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Manufacturing companies are increasingly investing in artificial intelligence to modernise IT operations, but many remain unprepared to deploy the technology at scale, according to a global survey by Riverbed.

The study, titled The Future of IT Operations in the AI Era, found that 87% of manufacturing leaders and technical specialists say their investments in AIOps – artificial intelligence for IT operations – have delivered returns that meet or exceed expectations. However, only 37% believe their organisations are fully ready to operationalise AI across the enterprise.

The findings highlight strong industry interest in using AI to streamline operations, reduce costs and manage complex global supply chains. Yet significant barriers remain. According to the survey, 62% of AI initiatives in manufacturing are still in pilot or development stages, suggesting many companies are still experimenting rather than deploying large-scale AI systems.

Data quality emerged as one of the most significant challenges. Around 90% of respondents agreed that improving the quality of organisational data is essential for AI success. However, nearly half of those surveyed reported concerns about the accuracy and completeness of their data.

In fact, 47% said they lack confidence in whether their current data can support effective AI outcomes, while only 34% rated their data as excellent in terms of relevance and usability.

Richard Tworek, chief technology officer at Riverbed, said the results illustrate both strong progress and lingering challenges within the sector.

He noted that while manufacturers are achieving positive returns from AIOps investments, many organisations are still grappling with gaps in preparedness and data quality that could slow the wider adoption of AI technologies.

Another key trend identified in the research is the growing focus on consolidating IT tools. On average, manufacturing companies currently use around 13 observability platforms sourced from nine different vendors. As a result, 95% of organisations surveyed are now working to reduce the number of tools they use in order to lower costs, improve integration and streamline IT operations.

At the same time, companies continue to evaluate new solutions. The survey found that 91% of manufacturers are considering adopting new tools to support consolidation efforts and improve interoperability across systems.

The report also highlighted the rising importance of unified communications platforms in modern manufacturing workplaces. Around 42% of employees use these tools regularly, while 66% of respondents said they are essential to day-to-day operations.

Despite this growing reliance, satisfaction remains mixed. Only 45% of respondents said they were satisfied with the performance of their communication tools, while 42% reported experiencing issues such as dropped calls, limited visibility and integration challenges.

Looking ahead, many manufacturers are prioritising stronger data infrastructure to support AI strategies. Nearly three quarters of respondents plan to establish dedicated AI data repository strategies by 2028, while network performance, data movement costs and interoperability were identified as critical factors in scaling AI applications.

The research also found widespread adoption of OpenTelemetry, with 44% of manufacturers already fully implementing the technology and a further 42% in the process of adopting it.

As manufacturers continue their digital transformation efforts, the study suggests that improving data quality, infrastructure and integration will be key to unlocking the full potential of AI-driven IT operations.

Aluminium producers in the Gulf are facing mounting supply challenges after shipping disruptions in the Strait of Hormuz and a production shutdown at a major regional smelter.

Aluminium Bahrain (Alba) has declared force majeure on some contracts after maritime activity in the Strait of Hormuz slowed significantly, according to Reuters.

The disruption follows escalating tensions in the Middle East after Iranian strikes in response to attacks by the United States and Israel affected vessels operating near the key shipping corridor between Iran and Oman.

A spokesperson for Alba said the company’s smelter operations remain unaffected, but exports have been halted because shipments cannot currently pass through the Strait.

“We are producing, but the metal is here in Alba because we are not able to ship,” the spokesperson told Reuters, adding that the declaration of force majeure is not related to any operational issues at the facility.

“Our force majeure is not due to any disruption or damage to the smelter facility,” the spokesperson said, noting that the company is working to identify alternative shipping solutions to reduce the impact on deliveries.

The Strait of Hormuz is one of the world’s most critical maritime chokepoints, carrying around one-fifth of global oil consumption and serving as a key export route for Gulf aluminium producers.

Industry estimates suggest that more than five million tonnes of aluminium are shipped through the passage each year by smelters in Bahrain, Qatar, Saudi Arabia and the United Arab Emirates.

At the same time, production has been disrupted at Qatalum, a joint venture involving Norsk Hydro. The company has begun a controlled shutdown of its aluminium production after a shortage of natural gas in Qatar linked to the regional conflict.

The shutdown process started on 3 March and is expected to be completed by the end of the month. The decision followed a notification from QatarEnergy that gas supplies to the smelter would be suspended.

Qatalum said the controlled shutdown aims to reduce health, environmental and safety risks associated with halting production while preparing the plant for a possible restart.

However, a full restart could take between six and 12 months, and it remains unclear when the facility might resume operations if the shutdown continues.

Hydro said it is assessing options to mitigate the impact and exploring alternative ways to meet contractual obligations. The company has also issued a force majeure notice to Qatalum customers following the production halt.

Siemens Smart Infrastructure has expanded its portfolio of industrial control and protection technologies with new developments aimed at improving electrical safety, operational reliability and sustainability in industrial environments.

The company has enhanced the capabilities of its semiconductor-based circuit protection technology while also introducing a refurbished soft starter developed under circular economy principles. The announcements reflect a broader push by Siemens to combine advanced electrical engineering with environmentally responsible manufacturing.

Central to the update is the continued development of the SENTRON Electronic Circuit Protection Device (ECPD), which was first launched in 2024. The device uses semiconductor technology to perform electronic switching far faster than traditional protection systems, helping to reduce short-circuit energy and safeguard connected equipment.

The ECPD can deliver switching speeds up to 1,000 times faster than conventional solutions. It also integrates more than ten configurable functions into a single unit, allowing operators to significantly reduce the space required within distribution boards while enabling software-based configuration.

Siemens plans to expand the product range with a single-phase version that will include integrated residual current monitoring. This function enables continuous supervision of electrical circuits to detect faults at an early stage without disrupting operations. Such monitoring is particularly relevant for facilities that require high levels of reliability, including data centres, exhibition venues and lighting installations, where uninterrupted power supply is essential.

A three-phase version of the ECPD is also under development to address higher-voltage systems operating at 400V and 32A. This model is expected to support a wider range of infrastructure and industrial applications, including conveyor systems, elevators, heat pumps, air conditioning installations and event power distribution networks.

According to Andreas Matthé, the company’s use of semiconductor technology is reshaping industry expectations for circuit protection by delivering faster response times, compact designs and improved system uptime.

Alongside the circuit protection developments, Siemens has also introduced its first refurbished soft starter designed according to circular economy principles. The SIRIUS 3RW5 -Z R11 refurbished soft starter is created through a controlled refurbishment process in which used devices are thoroughly tested, key components replaced and performance validated to meet the same standards as new equipment.

This remanufacturing process typically reduces carbon emissions by as much as 50% compared with producing a new device, primarily due to lower resource consumption. Environmental Product Declarations document the environmental benefits and ensure transparency.

The refurbished soft starter retains full compatibility with new units in terms of installation, parameterisation and functionality, enabling straightforward integration into existing systems. The product also incorporates traceability features such as a QR-based ID Link, allowing lifecycle monitoring across both its initial and refurbished service phases.

Siemens is showcasing the technology at the Light + Building 2026 in Frankfurt, where the company is highlighting how digitalisation and circular design can work together to support more sustainable industrial operations.

The exhibition will cover six core product groups spanning the full lifecycle of process industries. (Image source: ACHEMA)

Saudi Arabia’s expanding industrial and energy transition ambitions are set to gain a new international platform with the launch of ACHEMA Middle East, scheduled to take place from 26-28 October 2026 at the Riyadh International Convention & Exhibition Center.

The inaugural regional edition of the long-established ACHEMA exhibition comes as the Kingdom accelerates large-scale projects aimed at decarbonisation and advanced manufacturing. These include a major carbon capture hub in Jubail, designed to capture up to nine million tonnes of CO2 annually by 2028, and the US$8.4bn NEOM Green Hydrogen Project, which targets the production of 600 tonnes per day of clean hydrogen by 2027.

Held under the patronage of the Saudi Ministry of Industry and Mineral Resources and supported by ASAS, the event is organised by Messe Frankfurt and powered by DECHEMA. The exhibition extends ACHEMA’s century-long legacy in chemical engineering and process industries into the Middle East, Africa and South Asia (MEASA) region.

For more than 100 years, ACHEMA has served as a global meeting point for the chemical, pharmaceutical, biotechnology and laboratory sectors. Its debut in Riyadh is intended to connect international technology providers with regional manufacturers, policymakers and researchers at a time when Saudi Arabia is pursuing industrial diversification under Vision 2030.

Exhibition main themes

The exhibition will cover six core product groups spanning the full lifecycle of process industries, including industrial engineering, laboratory and analytical solutions, automation and digital systems, packaging and supply chain technologies, and research and development. Organisers say the integrated scope reflects the increasingly interconnected nature of modern industrial operations.

Conference programming will centre on six innovation themes: process, pharma, lab, digital, green and energy innovation. CPD-accredited sessions and expert-led discussions will address topics such as electrification, bioprocessing, artificial intelligence-enabled operations and circular economy models.

Dr Björn Mathes, chief executive of DECHEMA Exhibitions, described the Riyadh edition as a strategic evolution. “By bringing ACHEMA to Riyadh, we are creating a platform where science, engineering and industrial innovation align with the ambitions of one of the world’s most dynamic industrial economies,” he said.

Azzan Mohammed, managing director of Messe Frankfurt Saudi Arabia, said the event would foster knowledge exchange and support the development of sustainable and competitive industrial ecosystems.

Early confirmed exhibitors include Yokogawa, GMM Pfaudler, Hach, Beckhoff, Aptek, Pharmadule Morimatsu, Tofflon and Sealmatic, signalling strong international interest ahead of the show’s first edition.

Ducab, a leading UAE-based manufacturer of high-quality cables and energy solutions, has achieved a major technical milestone with the Middle East’s first Extended Pre-qualification (EPQ) test for an Extra-High Voltage (EHV) 400kV cable system at 105°C emergency temperature.

The achievement, completed in collaboration with Swiss specialist Brugg Cables, reinforces Ducab’s reputation for technical excellence and positions the company for global expansion.

The EPQ and system type test represents a regional first and demonstrates Ducab’s ability to meet the most stringent international standards, including IEEE, IEC, and AEIC. The testing was conducted in partnership with Brugg Cables, a recognised leader in high-voltage accessories; TAQA, Abu Dhabi’s government-controlled energy holding company; and DEKRA, the world’s largest independent testing, inspection and certification organisation.

“This successful Brugg test cements Ducab’s reputation for technical leadership and innovation, opening new opportunities in Europe,” said Charles Edouard Mellagui, CEO of Ducab Cables Business. “We are delighted to accelerate our efforts to take our quality HV cables from the UAE to the world.”

The collaboration offers strategic advantages for Ducab, which is now the only supplier on TAQA’s vendor list with two approved accessory suppliers – SEI and Brugg Cables. The EPQ milestone enhances Ducab’s competitiveness for EHV cable system projects across the region and internationally, enabling faster, more effective service for TAQA, regional utilities, and new clients in Europe and the US.

Gianluca Vettese, CEO of Brugg Cables, said: “We are proud to support Ducab in achieving this significant EPQ test, highlighting the strength of our technical collaboration and our shared commitment to delivering world-class high-voltage cable systems that meet the highest international standards.”

Brugg Cables’ specialised testing services for HV and EHV cables, up to 550kV, incorporate a large Faraday cage and on-site diagnostics to ensure insulation integrity and performance. Key elements of the testing process include AC voltage tests, partial discharge measurements for joints, and sheath testing, all designed to ensure reliable, long-term operation of high-voltage cable systems.

With this milestone, Ducab strengthens its technical leadership in the Middle East and sets the stage for international growth, offering utilities and industrial clients high-quality, globally certified EHV cable solutions.

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