Ghana News AI

Technology News from Ghana

The latest technology news from Ghana, curated from the country's leading newsrooms and updated through the day. Newest stories first.

Kunal Shah to Lead WhatsApp as Will Cathcart Steps Down After Seven-Year Tenure
technology|

Kunal Shah to Lead WhatsApp as Will Cathcart Steps Down After Seven-Year Tenure

Will Cathcart, the head of WhatsApp, has announced his departure from the role after nearly seven years of leadership. During his tenure, the messaging platform experienced unprecedented growth, expanding its global user base to over three billion people. Cathcart stated that he is stepping back at a time when the platform is in its strongest position ever, noting that it felt like the right moment for a transition. While he is leaving the top job at WhatsApp, reports indicate he will remain part of Meta’s broader leadership team, ensuring some continuity within the parent company. Succeeding Cathcart is Kunal Shah, the founder of the prominent Indian fintech start-up Cred. Shah’s appointment comes as Meta strengthens its ties with his existing ventures; the tech giant recently invested $900 million in Cred, securing a 20% stake in the company. Meta CEO Mark Zuckerberg has publicly praised Shah’s entrepreneurial vision and "builder mentality," expressing confidence that his experience will help further enhance WhatsApp’s service for both individual users and businesses. Shah is expected to maintain his shareholding in Cred while focusing on his new responsibilities at the messaging giant. The leadership change signals a strategic focus on integrating fintech expertise and potentially expanding WhatsApp's commercial and payment capabilities, particularly in emerging markets like India. Despite the financial ties between Meta and Cred, both companies have emphasized that the investment does not grant Meta access to Cred’s member data, maintaining a clear boundary regarding user privacy. As Shah takes the helm, the tech industry will be watching closely to see how his background in financial technology influences the evolution of the world's most popular private messaging application.

NEDCo Launches Digital Billing System to Eliminate Paper-Based Delays and Improve Meter Accuracy
technology|

NEDCo Launches Digital Billing System to Eliminate Paper-Based Delays and Improve Meter Accuracy

The Northern Electricity Distribution Company (NEDCo) has officially launched its Digital Billing Transformation Project, marking a significant milestone in the modernization of Ghana's energy sector. This initiative, specifically titled the "NEDCo Customer Audit and Electronic Billing Project," is designed to phase out traditional paper-based billing in favor of a more efficient, real-time electronic method. By transitioning to digital distribution, the utility provider aims to resolve chronic inefficiencies that have long plagued its service delivery, particularly regarding the late delivery of physical bills and the high frequency of inaccurate meter readings that often lead to customer disputes. Central to this digital overhaul is the ability for customers to receive their bills instantly through SMS and email. Eng. Eugene Odoi Addo emphasized that the project is not just about changing the delivery format, but also about improving data integrity. As part of the transition, NEDCo is conducting a nationwide customer audit to ensure that every consumer's data is accurate and up-to-date. This proactive approach is expected to significantly reduce billing errors and streamline the reconciliation process. To further empower consumers, NEDCo has introduced a mobile application and an online portal. These platforms allow users to view their entire billing history, monitor their daily consumption patterns, and manage their accounts from the palm of their hands, bringing a new level of transparency and convenience to utility management. The project is currently being tested in a pilot phase with plans for a rapid expansion across all of NEDCo’s operational zones in the coming months. Beyond immediate convenience for consumers, the digital shift is expected to improve the company’s operational efficiency and revenue mobilization efforts by reducing the costs associated with printing and manual distribution. As Ghana continues to pursue a broader national digitalization agenda, NEDCo's transition serves as a critical blueprint for how state-owned utilities can leverage technology to enhance service delivery, build public trust, and ensure the sustainability of the nation's energy distribution infrastructure.

Google Launches Major Street View Expansion in Ghana to Boost Digital Mapping and Tourism
technology|

Google Launches Major Street View Expansion in Ghana to Boost Digital Mapping and Tourism

Google has announced its most significant expansion of Street View in Ghana to date, introducing high-resolution imagery and broader coverage across the country's urban and historical landscapes. This major update, which leverages advanced camera technology, aims to provide users with a more immersive and detailed experience of Ghana's geography, from bustling metropolitan hubs to serene coastal regions. By enhancing its mapping capabilities, Google is positioning Ghana’s diverse attractions for a global audience, facilitating both local navigation and international exploration through the Google Maps platform. The expansion focuses heavily on Ghana’s major economic and cultural centers, including Accra and Kumasi. Users can now virtually traverse iconic landmarks such as the National Theatre of Ghana and the sprawling Kejetia Market with unprecedented clarity. Beyond the cities, the update covers key national highways and essential infrastructure, alongside major sports venues. Coastal cities like Cape Coast and Takoradi have also seen significant improvements in coverage, ensuring that the historical and maritime importance of these regions is well-represented in the digital space. Central to this rollout is the deployment of Google’s new ultra-portable camera systems. These advanced devices allow for the capture of high-quality imagery in locations that were previously difficult to access, including UNESCO World Heritage sites and narrow historical pathways. This technological leap not only improves the functionality of Google Maps for daily commuters but also serves as a vital tool for the tourism sector. By making Ghana’s cultural heritage and natural attractions accessible via desktop and mobile devices, the initiative helps preserve and promote the nation’s identity in the digital age. As Ghana continues to grow as a regional leader in digital transformation, tools like Street View play a crucial role in bridging the gap between physical and digital environments. This update provides a foundation for future innovations in logistics, urban planning, and virtual tourism. Residents and international visitors alike can now leverage these enhanced tools to plan trips more effectively and discover the landmarks of the nation. The expansion reflects Google’s ongoing commitment to organizing geographical information and making it universally accessible, specifically tailored to the evolving needs of the Ghanaian market.

Cyber Security Authority Alerts Critical Sectors to Global ‘FortiBleed’ Cyber Threat
technology|

Cyber Security Authority Alerts Critical Sectors to Global ‘FortiBleed’ Cyber Threat

The Cyber Security Authority (CSA) has issued a high-priority technical advisory concerning a widespread and sophisticated cybercrime campaign dubbed "FortiBleed." This global threat specifically targets Fortinet FortiGate firewalls and SSL VPN gateways, posing a significant risk to Ghana's digital infrastructure. Unlike many high-profile attacks that rely on newly discovered software vulnerabilities, FortiBleed focuses on exploiting systemic weaknesses in cybersecurity hygiene. The CSA warns that organizations failing to implement robust authentication measures are particularly vulnerable to this ongoing campaign. According to the advisory, threat actors are utilizing automated scanning tools to probe internet-facing Fortinet devices. These attackers leverage extensive databases of leaked credentials to perform "credential stuffing" attacks, gaining unauthorized access to internal systems. The CSA identified that the primary drivers of successful breaches in this campaign are the use of weak passwords and the absence of multi-factor authentication (MFA). This method allows hackers to bypass traditional perimeter defenses and infiltrate networks across various critical sectors, including government agencies, financial institutions, and healthcare providers. In response to the escalating threat, the CSA has outlined several mandatory and recommended mitigation strategies for organizations. Immediate actions include the rotation of all administrative and user credentials associated with Fortinet devices and the strict enforcement of multi-factor authentication. The authority also advises IT departments to restrict network access to essential services only and to maintain rigorous monitoring of network activity for any indicators of compromise. Furthermore, all internet-facing hardware must be updated in accordance with vendor guidelines to ensure they are shielded against known exploits. This latest warning underscores the growing sophistication and frequency of cyber threats facing both public and private entities in Ghana. The CSA’s proactive stance highlights the necessity for a shift toward "cyber resilience," where organizations treat cybersecurity as a continuous process rather than a one-time setup. As the "FortiBleed" campaign continues to evolve, the authority emphasizes that vigilance and adherence to international best practices remain the most effective defenses against unauthorized access and potential data breaches that could compromise national security and economic stability.

Ghana Launches National AI Strategy: A Strategic Roadmap for Economic Transformation and Youth Empowerment
technology|

Ghana Launches National AI Strategy: A Strategic Roadmap for Economic Transformation and Youth Empowerment

Ghana has officially introduced its National Artificial Intelligence (AI) Strategy, a comprehensive framework designed to pivot the country toward a tech-driven economy. This strategic document serves as a roadmap to harness AI for transforming public services, boosting economic productivity, and providing the youth with critical future-ready skills. Built upon eight core pillars—ranging from AI education and digital infrastructure to robust data governance—the strategy signals Ghana's ambition to become a digital hub in the sub-region and capitalize on the fourth industrial revolution. The strategy’s success rests on several foundational elements, particularly the development of high-quality digital infrastructure and the cultivation of local "AI builders." Experts, including Delali Agbenyegah, emphasize that the focus must now shift from theoretical planning to the practical creation of a workforce capable of developing and deploying localized AI solutions. This involves not only formal academic education but also specific job-related training that prepares Ghanaians for the shifting demands of the global labor market. Furthermore, ensuring equitable access to data is cited as a critical prerequisite for fostering innovation and preventing a lopsided digital ecosystem. While the strategy provides a strong policy direction, significant hurdles remain, most notably the digital infrastructure gap in rural areas. For the benefits of AI to be truly national, the government must address these connectivity issues to ensure that geographic location does not limit participation in the AI economy. Despite these challenges, there is evidence of strong local potential; initiatives like the Ghana Data Science Summit have already demonstrated that the country possesses emerging talent and a growing community of tech professionals ready to engage with complex data science and machine learning projects. Looking ahead, the emphasis is firmly on moving from strategy to execution. The long-term success of the initiative will be measured by the tangible impact on the lives of ordinary Ghanaians, requiring consistent community involvement and a focus on measurable outcomes. As this marks the beginning of a broader national journey, the integration of AI into public and private sectors is expected to undergo iterative phases, necessitating ongoing collaboration between the state, private tech firms, and educational institutions to realize the full transformative potential of the strategy.

Complete Farmer Launches Satellite-Powered Platform to Connect Ghanaian Growers to Global Markets
technology|

Complete Farmer Launches Satellite-Powered Platform to Connect Ghanaian Growers to Global Markets

Complete Farmer, a leading Ghanaian agritech company, has introduced a groundbreaking satellite-powered farming tool designed to revolutionize local agriculture. By integrating advanced technology into its mobile platform, the company aims to tackle long-standing challenges such as limited market access and insufficient technical support, which frequently lead to crop waste. This initiative is positioned to empower growers by providing them with the necessary tools to boost productivity and compete effectively on a global scale. At the heart of this innovation is a sophisticated soil analysis feature that utilizes satellite data. Roland Owusu, Lead Product Manager at Complete Farmer, explained that this technology allows farmers to determine the most suitable crops for their land without the need for traditional, often expensive, physical soil testing. Additionally, Innovation Manager Gilbert Nii Tackie highlighted the app's remote farm management capabilities. This feature enables users to supervise operations and guide farm workers in real-time from any location, effectively ending the "guesswork" that has historically hindered small-scale farming efficiency. Beyond technical guidance, the platform serves as a vital bridge between Ghanaian growers and international buyers. Complete Farmer provides structured farming guides and direct access to agronomists to ensure that produce meets rigorous international quality standards. Crucially, these technical support services are offered to farmers at no cost, removing financial barriers to high-quality agricultural practices. By streamlining the supply chain, the platform ensures that farmers have a guaranteed market for their harvests, while global buyers are assured of top-tier produce. To further encourage adoption and ensure farmers can maximize the benefits of these digital tools, Complete Farmer plans to host a series of webinars. These sessions will provide practical training on effective farm management and navigating the app's various features. As the agricultural sector increasingly leans into digitalization, Complete Farmer's integrated approach represents a significant step toward making Ghanaian farming more data-driven, sustainable, and profitable.

Dr. Frempong Acheampong Leads Development of Ghana’s First Indigenous Forensic Age Estimation Machine Learning Model
technology|

Dr. Frempong Acheampong Leads Development of Ghana’s First Indigenous Forensic Age Estimation Machine Learning Model

In a landmark achievement for Ghana’s scientific community, a team of three researchers led by Dr. Frempong Acheampong has developed the nation’s first indigenous machine learning model for forensic age estimation. This technological breakthrough is specifically designed to assess the age of adolescents, filling a critical gap in forensic science within the West African context. By leveraging local data, the model aims to provide a more accurate alternative to the foreign standards that have historically been used in Ghana, which often fail to account for the biological nuances of African populations. The research was conducted in the Ho Municipality and involved a study group of 265 adolescents between the ages of 14 and 19. Utilizing non-invasive imaging techniques, the researchers tested various algorithms to determine which provided the most reliable results. The findings revealed that the Random Forest model achieved the highest level of accuracy, demonstrating the power of tailored machine learning solutions in solving complex biological and legal challenges. This indigenous approach ensures that age verification is grounded in the physiological realities of the local population, rather than relying on datasets derived from Western or Asian demographics. Beyond its technical success, this project holds significant implications for legal and social systems across sub-Saharan Africa. Accurate age estimation is vital for judicial proceedings, sports eligibility, and access to social services. By developing a tool that is both locally relevant and scientifically robust, Dr. Acheampong and his team have paved the way for more equitable forensic practices. The researchers anticipate that this model could eventually be scaled for use across the continent, positioning Ghana as a leader in the development of forensic technologies that serve the specific needs of African societies.

Cyber Security Authority Warns of 'FortiBleed' Cybercrime Campaign Targeting Fortinet Systems
technology|

Cyber Security Authority Warns of 'FortiBleed' Cybercrime Campaign Targeting Fortinet Systems

Ghana’s Cyber Security Authority (CSA) has issued a critical technical advisory regarding an extensive cybercrime campaign dubbed "FortiBleed." This campaign specifically targets Fortinet FortiGate firewalls and SSL VPN gateways, which are widely used by organisations across various sectors in Ghana to secure their digital perimeters. Unlike traditional cyberattacks that exploit software bugs, FortiBleed focuses on human and procedural weaknesses, leveraging poor credential management to compromise sensitive network environments. According to the CSA, threat actors are utilizing sophisticated automated tools to conduct large-scale scanning operations. These tools test devices against extensive databases of leaked credentials from previous data breaches—a technique often referred to as credential stuffing. Because many organisations still rely on weak or recycled passwords and have failed to implement Multi-Factor Authentication (MFA), attackers are finding it increasingly easy to bypass security barriers. Once access is gained to the FortiGate or SSL VPN gateways, the malicious actors can monitor internal network traffic and escalate their privileges, potentially gaining full control over the target's internal infrastructure. To mitigate the risk of a successful breach, the Authority has provided several urgent recommendations for IT administrators and business leaders. Chief among these is the immediate rotation of all administrative credentials and the enforcement of robust MFA protocols across all entry points. Furthermore, the CSA advises organisations to restrict administrative access to specific, trusted IP addresses to prevent remote exploitation. By shifting from a reactive to a proactive security posture, Ghanaian entities can better protect their proprietary data and maintain the integrity of their digital services against the evolving FortiBleed threat.

Dr. Kwame Ardiabah Unveils AI-Powered Collision Detection System to Transform Global Road Safety
technology|

Dr. Kwame Ardiabah Unveils AI-Powered Collision Detection System to Transform Global Road Safety

Dr. Kwame Ardiabah, a Ghanaian Artificial Intelligence (AI) researcher, has introduced a pioneering technological solution designed to drastically reduce road accidents and enhance public safety. The innovation, known as the Intelligent Collision and Safety Surveillance Detection (ICSSD) System, represents a significant leap in indigenous Ghanaian technology. By leveraging advanced algorithms, the system is designed to monitor environment-specific threats and provide real-time interventions, positioning it as a critical tool in the global effort to mitigate road traffic fatalities. The ICSSD system operates by identifying potential accident risks and surrounding security threats with high precision. Unlike standard surveillance, this AI-driven platform does not merely observe; it is engineered to intervene actively to prevent collisions before they occur. This proactive capability has already captured the attention of major international automobile manufacturers, who are exploring how the technology can be integrated into future vehicle models. The dual focus on road safety and broader security surveillance makes it a versatile asset for both private transport and national security infrastructure. Dr. Ardiabah’s path to becoming a leading AI innovator is as remarkable as the technology itself. Despite having minimal exposure to computers in his early years, his professional trajectory changed significantly following a pivotal trip to Canada, where he first gained deep insights into computing and technology. This journey from limited technological exposure to the forefront of AI research underscores a narrative of perseverance and intellectual curiosity, demonstrating the capacity for Ghanaian scientists to drive global innovation. Looking forward, the implementation of the ICSSD system holds the potential to transform safety standards on Ghanaian roads and across the international transport sector. As Dr. Ardiabah continues to refine his research, the focus remains on leveraging technology to solve pressing local problems with global applications. The interest from the international automotive industry suggests that this Ghanaian-led innovation could soon become a vital component in modern vehicles, contributing to a safer, AI-integrated future for global transportation.

Mindgard A synthetic image of a woman. She is sitting on the floor in a dirty grey walled room. A black rectangle, for redaction, covers her head body and arms.
technology|

OpenAI's ChatGPT Safeguards Bypassed to Generate Violent and Sexual Images, Mindgard Researchers Reveal

Researchers from the cybersecurity firm Mindgard have exposed significant vulnerabilities in the public version of ChatGPT, demonstrating that the AI can be manipulated into generating highly inappropriate content. According to findings shared with the BBC, the platform's image generation capabilities can be subverted to produce sexualized and violent images through relatively minor adjustments to user prompts. This discovery highlights a persistent challenge for OpenAI as it seeks to balance the creative potential of its integrated models with the rigorous safety standards required for public deployment. The researchers found that while OpenAI has established multiple layers of preventative measures, these safeguards are not as robust as intended. Even after being notified of specific vulnerabilities, the researchers noted that the AI could still be coerced into generating disturbing content using slight variations of previously blocked prompts. This iterative cycle between developers and those seeking to bypass restrictions suggests that current moderation techniques may rely too heavily on specific keyword filtering rather than a holistic understanding of intent. Evidence of AI-generated violent images has further raised alarms about the model’s potential to mirror and amplify some of the most graphic aspects of real-world content available in its training data. In response to these findings, OpenAI has maintained that it is continuously updating its safeguards and implementing new protocols to detect and block harmful outputs. However, AI safety experts warn that the task of perfectly restricting generative models remains an evolving challenge. As methods for bypassing guardrails continue to grow in sophistication, the industry faces an uphill battle in ensuring that AI tools cannot be weaponized. This ongoing struggle underscores the complex ethical and technical hurdles facing the tech sector as it attempts to provide powerful generative tools to the public while preventing their misuse in creating harmful or exploitative digital media.

John Roberts John Roberts, wearing a pink top on a Chicago street, with two delivery robots in the background
technology|

Chicago Resident John Roberts Leads Global Backlash Against Autonomous Delivery Robots Over Pedestrian Safety

The rapid expansion of autonomous delivery robots onto city sidewalks is meeting significant resistance as residents and local authorities raise alarms over pedestrian safety and the lack of regulatory oversight. In Chicago, resident John Roberts has emerged as a prominent voice in this movement, launching a petition that has garnered over 4,400 signatures calling for a city-wide suspension of these robots. While initially perceived as a futuristic novelty designed to reduce traffic and carbon emissions, the robots are increasingly viewed by critics as a hazard to those navigating urban spaces on foot. The backlash is not confined to Chicago; it reflects a growing international trend of skepticism toward sidewalk-based automation. Cities such as San Francisco and Toronto have already implemented bans or restrictions following reports of collisions and disruptions to pedestrian flow. In Glendale, California, local officials are currently weighing a temporary moratorium to address similar regulatory gaps and safety incidents. These concerns are further compounded by reports of vandalism against the robots in the United Kingdom, signaling a deeper community resistance to the integration of these machines into daily public life without established boundaries. Despite the friction, industry analysts predict a massive surge in the deployment of autonomous delivery vehicles by 2034, driven by the potential for lower operational costs. While delivery companies maintain that their technology is safe and efficient, the debate remains centered on the long-term impact on urban infrastructure, public accessibility, and employment. As more cities move toward formalizing regulations, the conflict between technological innovation and the sanctity of public sidewalks continues to intensify, leaving the future of "last-mile" delivery in a state of regulatory flux.

Vaurse Unveils Innovative Digital Identity Ecosystem to Boost Online Trust in Ghana
technology|

Vaurse Unveils Innovative Digital Identity Ecosystem to Boost Online Trust in Ghana

Vaurse, a Ghanaian technology firm, has officially launched its digital identity and verification ecosystem, designed to address the growing need for secure and verified digital interactions. In an era where artificial intelligence and digital impersonation present increasing challenges, the platform aims to provide a robust solution for individuals and businesses to establish authentic identities. The launch event, held in East Legon, Accra, brought together a diverse group of stakeholders from the business and technology sectors to witness the introduction of a system focused on transparency and security. At the heart of this new ecosystem is "Voscard," a dynamic digital identity card intended to replace traditional, static identification methods. During the ceremony, Vaurse CEO Jonathan Attipoe emphasized that as the digital landscape evolves, the verification of trust becomes paramount. Beyond simple identification, the Vaurse platform integrates a comprehensive suite of tools, including credential verification, networking features, event management, and attendance tracking. This multi-faceted approach allows users not only to prove their identity but also to engage more effectively and securely within professional and community settings. To encourage widespread adoption and promote a safer digital environment, Vaurse has made its mobile application available for download and is offering special introductory pricing for early Voscard users. The company’s broader mission involves building a nationwide network of verified users to mitigate fraud and enhance the efficiency of online transactions. As Ghana continues its digital transformation journey, initiatives like the Vaurse ecosystem represent a critical step toward creating a more reliable digital economy for both local and international stakeholders.