At Acumen Software , we believe smart cities are built on structured information, connected systems, and responsive workflows - not fragmented conversations. That belief is what led Acumen Software to extend the Forcelink ecosystem beyond internal organisational operations and into the hands of citizens through My Smart City . For nearly two decades, Forcelink has been used by utilities and service providers to manage work, field teams, assets, outages, and customer communication. Over time, it became clear that service efficiency is driven upstream, by the quality of issue reporting, prioritisation, and communication. My Smart City was developed as a customer-facing portal powered by Forcelink, enabling citizens to engage directly with their cities and service providers in a structured, trackable way. Every issue logged or service request made through My Smart City feeds directly into Forcelink’s operational workflows, ensuring nothing gets lost, duplicated, or buried in inboxes. This is what transforms everyday reporting into actionable intelligence. A smart city isn’t defined by futuristic skylines or experimental technology. It’s defined by how effectively it uses data to make decisions. By leveraging modern connectivity, AI, and IoT-enabled data collection, the Forcelink ecosystem enables cities to capture accurate, real-time issue data and manage service delivery end-to-end with greater accountability and transparency. My Smart City provides the citizen engagement layer, while Forcelink powers the operational workflows that manage people, processes, and assets behind the scenes. While structured issue logging is the foundation, My Smart City extends beyond fault reporting. The platform enables citizens to access city-specific tools and services from a single interface in an aim to simplify urban living. Each interaction feeds back into Forcelink, enriching the city’s operational data and enabling smarter planning and prioritisation. As cities scale, so does the need for automation. My Smart City’s AI logging capability, powered by Acumen’s SPOTTER, allows issues to be identified and categorised more accurately and consistently. While citizens currently serve as the system’s eyes on the ground, Forcelink is increasingly integrating autonomous data sources, reducing response times, improving accuracy, and easing pressure on human teams. The result is not just faster service delivery, but better-informed cities. Connectivity doesn’t stop at infrastructure. Through partnerships such as My Smart City’s transport integration with MyCiTi, citizens can now plan public transport routes directly within the platform. This feature brings transport data into the same ecosystem as service delivery, supporting affordable mobility and more accessible cities. As the platform expands, so will transport coverage and functionality, including future ticketing capabilities. Globally, expectations around service delivery have changed. Citizens expect the same responsiveness from cities that they experience in digital services; fast, transparent, and accessible from anywhere. By combining My Smart City’s citizen engagement layer with Forcelink’s operational backbone, Acumen Software enables cities to transition toward on-demand, data-driven service delivery without costly, disruptive overhauls. Smart cities aren’t built overnight. They evolve through better information, clear communication, connected systems and most importantly, collaboration between citizens, service providers, and city officials My Smart City and My Smart City Pro are already active in over 20 cities across South Africa and Namibia , with municipalities such as George demonstrating how deeply integrated citizen platforms and operational systems can transform service delivery. As the ecosystem expands into the UK and Europe, Forcelink continues to power the infrastructure behind smarter, more responsive cities, proving that innovation isn’t about futuristic concepts, but about connecting people, data, and systems to improve everyday life.

AI has significantly impacted the cybersecurity landscape - on the one hand empowering organisations with advanced tools to detect and prevent attacks, and on the other equipping malicious actors with the means to launch increasingly complex threats. AI enables cybersecurity systems to analyse vast amounts of data, while also automating defences and strengthening threat detection, response and prevention. AI’s ability to identify patterns and make informed decisions occurs at a far greater speed than what is humanly possible – enabling real-time threat detection and responses, helping to mitigate threats. AI is continuously evolving and adapting by learning from new data sets, ensuring it remains agile in response to emerging threats. By automating routine tasks, this enables cybersecurity analysts to focus on more complex tasks, as well as reducing the amount time and effort spent on extensive, manual processes. The need for ‘always-on’ security systems is becoming increasingly critical, AI algorithms are able to continuously monitor network traffic, logs and user activity to pinpoint unusual activities in real time – ensuring issues are escalated and investigated as soon as possible to avoid security breaches. AI-driven systems can also perform rapid containment measures upon detecting a threat to prevent it from spreading across the network. AI can also be used to identify and address potential vulnerabilities before they are exploited, and perform risk assessments. When weak points are identified, AI can prioritise these vulnerabilities, ensuring that teams urgently address the points that pose the biggest risks. AI can even be used to improve employee training and development – creating personalised learning paths based on their pre-existing skills, knowledge and experience, as well as AI-generated training scenarios and exercises. Ultimately, AI-enhanced cybersecurity enables a shift from reactive to proactive security on a far more efficient and optimised scale than traditional cybersecurity methods. Despite the many advantages of AI-enhanced cybersecurity, there are still a number of risks and challenges that need to be considered. AI can also be weaponised by malicious actors. Data poisoning attacks, where cybercriminals manipulate or corrupt the training data used to develop AI and ML models is a major concern. This can lead to AI systems failing to correctly identify threats and significantly reduces the reliability of AI security tools. In the same way that AI is able to adapt and evolve to cyberthreats, AI is also able to adapt and evolve AI-powered attacks – creating powerful and highly unique cyberattacks at a far greater speed and scale than what a human attacker would be capable of. To mitigate AI powered cyberattacks, various defensive strategies can, and should, be implemented. Layered security systems ensure that even if one defensive layer is breached, data is still protected. Strong access controls also help to limit damage, as well as implementing guardrails and input Validation in AI/LLM Systems. One of the most prevalent concerns when it comes to AI usage in cybersecurity remains the ethical concerns. AI models need to be trained without bias and need to ensure user data privacy. Accountability and transparency are crucial to ensuring legal compliance and trust. Clear ethical frameworks and regulations need to be established for AI to be considered truly beneficial. AI also still requires human oversight and monitoring; a lack thereof can lead to mishaps and vulnerabilities – AI serves as a powerful tool, not as a replacement. Proper training and awareness also serves as a means of defence against potential cyberattacks. While AI can be used to greatly enhance cybersecurity, human intervention remains indispensable. The landscape of cybersecurity, along with the AI landscape, is rapidly evolving. Organisations need to remain forward-thinking and flexible to ensure their systems remain protected.

Powerlink, by Acumen Software, is a fully web-based power Outage Management System (OMS), the only of its kind to be provided in a SaaS model. From the developers of Forcelink, Powerlink is both its own product and an integrated module of Forcelink designed for Power Utilities. Powerlink offers comprehensive outage management functionality that is tightly integrated with Forcelink’s Work & Asset Management system to provide a comprehensive solution for managing utility operations. The OMS is designed from the ground up for easy deployment. Its design takes into consideration the challenges faced by many power utilities regarding a lack of detailed electrical network data. Powerlink’s functionality allows for incremental network model development, ensuring progressively improved system performance while minimising costs and reducing the time spent on data collection and entry. This is a comprehensive system consisting of its own set of modules that are configured according to the specific needs of each Power Utility. Powerlink’s Outage Record & Analysis module monitors planned and unplanned outages, grouping faults for streamlined restoration and clear customer communication. The Asset Management module, like in Forcelink, is a complete back office and mobile AM module to create and manage asset registers for asset tracking, lifecycle management, and financial management and reporting. Call & Incident Logging is a rapid, multi-platform Customer Relationship Module for real-time call logging and client interaction management. Powerlink's Customer Self-Service portal provides customers with a web portal to track outages and resolution progress - keeping customers in the loop and improving customer satisfaction. One of Powerlink’s most significant modules for optimising operations is the Network Modelling & Editing module which enables the creation, editing, and visualisation of electrical distribution models, with full network editing capability in schematic spatial or tree views of the network. The schematic module is specifically designed to generate schematic diagrams directly from the network model and to replace CAD or other paper-based network schematics with printable, electronically shared diagrams, which are properly version-controlled. Ensuring that the network is always restored to normal after power has been restored and that the root cause is found and resolved, is the Abnormal Plant Management module which automatically tags abnormal plants for maintenance and generates restoration plans. The Root Cause Analysis module records where a tripping device or cable theft has caused a system shutdown. The information can then be clearly conveyed for efficient fault resolution. Powerlink’s Outage Tracing & Grouping module – Collects and categorises downstream outage reports, automatically tracing common faults between customers. The Administration Management module allows field teams to provide feedback on work, quotations and work requests, conduct field audits, and capture information such as photos, GPS coordinates, and barcode scans. The Customer to Network Link module associates customers to outages calculated through CNL modelling. The Crew & Dispatch Management module facilitates spatial dispatching of maintenance crews, work request handling, and client quotations. With the Regulatory Reporting module users can generate full regulator reports (SAIDI, SAIFI, CAIDI, CAIFI, NRS-047) as well as any required custom reports, directly from the KPIs dashboard. Powerlink is a powerful OMS built by industry specialists with over 60 years of combined experience in working with power utilities, to ensure a streamlined, data-driven approach to outage management, thereby improving efficiency, regulatory compliance, and service delivery. To find out more about Powerlink and how it can transform your utility operations, contact Acumen Software.