First Africa Guide

12/11/2025

Rosond powers a greener future in drilling through sustainability and innovation

Leading geological and exploration drilling solutions provider Rosond is driving innovation and sustainability in South Africa’s drilling industry through its latest investments in clean energy technologies. In an era where the mining sector faces increasing scrutiny over its environmental impact, Rosond is demonstrating that advanced drilling operations and responsible environmental stewardship can go hand in hand.

As part of its ongoing commitment to environmentally responsible operations, Rosond has rolled out 13 (of 25) solar-powered command units in its Northern Cape operations. The Rosond exploration drilling fleet of diamond core and rotary percussion rigs are tele-remotely operated from the command unit where the operators and assistants sit in a clean, temperature-controlled, and well-lit environment, now entirely powered by solar energy.

“The new solar powered command units replace noisy, diesel-driven generators with a cleaner, quieter alternative,” says Glen McGavigan, CEO of Rosond. “By using solar panels and inverters, supported by a battery backup system, we are ensuring uninterrupted operations while reducing noise pollution and dependence on fossil fuels. When fully rolled out we will reduce our diesel consumption by 64,000 litres per year which equates to a CO2 emissions reduction of 172t/annum.”

The solar-powered system is capable of running all essential daily operations including lighting and air-conditioning even on overcast days, thanks to its battery storage solution. This represents a key step forward in Rosond’s strategy to minimise environmental impact across all levels of operation.

In addition to greener energy, the company has introduced enhanced safety features such as built-in cameras to monitor drilling activities. This not only ensures safer working conditions but also optimises performance and provides vital tools for incident analysis and continuous improvement.

“At Rosond, sustainability and innovation go hand in hand,” adds McGavigan. “With our clients we constantly advancing safer, clean and more productive exploration. We believe in Safe and Sustainable Discovery.”

By combining clean energy solutions with cutting-edge drilling technology and safety enhancements, Rosond continues to play its part in building a more sustainable and resilient exploration future, one drill hole at a time.

12/11/2025

A unified solution for energy-efficient pumping and motor control in irrigation

BMG and Agrico have collaborated to enhance compatibility between BMG Synergy PI500 variable speed drives (VSDs) and Agrico’s Web Control platform, giving farmers and industrial users across Africa new options for efficient, intelligent pumping and motor control.

“Through close collaboration and extensive on-site testing, teams from BMG and Agrico have verified the seamless operation of Synergy PI500 VSDs within the Agrico Pump Controller ecosystem,” explains Mike Williams, BMG’s Product Specialist for BMG Synergy VSD’s in the Cape Region, as well as Namibia. “This compatibility enables operators to integrate Synergy drives into Agrico’s Web Control environment for convenient access to performance data and energy-saving tools.



“This development benefits irrigation schemes and agro-industrial plants, where pumping systems represent a significant share of total energy use. When used together, Synergy VSDs and Agrico’s remote monitoring platform help users reduce energy consumption, simplify management and improve system reliability.



“Remote access to real-time operating data enhances decision-making, while integrated protection and automation functions reduce downtime. In one installation, an irrigation customer achieved energy cost savings of nearly 20% and eliminated unnecessary pump stoppages during peak season.”

Advanced control and connectivity



BMG’s Synergy PI500 inverter range is designed for high-performance motor applications, offering vector-control capability for synchronous, asynchronous and permanent-magnet motors. Through automatic tuning and precise algorithms, the system maintains stable torque and accurate speed regulation across a wide operating range.



With Agrico’s Web Control integration, users can manage Synergy VSD installations remotely via GSM or Ethernet, accessing real-time data, fault notifications and scheduling features from any location.

Agrico’s Web Control platform extends traditional starter and drive systems with cloud-based operation, monitoring and protection – supporting a wide range of compatible VSD brands, including the Synergy PI500 series.

Flexible pump control and energy optimisation

The Agrico Pump Controller manages up to nine pumps on a single manifold when connected to a VSD as master. Functions, including dynamic energy optimisation, section control and multi-pump coordination, are enhanced when paired with a Synergy drive, ensuring precise pressure control and efficient power use. Users can configure automated triggers, receive an SMS or call alerts for critical events and perform remote firmware updates.



The Synergy PI500 inverter features robust hardware with wide input-voltage tolerance, a protective coating against dust and moisture and advanced cooling for extended service life. Safety and reliability are reinforced through EMC compliance, with built-in protection against over-voltage, under-voltage, over-current and overheating. Peripheral options include braking units, reactors and PLC function cards, while communication is handled via RS485 and Modbus RTU for smooth integration with Agrico controllers. The Synergy PI500 VSD series also supports full Hybrid AC and DC voltage supply (Solar and Eskom), when installed within a BMG hybrid enclosure. This enclosure boasts advanced cooling functions and DC to AC interference mitigation.



BMG’s nationwide technical support and a large stockholding up to 400 KW, as well as training and repair services, ensure optimal installation and maintenance of the Synergy PI500 range. Agrico complements this through its dedicated Web Control help desk, assisting clients with connectivity and configuration.
BMGAgrico

06/11/2025

Predictive maintenance services prevent costly downtime

BMG has introduced Regal Rexnord’s Premium Service programme to customers in the food and beverage sector. This predictive maintenance service combines on-site technical surveys with digital asset monitoring, to help bottlers identify conveyor issues before they lead to production downtime.

“Through Regal Rexnord’s Premium Service, we are able to offer our customers the tools necessary to plan maintenance accurately and avoid costly downtime,” explains Carlo Beukes, Business Unit Manager, BMG’s Power Transmission division, BMG. “Regal Rexnord’s digital monitoring platform is enhanced by our on-site expertise, to predict mechanical wear before it disrupts production, ensuring reliable operation of high-speed bottling lines.

“Regal Rexnord’s Premium Service applies condition-based inspection methods to conveyor chains, belts, sprockets and wear components. By measuring elongation, assessing surface damage and tracking chemical exposure, engineers can determine each component’s exact service life. Important data allows maintenance teams to plan replacements proactively and maintain high levels of efficiency on fast-moving packaging lines.

“This collaboration forms part of BMG’s strategy to provide proactive reliability services across Southern Africa’s food and beverage sector. The company’s Power Transmission division works closely with OEMs and production plants to align maintenance practices with international standards, reduce unplanned stoppages and extend the service life of critical equipment.”


In a recent project at a bottling plant in the Cape, BMG’s Power Transmission specialists worked alongside Regal Rexnord engineers to assess the Glass Line 1 conveyor system. The inspection found several belts with surface wear, module breakages and chain elongation above the recommended limits. The BMG team advised immediate replacement of critical items, supported by further recommendations to standardise chain types, install wear shoes on return tracks and use rubberised rollers to prevent top-surface damage.

All findings were uploaded to the Rexnord Connect Portal – an online platform that provides a real-time dashboard of conveyor assets. This portal allows maintenance managers to view every chain and sprocket on each line, track wear data and schedule interventions based on measured performance rather than fixed intervals.

BMG’s collaboration with Regal Rexnord offers integrated, world-class solutions that combine predictive analytics, on-site inspections and continuous digital reporting for bottling operations throughout the region.
BMG

05/11/2025

Reliable chains where they count most

BMG has been appointed the exclusive authorised distributor in Southern Africa for Pewag, a global leader in premium chain systems and lifting solutions.

“Through this new agreement, the BMG team supplies and supports Pewag’s conveyor and hoist chain systems, engineered for tough industries, including mining, power generation and industrial sectors,” says Carlo Beukes, Business Unit Manager, Power Transmission division, BMG. “The Pewag product range is suitable for safe use in arduous conditions in Africa, where reliability and performance are critical. Pewag components available from BMG include conveyor chains for bulk materials handling, connection links designed for ease of maintenance and specialised attachments that improve conveying efficiency. Accurately machined wheels and sprockets ensure precise chain engagement and extended system life.

“This partnership enhances BMG’s commitment to supplying the local market with internationally proven technologies that optimise productivity, safety and cost-efficient operation. Our teams are undergoing intensive Pewag training to ensure technical product knowledge and application expertise. Local stockholding guarantees quick delivery and dependable support throughout the region.”

BMG’s technical specialists assist customers with correct component selection, installation and performance optimisation, to ensure dependable operation, safety and reduced downtime.
BMG

04/11/2025

04/11/2025

Environmental sustainability through technical innovation

Fibertex Nonwovens South Africa participated at the Institute of Waste Management of Southern Africa (IWMSA) KwaZulu-Natal Landfill and Waste Treatment Interest Group (LaWTIG) conference, held recently in KwaZulu-Natal.

Brian Potgieter, Technical Sales Engineer at Fibertex Nonwovens, said the event provided an important platform to highlight the company’s commitment to advancing environmental performance through technical innovation. “Our message to engineers and waste-management professionals is that Fibertex is more than a geotextile supplier. We develop new technologies that support environmental protection and we apply the technical insight we’ve gained across construction, mining, civil and waste-management sectors. Our commitment is to deliver advanced solutions, designed to meet the specific requirements of every project.

“A special focus for Fibertex at this event was the introduction of our new EnviTex Oil geotextile to industry professionals. This innovative material, which represents a major step in sustainable waste-sector solutions, is engineered to provide continuous, passive protection of groundwater from petroleum-based pollution.

“The Fibertex Nonwovens team also participated in a panel discussion on Construction Quality Assurance (CQA), engaging with engineers and environmental specialists on the importance of meticulous installation practices for geosynthetics. We believe that collaborative knowledge-sharing between manufacturers, designers and regulators is essential for the waste sector’s move towards a more sustainable infrastructure. The team is committed to helping shape best practice in Africa and to promoting products that deliver measurable environmental value.”

EnviTex Oil, which has recently been launched into the African market, is a polypropylene-based geotextile that combines filtration, separation and passive bioremediation in a single layer. The material intercepts and degrades petroleum hydrocarbons in soil and groundwater, allowing water to pass through, while trapping contaminants within its fibre matrix. By isolating and degrading hydrocarbons in situ, EnviTex Oil reduces pollutant load in natural drainage systems and enhances long-term aquifer protection.

Bioremediation – a natural process in which micro-organisms break down pollutants into harmless substances, like carbon dioxide and water – occurs directly within the fabric structure. The textile’s specialised finish improves absorbency and releases nutrients that stimulate the growth and metabolic activity of naturally occurring microbes, accelerating the degradation of hydrocarbons.

Independent laboratory tests confirm that EnviTex Oil can absorb up to 11 times its own weight in petroleum hydrocarbons and achieve a total degradation capacity of around 200 ml/m² per year under controlled laboratory conditions that simulate field environments. This rate corresponds to the gradual breakdown of typical hydrocarbon concentrations encountered in light-industrial and landfill runoff. The system operates without external energy input or chemical dosing and the geotextile can be easily replaced when pollutant loading exceeds degradation capacity.

EnviTex Oil combines mechanical strength, permeability and biological activity in one material, positioning this material as one of the first bioremediating geotextiles available to the local market. This product is suitable for installation beneath roads, parking areas, fuel-handling facilities, workshops and other high-risk zones where oil leakage or spillage can contaminate groundwater.

Geotextiles are manufactured by Fibertex Nonwovens according to stringent ISO 9001 quality-management and ISO 14001 environmental-management specifications, ensuring compliance with international manufacturing and sustainability standards.

The company’s high-performance nonwoven materials and geosynthetic products are designed for high efficiency and environmental compliance in civil, industrial and environmental applications across the continent. The team supports advanced products with local expertise, to deliver sustainable, engineered solutions for infrastructure and environmental protection.

04/11/2025

OEM-standard repairs ensure high performance and long service life of industrial gear units

BMG – the official OEM for Hansen gearboxes – is authorised to repair Hansen Industrial Gear Units (IGU) in strict accordance with the manufacturer’s documented procedures, preserving the design tolerances and operational reliability required in demanding industrial environments.

Repair of every Hansen gearbox is completed by BMG’s highly-skilled service teams to stringent factory standards. This ensures every gear, bearing, shaft and housing meet the original specifications for fit, alignment and performance.

“BMG provides the highest level of care required for the complex design of these gearboxes, to ensure optimum performance in the demanding environments in which they typically operate,” explains Barry Stolz, BMG’s Gears Regional Manager, Electro-Mechanical division (Gauteng, Northwest, Limpopo, Mpumalanga). “Our objective is to return every Hansen gearbox to its original operating specification through authorised procedures and genuine components, ensuring long-term reliability and protection of each customer’s capital investment. It is critical that this service is undertaken only by Hansen approved specialists, as this is critical to maintaining the gearbox’s design integrity, operational reliability and lifespan.”

“The Hansen IGU design optimises load distribution through precision-engineered components – like separate thrust bearings for axial and radial loads – improving reliability under high torque and continuous-duty conditions. The repair process begins with incoming inspection and full disassembly, followed by cleaning and preservation of all parts. Bore tolerances in housings, shafts and gears are measured to confirm dimensional accuracy. Maintaining these tolerances prevents excessive wear, vibration and heat generation, thus extending gearbox service life.”

All bearings and seals are replaced and reassembly is completed by BMG specialists with precise control of bearing clearances and gear contact patterns. Fasteners are torqued to specified values and contact patterns are checked to confirm correct gear mesh. A no-load test verifies temperature, lubrication, noise and oil tightness, before final paint finishing in the distinct Hansen RAL 5019 capri blue.

No unit is released by BMG to a customer before undergoing a running test to ensure that mechanical, thermal and lubrication performance meet Hansen’s stringent benchmarks.

BMG’s expertise, access to genuine parts and strict compliance with manufacturer tolerances and assembly processes ensure dependable performance of Hansen industrial gearboxes in demanding environments.

The BMG team works closely with users of Hansen gearboxes in all sectors, including water and wastewater treatment facilities, mining, the food and beverage sector and petrochemical plants. BMG also supplies and supports service providers to power generation and pharmaceutical plants, as well as ports, rail and road facilities.

BMG

03/11/2025

Advanced technology for high power delivery and fast charging of electronic devices

Legrand SA has expanded its Arteor wiring device range with the launch of new two-module USB Type-C charging sockets, designed for high-performance charging of laptops, tablets, smartphones and other portable electronic devices.

The new Arteor USB Type-C socket range represents the next generation of built-in charging technology. The introduction of the Arteor 45 W USB Type-C socket – with advanced technology and enhanced aesthetics – strengthens Legrand’s local offering, in line with the global shift towards USB-C as the standard charging interface for digital devices.

These 45 W USB Type-C modules provide high power delivery and fast charging solutions for residential, commercial and hospitality installations, where users expect convenient access to fast charging, without the need for bulky adapters.

Arteor USBs enable a faster charging level than conventional technologies, operating via an exchange between the charger and the connected device, to ensure the correct voltage and current for each application.

Each charger includes a single USB Type-C outlet with output stages from 5 V up to 20 V, automatically adjusted according to device requirements. The unit supports the latest Power Delivery and Quick Charge protocols used by Apple, Google and other leading manufacturers, ensuring compatibility of iOS and Android devices. Terminals accept conductors up to 2.5 mm² and use secure screw-type connections for reliable electrical contact.

The modules fit into standard Arteor support frames and plates and are available in finishes including white, magnesium, champagne and soft aluminium. Seamless integration of the USB Type-C charger directly into the existing Arteor modular system, allows installation within the same Arteor design lines and finishes as switches, sockets and dimmers in the range.

The robust construction and consistent modular dimensions of Arteor components provide flexibility for a wide range of applications – from modern residential developments and co-working spaces to hotels, airports and healthcare facilities – where a combination of performance, design and safety compliance is required.

Legrand continues to meet local market requirements by providing innovative and reliable solutions throughout Southern Africa. All Legrand products are designed and tested to stringent international standards, providing installers and specifiers with the assurance of high performance, safety, flexibility and enhanced aesthetics.
Legrand

27/10/2025

Aurex Constructors strengthens strategic focus on mining infrastructure delivery

With decades of experience in delivering complex industrial projects, Aurex Constructors continues to meet the evolving demands of a sector that remains central to the region’s economic development. The company has reaffirmed its renewed strategic focus on its mining and metallurgy division, reinforcing its commitment to innovation, local empowerment, and operational excellence in Southern Africa’s mining sector.

“Our business has a long and proud heritage in mining and metallurgy,” says Stuart Kent, Chief Executive Officer at Aurex. “We understand the unique challenges of this sector, from logistical constraints to safety-critical environments and fluctuating market pressures. What truly differentiates us is our ability to think globally but execute locally. This balance between international best practice and deep regional understanding continues to drive our performance and the success of our projects.”

Aurex’s mining capability is underpinned by an integrated suite of construction, turnaround, and maintenance services that cover the full life cycle of mining infrastructure. These include procurement, construction management, project management and control, as well as SMEIPP (Structural, Mechanical, Electrical, Instrumentation, Piping, and Platework) installations. To support this strategic focus, Jakes Bosch has joined Aurex as Portfolio Manager for Mining and Metallurgy, bringing deep field experience and a track record of driving operational excellence across complex industrial environments.

Increasingly, these services are enhanced through the implementation of digital and technological solutions, ranging from advanced project control systems to data-driven maintenance planning, allowing the company to deliver projects with greater precision, efficiency, and transparency.

According to Clive Garner, Sector Director of Oil, Gas, Chemicals and Mining, this digital shift is not simply about technology adoption but about enhancing how mining projects are executed, bringing greater agility, precision, and foresight to every phase. Digital tools are now fundamental to how we manage complexity in the field. From real-time progress tracking and predictive maintenance to integrated safety systems, these technologies allow us to anticipate challenges before they arise and make smarter, faster decisions. It is about bringing intelligence and agility into every stage of the project.”

With mining infrastructure projects delivered across South Africa, Mozambique, Botswana, and Madagascar, Aurex brings unmatched regional expertise and technical depth. Their expertise spans a diverse range of commodities, including coal, graphite, nickel, and aluminium, demonstrating its ability to adapt to varied mining environments and deliver value across different markets.

A key pillar of the company’s mining strategy is its emphasis on local content and community engagement. The company’s projects are grounded in close collaboration with local stakeholders to ensure that operations deliver not only technical excellence but also tangible social and economic benefits. “We see ourselves as part of the communities we serve,” adds Stuart. “Our goal is to create shared value through employment, supplier development, and skills transfer while ensuring that our projects contribute positively to the sustainability of the surrounding areas.”

Safety and compliance remain non-negotiable across all the company’s operations. Its track record in maintaining world-class safety standards is a result of its rigorous governance systems, continuous workforce training, and technology-enabled monitoring tools that ensure all activities are carried out within global best-practice frameworks. “Safety is built into our culture. It is not a metric but a mindset that informs how we plan, lead, and deliver every project.”

Looking ahead, Aurex’s long-term vision for its mining division is to continue driving excellence through innovation, partnership, and sustainability. “The future of mining infrastructure lies in adaptability, integrating digital systems, renewable energy, and advanced construction methods. Our aim is to remain at the forefront of that transformation, helping our clients build the next generation of mining infrastructure that is safer, smarter, and more sustainable.”

Through its continued strategic focus, Aurex Constructors reaffirms its reputation as a trusted partner to the mining and metallurgy industry, one that combines technical expertise, digital capability, and a deep commitment to local empowerment to deliver mining infrastructure that performs, empowers, and endures.

27/10/2025

ABB and Compu-Power bring high-efficiency UPS innovation to IS³ X-Change 2025

ABB will participate in the 31st annual IS³ X-Change 2025, taking place from 28 to 29 October in Cape Town, alongside its long-standing channel partner Compu-Power. The two companies will highlight their collaborative approach to high-efficiency Uninterruptible Power Supply (UPS) solutions for data centres and AI applications, technologies that are fast becoming the backbone of Africa’s digital future.

ABB’s Mehdi Rajehi, Sales Service and Project Ex*****on Leader – Power Protection, MEA, will deliver a presentation entitled ‘LV/MV High-Efficiency UPS Solution for Data Centres & AI Applications’. The session will explore ABB’s latest advancements in UPS design and energy efficiency, including its unique single-conversion medium-voltage UPS system, the only one of its kind currently on the market.

“Our relationship with Compu-Power stretches back many years and has evolved into a powerful partnership,” highlights Ivor Becks, UPS Sales Specialist at ABB. “ABB’s acquisition of the original Swiss UPS manufacturer that formed the basis of this collaboration laid the foundation for the strong synergy we have today. Together, we offer complete end-to-end solutions, from power protection to data monitoring, that meet the complex needs of data-driven industries.”

The event provides an ideal platform for ABB and Compu-Power to demonstrate how integrated power solutions can enhance operational efficiency and resilience in sectors such as mining, petrochemicals, IT infrastructure, and retail. A subsidiary of iOCO Ltd., Compu-Power is a Level 1 BBBEE-certified company with more than 4 600 employees and partnerships with over 90 OEMs, including ABB as its exclusive UPS partner.

“We are proud to represent ABB’s world-class UPS technology,” explains Nicky de Clerk, Business Development and Marketing Manager at Compu-Power. “We do not simply sell products; we deliver solutions tailored to customer needs. From large-scale data centres to retail outlets, our collaboration with ABB enables us to provide a full complement of reliable, energy-efficient power systems. Events like X-Change allow us to demonstrate that we are more than a box mover. We are solution architects who understand the customer’s operational pain points,” says de Clerk.

Ryan Chetty, Business Unit Manager at Compu-Power, adds: “We aim to bring ABB’s UPS expertise to our extensive African footprint. From our head office in Johannesburg, we support customers across the SADC region, East Africa and West Africa, reaching markets such as Botswana, Kenya, Nigeria and Ghana. With over two decades of experience, we design resilient power backup systems that keep critical infrastructure running. X-Change gives us the perfect platform to engage directly with industry leaders and decision-makers.”

Hosted annually by IS³ (Industrial Software Solutions), X-Change is Africa’s leading industrial software and innovation event. Now in its 31st year, the conference brings together senior professionals from across sectors including mining, oil and gas, food and beverage, water, power, and infrastructure. This year’s edition will debut a fresh format in Cape Town, with interactive sessions, live technology showcases, and in-depth discussions on digital transformation, AI, and sustainable automation.

Sade Eaton, representing the iOCO Ltd. marketing team and event co-organiser, comments: “X-Change 2025 is about helping African industries overcome ‘technical debt’, those legacy systems that hold back innovation. With support from global leaders like ABB, we are showcasing how digital transformation and power resilience can go hand-in-hand to drive productivity, efficiency, and cost savings.”

Becks concludes: “ABB and Compu-Power share a vision of reliability, sustainability and partnership. Events like X-Change strengthen that connection and reaffirm our joint commitment to powering Africa’s data-driven future.”

Electrifying the world in a safe, smart, and sustainable way, ABB Electrification is a global technology leader in electrical distribution and management from source to socket. As the world’s demand for electricity grows, our 50,000+ employees across 100 countries collaborate with customers and partners to transform how people connect, live and work. We develop innovative products, solutions and digital technologies that enable energy efficiency and a low carbon society across all sectors. By applying global scale with local expertise, we shape and support global trends, deliver excellence for customers and power a sustainable future for society. go.abb/electrification

27/10/2025

AI-powered water management R&D to strengthen water security in South Africa

A leader in industrial automation and digital transformation solutions for over 30 years, Adroit Technologies is advancing its cutting-edge research and development (R&D) into an AI-powered Water Management Platform, designed to tackle one of South Africa’s most urgent infrastructure challenges: non-revenue water losses.

The R&D presents an opportunity to develop a first if its kind, AI-driven ‘pseudo-metering’ capability, a potential breakthrough feature that can infer consumption and pressure data in areas where physical meters are not installed. “We have proven the initial concept and have now secured the support of the government and other industry leaders to develop this AI-driven platform, confirms Frits Kok, Co-CEO at Adroit Technologies.

With nearly 40% of the country’s treated water lost to leaks, theft, and ageing infrastructure, Adroit Technologies is exploring new ways to enhance intelligent, data-driven water management. Using advanced machine learning (ML) and neural network algorithms, the research platform can analyse existing telemetry and SCADA data to detect leaks, forecast demand, and infer flow rates in areas without sensors, paving the way for more efficient, transparent municipal water systems in the future.

“South Africa’s water infrastructure challenges demand smarter, data-driven solutions,” stresses Kok. “Our current R&D is focused on developing next-generation AI capabilities that will, in time, complement our existing water management technologies, which are already helping utilities reduce water losses and make informed operational decisions today.”

Addressing a National Challenge

Urban growth, vandalism, and limited monitoring capacity have severely strained South Africa’s water systems. In many municipalities, leaks and pump failures are discovered only after outages occur.

Adroit Technologies’ ongoing research aims to integrate new AI tools seamlessly with existing SCADA and telemetry systems to deliver predictive analytics, real-time alerts, and actionable insights, helping engineers identify hidden losses and optimise operations before crises arise.

The AI-driven ‘pseudo-metering’ can infer consumption and pressure data where physical meters are missing or damaged. This innovation has the potential to help under-resourced municipalities monitor network conditions that were previously ‘data blind.’

Research with Real-World Impact

Adroit Technologies’ current research is focused on developing a scalable, national-level AI framework that leverages forecasting, anomaly detection, and digital twin modelling to enhance decision-making and support more efficient water use.
A hybrid neural network architecture (CNN-LSTM) and self-healing data middleware are being designed to operate effectively even with incomplete or delayed data, a common challenge across South Africa’s municipalities.

“This research is about enabling resilience,” adds Hugo Pienaar, Director of Digital Services at Adroit Technologies. “By combining AI with decades of SCADA expertise, we are helping municipalities envision how to predict issues before they happen and manage scarce water resources more efficiently.”

A Smarter, Sustainable Future

While Adroit Technologies continues to its R&D into AI-powered water management capabilities, the company already offers a proven suite of water management and SCADA solutions that empower utilities to detect leaks, optimise assets, and improve operational efficiency.

As the R&D programme progresses, these new AI capabilities will be introduced into Adroit’s product range, ensuring that customers can benefit from the latest innovations in predictive maintenance, data analytics, and infrastructure optimisation, all designed to strengthen South Africa’s water security and sustainability.
Adroit Technology