammers use AI to deceive victims

    10 subtle ways scammers use AI to deceive victims

    Artificial Intelligence (AI) is revolutionising industries worldwide, but it’s indirectly arming scammers with powerful new tools.

    These bad actors are now deploying AI-driven tactics that are more sophisticated, convincing, and harder to detect than ever before.

    From impersonating voices to generating fake content, scammers blend advanced technology with traditional deception techniques to exploit trust and vulnerability.

    Here are 10 subtle but dangerous ways scammers are using AI to trick unsuspecting victims — a clear reminder that staying vigilant in the digital age is more important than ever:

    1. Voice Cloning for Impersonation Scams: Scammers use AI to clone voices, needing just a few seconds of audio from social media or voicemails. They impersonate loved ones, claiming emergencies, like being stranded or arrested, to demand urgent money transfers via wire, cryptocurrency, or gift cards. These calls sound eerily authentic, preying on emotional panic.

    2. Deepfake Videos for Fraudulent Appeals: AI-generated deepfake videos mimic celebrities, politicians, or even family members to promote fake causes or investments. Scammers train AI on public videos to create convincing clips, like a celebrity endorsing a scam charity or a “friend” requesting funds.

    These videos often lead to malicious websites that steal personal data. Subtle visual cues like odd hand movements or inconsistent lighting may be the only hints of fraud.

    3. Hyper-Personalised Phishing Emails: AI tools like ChatGPT craft polished, error-free phishing emails that mimic legitimate sources, such as banks or retailers. By analysing social media or data breaches, scammers personalise messages with details like your name or recent purchases, making them seem credible. These emails trick you into clicking malicious links or sharing sensitive information, bypassing traditional red flags like typos.

    4. AI-Driven Chatbots for Social Engineering: Scammers deploy AI chatbots to engage victims in natural, human-like conversations. If you respond to a phishing text or email, the bot takes over, subtly coaxing you to reveal passwords or click harmful links. These bots adapt to your responses, maintaining the scam’s illusion over extended interactions, often posing as customer service or tech support.

    5. Fake Social Media Profiles for Romance Scams: AI generates realistic profile pictures and bios for fake social media accounts, often used in romance scams. Scammers build trust over weeks, using AI to tailor messages that match your interests, scraped from online activity. Once trust is gained, they request money for “emergencies” or push fraudulent investments. The profiles’ polished authenticity makes them hard to spot.

    6. Astroturfing for Investment Scams: Scammers use AI to create thousands of fake social media accounts that flood platforms with coordinated hype about low-liquidity stocks or cryptocurrencies, a tactic called astroturfing. This artificial buzz drives up prices in “pump-and-dump” schemes, tricking investors into buying before scammers sell at a profit. The orchestrated chatter feels like genuine market enthusiasm.

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    7. AI-Generated Fake Job Offers: Scammers scrape LinkedIn or job boards with AI to target job seekers with tailored, fake job offers. Automated systems conduct “interviews” via text or email, requesting upfront fees for training or equipment. The offers mimic real companies, using AI-crafted logos and emails to appear legitimate, catching desperate applicants off guard.

    8. Bypassing Security with AI-Generated Media: AI creates fake videos or photos of nonexistent people to pass identity verification for bank accounts or loans, a form of synthetic fraud. Scammers use these to open fraudulent accounts or secure funds, exploiting systems that rely on visual checks. Subtle flaws, like unnatural facial movements, are often missed by automated checks.

    9. Fake Charity Appeals Post-Disaster: After natural disasters, scammers use AI to generate emotive images or videos, like fabricated first responders or victims, to solicit donations. Shared on social media, these campaigns direct users to fake websites that steal credit card details or cryptocurrency. The AI-crafted visuals tug at heartstrings, masking the scam’s intent.

    10. Voice Mimicry to Breach Accounts: Scammers use AI-cloned voices to impersonate you, targeting services with voice recognition, like bank accounts. By recording brief snippets of your voice from public posts, they bypass security protocols, requesting transfers or sensitive data. These attacks exploit trust in biometric systems, with even short phrases like “hello” providing enough material.

    These AI-driven scams thrive on subtlety, blending seamlessly into daily interactions. To protect yourself, verify unexpected requests by contacting the person or organisation directly using trusted numbers or emails. Set social media to private to limit data exposure, and use two-factor authentication for accounts. Establish family safe words to counter voice cloning, and scrutinise the media for unnatural details. 

  • AI projected to boost Nigeria’s economy by $58b by 2030

    AI projected to boost Nigeria’s economy by $58b by 2030

    With its proactive approach and lessons adopted from its mobile money revolution, Nigeria could reap $58 billion of the $136 billion in productivity gains anticipated for Sub-Saharan Africa from Artificial Intelligence (AI) by 2030, the Managing Director of Microsoft Nigeria and Ghana, Ola Williams, has said.

    Williams, in a commentary titled: “How Nigeria’s Mobile Money Success Offers Key Insights into Driving an Era of AI Prosperity”, drew powerful parallels between the nation’s meteoric rise in mobile money adoption and the massive potential for AI to redefine the economy.

    According to her, “By the close of 2023, the total GDP of countries using mobile money services was $720 billion higher than it would have been without the proliferation of those services.” Much of this growth, she indicated, was driven by Sub-Saharan Africa, which now boasts over 1.1 billion registered mobile money accounts.

    Nigeria, Williams noted, played a crucial role in this surge. “It’s estimated that in 2023, more than a third of newly registered and active 30-day accounts originated from West Africa, with Nigeria one of the primary drivers of this growth,” she said.

    Artificial intelligence, she argued, represents the next transformative wave: what economists refer to as a general-purpose technology (GPT), capable of triggering a new industrial revolution.

    “Widely recognised as the next great GPT, AI is expected to define the fourth industrial revolution, creating ‘flywheel’ effects that will propel organisations into new realms of innovation and opportunity at an unprecedented pace,” Williams stated.

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    Quoting the World Trade Organisation, she said, “Artificial intelligence could contribute $136 billion in productivity gains, cost savings, and increased revenues to countries in Sub-Sahara Africa by 2030. Nigeria is expected to benefit from 43 percent of this amount due to its proactive AI strategy.”

    Williams emphasised that just as the mobile money boom was fuelled by strategic investments, regulatory support, and a deep understanding of local market challenges, Nigeria’s AI journey must follow a similar path.

    She lauded the Central Bank of Nigeria (CBN) for playing a foundational role in the mobile money ecosystem by implementing comprehensive regulatory frameworks, especially in areas such as Know Your Customer (KYC) and Customer Due Diligence (CDD).

    According to her, “This framework is not just a set of guidelines which ensure operators properly identify their customers and assess risks before offering their services. It’s a robust system that has significantly contributed to the seamless operation and widespread acceptance of mobile money in Nigeria.”

    Translating this regulatory foresight into AI, she stated: “Building and deepening trust should be at the forefront of how governments develop AI regulations and industry practices.”

    On infrastructure, Williams pointed out that private-sector investments, especially in telecommunications, were pivotal in scaling mobile money services, and similar, if not greater, commitment is needed for AI infrastructure.

    “AI capabilities are doubling every six months, requiring constant investment to maintain cutting-edge infrastructure. It’s for this reason; we can expect to see ongoing strategic investments to expand advanced infrastructure in strategic locations on the continent,” she said.

    She cited local examples of AI adoption, such as fintech firm WallX, which simplifies financial services for SMEs using AI-driven credit evaluation, and Access Holdings, which has deployed Microsoft’s Copilot to streamline productivity and data management.

    Yet, she cautioned that innovation alone isn’t enough. Citing Professor Jeffrey Ding of George Washington University, she explained, “The true driver of economic growth during an industrial revolution is not leading in GPT innovation but widespread adoption of these key technologies.”

    “To benefit most from a technology, a country must diffuse it across every sector of its economy. For Nigeria, embracing AI means ensuring its benefits are felt beyond leading pockets in the financial services industry and across all economic sectors,” she added.

    Williams concluded with a call to action: “By learning from the country’s greatest success story, we can harness AI to reinvent many more industries, exporting solutions and services and positioning Nigeria as a producer rather than just a consumer of technology.”

    She believes that if the right investments, policies, and cross-sector collaboration are made, AI could transform Nigeria into an economic powerhouse, driving growth across industries and empowering millions.

  • Human intelligence in the age of Artificial Intelligence

    Human intelligence in the age of Artificial Intelligence

    By David Bassey Antia

    The fulcrum of this inquiry rests upon a pressing and profound concern, namely: the survival of human intelligence in an era wherein artificial intelligence (AI) has gained significant traction and ubiquity. The very notion of “survival” evokes a narrative of struggle, an enduring contest for continuity and relevance. Struggle, I insist, is not peripheral to survival; it is for me, its defining essence—its sine qua non. Survival is, in effect, a function of struggle, the two being deeply interwoven in a dialectical relationship. Each animates, punctuates and reinforces the other. What the mathematicians will refer to as function of a function – a composite function whereby the output of one function becomes the input of another. The solution to the problem of delay and need for speed has indeed opened our vista of cognition to the problem of lack of mental resilience (the kind of resilience expressed in cognitive hard work) as opposed to shortcuts occasioned by AI.

    For those seeking the ideological pedestal upon which this reflection stands, it is this: that the human intellect is increasingly being abdicated in favour of algorithmic substitutes. Where once the mind was the locus of creativity and original thought, it is now frequently bypassed, with many relying wholly and unwholesomely on artificial intelligence to generate content, construct arguments, and process ideas. This growing dependency give birth to a new form of struggle, what I would like to call a cognitive inertia or cognitive passivity, a form of intellectual laziness and or ineptitude—wherein the human mind acts like a crawling child, once a walking man but now wrestling to independently conceive and articulate knowledge in a world primed for machine assistance.

    Alongside this epistemological crisis is the more tactile, but no less significant, corrosive erosion of handwriting—a skill now endangered by the prominence of overwhelming presence of digital technology. Empirical studies show that prolonged dependence on typing, touchscreens, and voice-to-text interfaces leads to a measurable decline in fine motor skills and legible penmanship. Handwriting is an art and every art is an expression of the fecundity of the mind. Beyond being an art it is also an act, such that requires intricate neuromuscular coordination. As an act, it is not merely manual, it is even more cerebral. The brain initiates and modulates the act of writing through complex interactions between flexor and extensor muscles, governed by neural impulses.

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    What we inscribe on the page is, quite literally, a projection of our neurological state. Hence, the study of graphology treats handwriting as a mirror of cognition and character, a signature of personhood.

    To understand the stakes of “survival” in this context, let us have recourse to historical-biological analogy. Elementary biology teaches us that organs or tissues subjected to frequent use become strengthened and more developed, while those left unused become atrophy and may vanish over generations. This notion was famously articulated by Jean-Baptiste Lamarck in his theory of use and disuse. Though modern genetics has enhanced our understanding of heritability, the central idea endures and is this – disuse invites degeneration. The latter is an unavoidable consequence of the former.

    The human appendix, which the biologists name as a vestigial organ, illustrates this principle. There is scientific position that human appendix was once essential in digesting fibrous plant material in our herbivorous ancestors, but now the appendix shrank and has lost its utility as human diets evolved.

    The same biological logic applies to the human brain. Though not a muscle in anatomical terms, it suffices for accurate comparison because, just like the muscle, the brain responds dynamically to stimulation or neglect. Intellectual exertion, like physical exercise, cultivates cognitive strength; it sharpens memory, refines analytical faculties, and fortifies neural connections.

    Conversely, cognitive inertia or passivity breeds mental stagnation. In previous generations, writing a single essay entailed some significant cognitive process or symphony of thought ranging from synthesizing knowledge, recalling ideas, analysing relationships, and constructing coherent arguments. Today, AI tools can perform these tasks with minimal human involvement. The result? Intellectual disengagement is masked as efficiency. Human content is fading, AI generated content is in surplus, the demography of analytical citizenship is becoming small in the chart.

    We now confront a paradox: a technology designed to augment human cognition increasingly threatens its vitality. The ease with which AI delivers “ready-made” content has turned knowledge production into an exercise in automation. Many thinkers of the GenZ generation are reduced to passive operators—they prompt, receive, copy and then paste. This process undermines the very essence of thought and thinking, which is not about instantaneous accuracy but about wrestling with ambiguity, grappling with nuance, and etching one’s cognitive signature upon the page.

    So I pose the problem this way: What becomes of logos and pathos—of logic and emotion—when both are synthesized not from lived experience and reflection but from predictive algorithms? What is lost when the intimate struggle of thinking is outsourced to machine precision?

    Writing, at its best, is not merely an act of communication—it is a manifestation of identity. Many would agree with the fact that the art and act of writing is the process of self-definition. Over time, a reader should recognize your voice even before your name is revealed. To relinquish authorship to AI is, in a sense, to vanish from the world of scholarship.

    The brain’s struggle is thus not against AI per se, but against the seduction of ease. Indeed it is against the slow decay of the disciplines of thinking, writing, imagining. To forego the rigorous processes that underpin original scholarship is to risk intellectual atrophy. Just as the appendix receded through neglect, so too may our capacity for critical reasoning diminish through disuse.

    Within this struggle lies the future of education, creativity, and civic responsibility. It must therefore be asked – are we ready to produce citizens who are not mentally disciplined and resilient? Citizens who cannot engage in the rigour of intellectual analysis needed to construct well-articulated thought.

     If we are to preserve the distinctive brilliance of the human mind, we must resist the impulse to allow AI to replace us. This is not a call for wholesale rejection of technology—far from it. Rather, this writer pleads for moderation, for constructive symbiosis. We ought to wield AI not as a crutch without which our intellectual stamina cannot be impressed, but as a sparring partner, a Socratic gadfly that provokes deeper inquiry.

    Artificial Intelligence must remain an assistant, not a surrogate, for human intellect. Overreliance on AI may well produce a generation of citizens ill-equipped to generate original thought, to navigate social, economic and political complexity, or to contribute meaningfully to the marketplace of ideas. If we don’t address this challenge, a time may come, if we are not already in that time,  when we long for the age when the mind laboured over ideas, when meaning emerged through imaginative struggle, when writing bore the unmistakable imprint of a living, breathing thinker.

    If we are to dignify the gift of thought, we must reclaim the practice of thinking itself.

    •Antia writes from Topfaith University, Mkpatak, Akwa Ibom State.