• ABB Ability™ Field Information Manager (FIM) 3.5 debuts as a cross-vendor system for managing and automating firmware across field device networks
• Streamlined mass firmware upgrades enhance security protocols while decreasing operational burdens
• Optimized for open industry standards to guarantee compatibility across multi-manufacturer device ecosystems

ABB has unveiled the latest iteration of its ABB Ability™ Field Information Manager (FIM) 3.5, a cross-platform solution for automating firmware deployments across industrial field devices. This advancement empowers facility operators to compress maintenance timelines from multi-day processes to single-digit hour ranges while reinforcing cybersecurity compliance across heterogeneous device infrastructures.

With industrial digital transformation accelerating, engineering and maintenance teams confront mounting challenges managing thousands of interconnected field devices spanning diverse networks, protocols and suppliers. FIM 3.5 resolves these complexities through centralized device administration, automated bulk firmware deployments and compatibility with open standards like Ethernet-APL, FDI and PA-DIM, enabling facilities to boost operational efficiency, minimize manual interventions and sustain secure operations.

A standout feature of FIM 3.5 is its cross-manufacturer functionality for automated firmware batch updates. Historically, upgrading numerous field devices required engineers to manually identify, download and apply firmware for each individual unit. ABB’s FIM 3.5 eliminates this manual process, enabling facilities to maintain cybersecurity compliance, mitigate operational risks and reduce maintenance demands. By automating time-intensive device management tasks, personnel can redirect efforts toward strategic initiatives like process optimization and predictive maintenance that enhance facility efficiency and sustainability.

Based on Field Device Integration (FDI) architecture, FIM 3.5 supports PROFINET, PROFIBUS, HART and EtherNet/IP field networks, providing consistent device management across complex industrial ecosystems. Engineers gain rapid device connectivity, instant access to configuration and diagnostic data, and lifecycle management capabilities through a unified graphical interface offering real-time status visibility for all connected devices alongside automated update scheduling controls.

The platform incorporates the industry’s first native FDI-based Software Update Plugin (SUP), allowing device manufacturers to deliver standardized firmware packages containing embedded update logic and multi-version compatibility. This innovation simplifies automatic batch updates with background processing capabilities, reducing personnel workload and operational disruptions while streamlining maintenance planning.

FIM 3.5 operates as the native device management solution within ABB Ability™ System 800xA® and Symphony® Plus DCS platforms, delivering additional productivity advantages including automated loop validation during commissioning and optimized device lifecycle management throughout facility operations. By merging advanced device management features with seamless integration into existing control systems, FIM 3.5 supports ABB’s Automation Extended innovation strategy with continuity, enabling customers to evolve operations without service interruptions.

“Industrial enterprises are implementing more connected devices than ever before, creating performance enhancement opportunities while complicating lifecycle management,” stated Stefan Basenach, Senior Vice President of Automation Technology at ABB. “Field Information Manager 3.5 addresses this complexity through automated device commissioning, maintenance and firmware upgrades. By reducing manual tasks and enhancing cybersecurity preparedness, it allows teams to prioritize improving facility performance, reliability and efficiency.”

ABB’s Automation division electrifies, automates and digitalizes industrial processes addressing critical needs – from energy and water distribution to materials production and goods transportation. With approximately 26,000 employees and leading technology expertise, Automation supports process, hybrid and maritime industries in achieving leaner, cleaner operations. go.abb/automation

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• ABB has committed CHF 20 million in private funding to support Switzerland’s 2038 Winter Olympics bid as a “flag bearer,” helping secure the project’s financial stability
• The bid’s innovative approach features a decentralized format with event locations spread across Switzerland’s diverse regions

ABB has stepped forward as a key financial backer in Switzerland’s 2038 Olympic and Paralympic Winter Games bid, joining fellow corporate partners On and Sunrise in the “flag bearer” initiative. The company will contribute CHF 20 million to a collective guarantee fund designed to cover potential post-event financial shortfalls.

Switzerland currently holds a “privileged dialogue” status with the International Olympic Committee (IOC), allowing until December 2027 to refine its 2038 Winter Games proposal. If successful, Switzerland would pioneer a nationwide hosting model, replacing traditional single-city bids with a distributed format spanning all four national language regions. The plan emphasizes private-sector financing supplemented by public contributions.

Peter Voser, Chairman of ABB, stated: “The Switzerland 2038 initiative embodies a decentralized, sustainable Olympic vision perfectly aligned with ABB’s Swiss heritage and commitment to innovation. Our financial commitment demonstrates confidence in Switzerland’s capacity to deliver forward-looking Games that showcase the nation’s technological expertise and natural landscapes. Supporting this transformative project reinforces our belief in Switzerland’s ability to redefine winter sports’ global showcase.”

Frédéric Favre, CEO of Switzerland 2038, remarked: “ABB’s support underscores strong corporate confidence in our decentralized Games model. With their sustainability-driven innovation legacy, ABB strengthens our hybrid funding framework that blends private investment with public collaboration. Their guarantee, alongside other flag bearers, provides critical financial assurance to develop a cost-efficient, environmentally conscious bid that highlights Switzerland’s world-class excellence.”

Switzerland 2038

On November 29, 2023, the IOC initiated a “privileged dialogue” phase with Switzerland regarding the 2038 Winter Games, granting until 2027 for project development and requirement fulfillment. This exclusive window may progress to a Targeted Dialogue phase contingent on achieved milestones.

Established to oversee Switzerland’s 2038 Olympic bid, the Switzerland 2038 organization includes national winter sports federations like SWISSCURLING and Swiss Ski as board members. The association is co-chaired by Lenka Kölliker (SWISSCURLING President) and Ruth Wipfli Steinegger (Swiss Olympic Vice President), with Frédéric Favre – former Valais cantonal council member – managing daily operations.

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• Reinforces ABB’s automation solutions for maritime clients
• Builds on ABB’s core automation strengths with a scalable platform deployed on 600+ ships

ABB has revealed a strategic move today, finalizing an agreement to purchase Høglund AS, a Norwegian marine automation leader based in Tønsberg. This acquisition will bolster ABB’s current automation portfolio for maritime customers while enabling expansion across diverse vessel markets. The deal is anticipated to finalize by Q3 2026, pending standard regulatory clearances, and will incorporate Høglund’s international operations spanning Norway, Poland, Romania, and China, along with over 80 employees. Currently under Eitzen Group ownership, Høglund will transition into ABB’s Marine & Ports business unit. Financial details remain confidential.

Høglund’s Integrated Automation System (IAS) operates on ABB’s 800M and S800 control system hardware infrastructure. Engineered for modern maritime requirements, this adaptable system manages onboard automation, monitoring, and control functions. By integrating data from propulsion systems, power plants, and cargo equipment, the platform enhances safety, energy efficiency, and operational effectiveness. Deployed across 600+ vessels globally, the company achieved revenues nearing €30 million in 2025.

Post-acquisition, Høglund’s clients will gain access to ABB’s extensive global network, expanded automation expertise, and enhanced service infrastructure.

“This marks a pivotal milestone for our team and technological innovations,” stated Peter Morsbach, CEO of Høglund. “Our journey has been defined by commitment to maritime excellence, and we’re proud of the industry-specific knowledge and solutions we’ve developed. Since our system leverages ABB technology, joining forces with ABB presents exciting opportunities to drive innovation in marine automation for our clients.”

“Høglund’s maritime automation solutions will strengthen ABB’s portfolio with validated, scalable offerings aligned with our growth strategy,” noted Rune Braastad, President of ABB’s Marine & Ports division. “Combined with our worldwide presence and service excellence, this integration creates a solid platform for sustained achievement. We’re eager to welcome Høglund’s skilled professionals into the ABB family.”

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• ABB’s SensyMaster flowmeter now provides validated thermal mass flow measurement for chemicals, oil & gas, power & utilities, and industrial gas sectors
• Device supports integration into automated Safety Instrumented Systems (SIS), a core component of process automation frameworks
• Thermal mass flow measurement was historically omitted from SIS designs due to absence of functional safety certification

ABB’s SensyMaster FMT400 flowmeter has secured SIL 2 certification for deployment in safety-critical process environments, enabling thermal mass flow measurement across chemicals, oil & gas, power & utilities, and industrial gas sectors. The certification was granted by TÜV SÜD following the IEC 61508-2 international functional safety standard.

With SIL 2 certification, SensyMaster can now be seamlessly integrated into automated Safety Instrumented Systems (SIS), a core component of process automation architecture. Historically, thermal mass flow measurement was excluded from SIS designs due to missing functional safety certification.

Rather than quantifying the actual gas volume, SensyMaster assesses the cooling effect on a heated sensor as gas passes through. Utilizing established gas flow measurement technology, SensyMaster delivers direct mass flow measurement for natural and industrial gases, combined with continuous self-diagnostic checks featuring fault identification. For gas flow measurement, plant operators require sensors that not only ensure precision but also identify failures well before triggering safety incidents affecting plant operations.

“Stricter regulatory demands are driving process plants to require SIL-rated instrumentation across all critical loops,” stated Gerrit Weppner, Global Product Manager at ABB’s Measurement & Analytics division. “Securing SIL 2 certification for SensyMaster underscores our dedication to providing safe, reliable instrumentation for industries where functional safety compliance is essential. Process engineers can now integrate thermal mass flow measurement directly into safety loops, supported by third-party verified failure data.”

Featuring integrated continuous self-diagnostics, the SensyMaster facilitates digital plant strategies, enabling predictive maintenance and real-time device health monitoring. This minimizes the need for manual inspections and enhances overall plant availability.

ABB’s Automation business automates, electrifies, and digitalizes industrial processes addressing essential needs – from supplying energy, water, and materials to producing and transporting goods. With approximately 26,000 employees and leading technology and service expertise, Automation assists process, hybrid, and maritime sectors in advancing – more efficiently and sustainably. go.abb/automation

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• ABB updates essential power systems at the Smithsonian Institution to facilitate United States’ 250^th anniversary events
• Advanced infrastructure enhancements guarantee secure and dependable conditions for guests while supporting commemorative activities

ABB has completed a vital power infrastructure overhaul at the Smithsonian Institution’s historic Arts and Industries Building in Washington, D.C., ahead of its temporary reopening for the nation’s 250^th anniversary celebrations. This electrical upgrade is a key component of broader renovations aimed at improving safety, operational reliability, and structural preservation for visitors and staff during this landmark occasion.

A historic building for historic times

As the Smithsonian’s second-oldest facility, the Arts and Industries Building has held national prominence since its inauguration in 1881, serving as a lasting emblem of innovation, exploration, and public education.

The building’s electrical framework has undergone modernization to support daily operations within the scope of the ‘Historic Core’ renovation initiative. This project underscores the Smithsonian’s dedication to protecting its historical legacy while adapting the structure for contemporary and future use.

For a four-month span, the facility will resume operations as a key venue for the 250^th anniversary events, accommodating guests in the nation’s capital.

In this context, ensuring uninterrupted electrical performance is crucial. Modernization became a priority to not only facilitate the building’s reopening for this pivotal event but also to enhance its capacity for safe, efficient, and sustainable functionality.

To fulfill these objectives, ABB upgraded the site’s switchgear with specially designed circuit breakers. Produced at ABB’s Electrification Service facility in Florence, South Carolina, these breakers incorporate built-in fusing to address the location’s unique fault current protection requirements and accommodate heightened operational demands.

Strengthening the invisible backbone of operations

Though often overlooked, the building’s electrical systems serve a vital function beyond powering lights and displays. They also supply energy to the south side of the National Mall and adjacent Smithsonian facilities, supporting broader campus operations. With anticipated visitor surges during the upcoming commemorations, maintaining consistent power delivery is critical for both guest satisfaction and site safety.

ABB’s Electrification Service team initiated comprehensive maintenance on existing equipment, including three switchgear configurations and six network protectors. Each component underwent evaluation, testing, and preparation to establish a solid base for the upgrade.

The project advanced to system modernization, incorporating circuit breakers with enhanced fault detection capabilities for faster response times. Upgraded safety protocols and labeling were also implemented to minimize risks for personnel working near live equipment, further improving workplace safety.

The enhancements enable the Smithsonian to monitor infrastructure performance through integrated data tools, providing real-time insights into system status and allowing proactive resolution of potential issues.

Delivering reliability when it matters most

Though such projects rarely receive public attention, visitors will benefit from uninterrupted power despite not seeing the underlying switchgear, breakers, or engineering analyses. This reliability empowers the Smithsonian team to prioritize creating impactful visitor experiences during this historic milestone.

“This complex undertaking required adaptive problem-solving and seamless coordination between our teams and the Smithsonian’s. We’re proud to have contributed to reinforcing the critical infrastructure of such an esteemed institution during this pivotal moment. Supporting the Smithsonian’s goals of operational safety and dependability—both present and future—has been a privilege,” stated Pedro Robredo, Senior Vice President of Electrification Service – Americas Region, ABB.

ABB Electrification is a global technology leader enabling the efficient and reliable distribution of electricity from source to socket. With more than 50,000 employees across 100 countries, we collaborate with our customers and partners to solve the world’s greatest challenges in electrical distribution and energy management. As the energy transition accelerates and electricity demands grow, we are electrifying the world in a safe, smart and sustainable way. At ABB, we are ‘Engineered to Outrun’, and we are passionate about helping our customers and partners do the same. go.abb/electrification

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• ABB will deliver a comprehensive drive system solution for Guangxi Jianhui Paper’s PM8 production line
• Upon completion, the paper machine will represent Asia’s largest extensible bag paper production line
• Innovative automation and drive technologies will enable efficient, reliable, and low-carbon paper manufacturing

ABB has entered into a contract with Guangxi Jianhui Paper Co., Ltd. to provide a complete paper machine drive system for their PM8 production line, part of an integrated forestry-pulp-paper initiative in Guangxi, China. Set to be commissioned in Q4 2026, the new line will represent Asia’s largest extensible bag paper production facility.

This initiative marks another phase in the collaboration between ABB and Guangxi Jianhui, building on prior implementations of ABB drive technologies, as the company scales production capacity to address increasing demand for premium packaging paper products.

As a strategic production hub for Jianhui Group, Guangxi Jianhui’s integrated forestry-pulp-paper initiative constitutes a significant industrial advancement in the Guangxi Zhuang Autonomous Region. Initiated in October 2023, the project aims to achieve annual pulp and paper production capacity of 3.672 million metric tons. Two packaging paper lines are already operational at the site.

The PM8 line currently under construction integrates high-efficiency production with intelligent energy-saving manufacturing technologies. ABB’s delivery scope includes the PMC800 paper machine drive control system, ACS880 multidrives, and low-voltage AC motors, along with engineering support, installation guidance, and commissioning services.

“This project illustrates how advanced electrification and automation technologies can enhance paper producers’ productivity, energy efficiency, and operational reliability,” stated Wilson Monteiro, Global Business Line Manager, Pulp, Paper and Fiber, within ABB’s Process Industries division. “We’re committed to assisting Guangxi Jianhui in establishing a modern, intelligent production line that strengthens its position in the premium packaging paper market.”

ABB’s drive system solution was chosen for its capacity to maintain stable, high-performance operations while minimizing maintenance complexity and lifecycle expenses.

The delivered solution incorporates ABB’s Direct Torque Control (DTC) technology, ensuring precise motor control and robust performance under dynamic and low-speed operating conditions. The drive system also features simplified cabinet designs to facilitate maintenance and enhance serviceability.

To ensure long-term operational stability, the PM8 system will utilize fiber-optic communication technology and dedicated maintenance networks to mitigate downtime risks from electromagnetic interference. Original du/dt filters will be installed to prolong motor insulation lifespan and reduce shaft currents.

The system meets rigorous industrial safety standards, including Performance Level e (PL e) safety protocols. ABB’s paper industry-specific control software offers operators an intuitive interface and preconfigured process libraries to streamline operations, reduce training needs, and maintain consistent production performance.

“ABB combines robust technological expertise with in-depth knowledge of the pulp and paper industry,” noted Ran Hu, Deputy General Manager at Guangxi Jianhui Paper. “The PM8 project represents a critical milestone in our strategic development, with ABB’s solutions enabling the construction of a highly efficient, intelligent, and future-ready production line.”

Guangxi Jianhui intends to expand the site with four additional high-standard paper machine lines. Successful execution of PM8 is anticipated to establish a solid foundation for ongoing collaboration between both organizations.

ABB’s Automation business automates, electrifies and digitalizes industrial operations that address a wide range of essential needs – from supplying energy, water and materials, to producing goods and transporting them to market. With its ~26,000 employees, leading technology and service expertise, Automation helps process, hybrid and maritime industries outrun – leaner and cleaner. go.abb/automation

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• Built-in shaft-grounding system – Channels destructive shaft currents away from bearings to prevent early failure
• NEMA Premium® 4 efficiency – Delivers IE4-equivalent performance without reliance on magnets or rare earth elements, lowering energy use and operational expenses
• Adaptable designs – Offered in 2, 4 and 6 pole configurations; 1-10 Hp TEFC and 1-20 Hp ODP housings, with base-mounted and baseless options
• Robust construction – Enhanced thermal management prolongs component longevity; supported by a 4-year guarantee

The ABB Baldor-Reliance® SP4™ shaft-grounded HVAC motor has earned the highest recognition in the Automation, Controls and Motion Systems division of the Plant Engineering 2026 Product of the Year Awards. This distinguished honor celebrates products that demonstrate engineering innovation and meaningful industry influence.

SP4 HVAC motors provide a dependable, economical answer to bearing degradation from harmful shaft currents in variable frequency drive systems. By embedding a shaft-grounding mechanism within the motor housing, SP4 efficiently channels electrical discharges away from critical components to enhance equipment lifespan and minimize unexpected maintenance.

“This achievement underscores our dedication to creating engineering solutions that deliver measurable benefits to our clients,” stated Bevan Christiansen, ABB’s global air handling segment director. “SP4 HVAC motors merge advanced protection features with exceptional efficiency and dependability.”

Enhanced performance and energy efficiency

Engineered specifically for variable frequency drive applications, SP4 shaft-grounded HVAC motors provide superior defense against electrical discharge damage, prolonging equipment longevity and minimizing expensive service interruptions. Versatile configurations enable seamless integration for HVAC and refrigeration systems, pumping equipment, and general industrial variable frequency drive applications. SP4 HVAC motors are available in enclosed variants suitable for indoor/outdoor environments with moderate particulate and moisture exposure, as well as open designs optimized for cleaner indoor settings.

Based on ABB’s proven SP4 architecture, these motors achieve NEMA Premium 4 efficiency matching IEC IE4-equivalent standards in a rolled steel frame without requiring magnets or rare earth components. This efficiency level can reduce energy losses by up to 40 percent compared to standard NEMA-efficient motors, resulting in significant cost reductions over the equipment’s service life.

Multifunctional applications

Available in general purpose, severe duty, pump and HVAC variants, the complete SP4 series expands on ABB’s established AC induction motor technology with a range of durable models engineered for diverse operational requirements. The concept is straightforward: Enhance the proven AC induction design by reducing motor losses by an average of 20 percent while preserving the simplicity, dimensions, and functionality of existing AC induction motor installations.

All SP4 motors incorporate a thermal management system that extends insulation durability – every 10°C reduction in operating temperature doubles insulation lifespan, resulting in prolonged bearing performance and extended equipment longevity. This benefit is supported by a market-leading 48-month warranty.

Plant Engineering Product of the Year Awards

ABB Motion, a global leader in motor and drive technology, drives progress toward a more productive and sustainable future. We innovate and expand technological boundaries to advance energy-efficient, decarbonization and circular economy solutions for clients, industries and communities. Through our digital-ready drives, motors and services, we empower our clients and partners to achieve superior performance, safety and reliability. To enable industries worldwide to outperform – with greater efficiency and sustainability – we deliver motor-driven solutions for diverse applications across all industrial sectors. Building on over 140 years of expertise in electric powertrains, our 23,000+ employees across 100 countries continuously learn and improve.

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• ABB has enhanced the ProcessMaster FER620 sensor to serve customers in water abstraction, treatment, and distribution sectors
• Engineered configuration enables direct burial and precise operation under minimal flow conditions
• Robust, fully welded and hermetically sealed design improves precision, dependability, and performance in demanding applications

ABB elevates flow measurement capabilities through a significant update to the ProcessMaster FER620 flowmeter series, offering enhanced precision, durability, and operational efficiency for extreme environments and low-flow scenarios. The ProcessMaster FER620 integrates a durable, fully welded and hermetically sealed sensor that guarantees long-term reliability and performance in challenging settings including pumping stations, water abstraction sites, treatment facilities, distribution networks, and irrigation systems.

The ProcessMaster FER620 sensor design allows direct burial installation without requiring a chamber. The sensor maintains protection against continuous water submersion with an IP68 certification.

With a smaller bore diameter, the sensor measures flow rates from extremely low velocities up to 10 m/s, providing an extended turndown ratio. This ensures exceptional measurement accuracy in low-flow situations such as nighttime consumption patterns. Its 0xD/0xD installation configuration eliminates the need for straight pipe segments upstream or downstream, making it ideal for space-constrained applications.

“Water sector clients increasingly seek durable, adaptable solutions that align with modern infrastructure demands,” noted Krishna Prashanth, Global Product Line Manager, Electromagnetic Flowmeters, within ABB’s Measurement & Analytics division. “The ProcessMaster FER620’s ability to deliver precise measurements in challenging conditions with minimal straight-run requirements makes it a versatile solution throughout the entire water cycle.”

The ProcessMaster flowmeter series features a modular architecture reflecting ABB’s dedication to delivering sustainable and future-ready solutions that minimize landfill waste. This modular approach allows users to adapt to evolving technological requirements and operational needs without extensive system replacements, reducing overall lifecycle costs and extending product usability.

All ProcessMaster models from ABB include built-in IoT connectivity. Operators can select from multiple high-speed communication protocols for both plant-based and remote field metering applications, enabling enhanced monitoring, control, and data-driven decision-making through advanced analytics and process optimization tools.

ABB’s Automation business automates, electrifies, and digitalizes industrial processes that fulfill critical needs – from energy, water, and material supply to goods production and market distribution. With approximately 26,000 employees and cutting-edge technology expertise, Automation supports process, hybrid, and maritime industries in achieving greater efficiency and sustainability. go.abb/automation

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• Extension Pack framework allows clients to integrate new functionalities progressively without altering core software
• Includes browser-based Operations Client offering a no-installation interface for managing process operations within ABB Ability™ System 800xA® distributed control system
• Supports ABB’s Automation Extended initiative, merging established control reliability with forward-looking digital advancements

Expanding upon the latest iteration of its advanced distributed control system (DCS) ABB Ability™ System 800xA® 7.0, ABB has introduced a novel modular delivery approach through Extension Packs. The initial release (xP0) incorporates a browser-based Operations Client, enabling operators and automation specialists to securely access, oversee, analyze and manage industrial processes using HTML5 web technology.

Extension Packs represent a segmented software deployment strategy that lets users retain their foundational software while selectively implementing new features without operational interruptions. By separating innovation cycles from core system updates, this method reduces the frequency of comprehensive upgrade initiatives, lowers risk exposure and lifecycle expenses, safeguards prior engineering investments, and empowers users to implement digital enhancements at their preferred pace.

Offered as an optional enhancement for ABB Ability™ System 800xA® version 7 platforms, the first Extension Pack delivers an updated user interface featuring simplified navigation, adaptable multi-window displays, and complete compatibility with existing operator graphics. Essential operational metrics, including alarms, events, and trend data, are consolidated within a centralized interface, enhancing team productivity, situational awareness, and operational effectiveness.

Engineered for both legacy system modernization and new automation deployments, the no-installation client can be implemented without modifying the System 800xA base control system software.

This initial Extension Pack also introduces a new infrastructure server node hosting ABB’s Core Control Operating System (CC OS), marking a pivotal achievement in ABB’s Automation Extended initiative. This infrastructure establishes the groundwork for seamless orchestration of containerized control and digital applications, reinforcing ABB’s vision for a more adaptable and modular automation ecosystem. Announced in February 2026, Automation Extended outlines ABB’s strategic direction for enabling industrial innovation with continuity through a contemporary, open, and modular automation framework.

Based on a “separation of concerns” architecture derived from NAMUR Open Architecture (NOA) principles, Automation Extended differentiates between a secure control environment handling mission-critical process functions and a digital environment focused on monitoring, optimization, and advanced applications. This methodology permits incremental adoption of technologies like artificial intelligence, machine learning, and advanced analytics without jeopardizing the stability or availability of core plant operations.

“Industrial operators must modernize while maintaining operational stability and availability,” stated Stefan Basenach, Senior Vice President, Process Automation Technology, ABB. “With the first Extension Pack for the latest System 800xA release, ABB is introducing a novel approach to functionality deployment in active systems. Both new and existing automation clients can now implement modern web-based operations and digital capabilities without disrupting established control environments or compromising reliability. Through Extension Packs and Automation Extended, ABB is transforming innovation delivery in mission-critical automation settings.”

ABB Ability™ System 800xA® serves as ABB’s flagship distributed control system, extensively deployed across global process industries. Renowned for its high availability, scalability, and integration capabilities, System 800xA enables clients to operate securely, efficiently, and reliably while supporting long-term modernization objectives.

ABB’s Automation division electrifies, automates, and digitalizes industrial operations addressing diverse essential needs—from energy, water, and material supply, to goods production and transportation. With approximately 26,000 employees and leading technology expertise, Automation supports process, hybrid, and maritime industries in achieving leaner and cleaner operations. go.abb/automation

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• Innovative service portfolio integrates ABB’s core digital grinding technologies into a unified interface, boosting operational transparency for essential mining processes
• Grinding Connect utilizes ABB’s experience from over 160 global gearless mill drive installations
• This comprehensive solution aims to enhance performance, prolong equipment longevity, ensure consistent operation, and facilitate data-informed decision-making

ABB has introduced Grinding Connect, a cutting-edge digital service portfolio tailored for mining enterprises utilizing gearless mill drive (GMD) systems. This global offering is engineered to enhance monitoring of critical grinding equipment, minimizing unexpected equipment failures and streamlining maintenance planning during periods of heightened demand for sustained productivity and reliability.

Developed to meet increasing demands for remote expert assistance, maintenance optimization, and sustained operational efficiency, Grinding Connect operates as a centralized cloud-based platform specifically designed for ABB GMD systems. The solution integrates ABB’s expertise from more than 160 GMD deployments worldwide, combining secure cloud analytics with service workflows to enable users to monitor system status, access service documentation, submit service inquiries, and engage with ABB specialists through a single interface.

With projections indicating a threefold increase in demand for critical minerals by 2030 according to the International Energy Agency, mining operations face intensified pressure to scale production of essential materials. Maintaining continuous performance and reliability in large grinding circuits is vital for plant output, where unplanned downtime reportedly costs up to $500,000 hourly based on ABB studies.

The service portfolio consolidates digital solutions ABB has developed in recent years, including Asset Health and Condition Monitoring analytics, Trendex diagnostics and troubleshooting capabilities, and GMD Copilot – ABB’s AI-driven virtual support assistant. Within the Grinding Connect ecosystem, mining operators gain access to prescriptive maintenance insights supported by over 180 trend indicators, along with alarm systems, event tracking, transient recording integration, and signal correlation analysis.

Designed to deliver anomaly detection, frozen-signal identification, and intelligent alerts, the platform also provides recommended actions from ABB specialists to maintain operational continuity. By enabling remote diagnostics and expert collaboration, the suite minimizes requirements for reactive on-site interventions, allowing service teams to prioritize tasks more efficiently.

“Operators in the mining sector seek actionable solutions to enhance equipment availability, accelerate response times, and make more informed maintenance decisions for production-critical assets,” stated Mikel Torre, Global Business Unit Manager Grinding within ABB’s Process Industries division. “Grinding Connect consolidates ABB’s service expertise and GMD system knowledge into a single digital environment, providing users with comprehensive visibility into asset condition, service history, and expert support. Achieving this level of operational transparency is essential for advancing the industry’s shift toward increasingly autonomous and efficient mining operations.”

Grinding Connect has been developed in accordance with ABB’s cybersecurity protocols and IEC 62443-related product development standards, including penetration testing during verification phases. The solution is available globally for mining clients operating ABB gearless mill drive systems.

ABB’s Automation business automates, electrifies and digitalizes industrial operations that address a wide range of essential needs – from supplying energy, water and materials, to producing goods and transporting them to market. With its ~26,000 employees, leading technology and service expertise, Automation helps process, hybrid and maritime industries outrun – leaner and cleaner. go.abb/automation

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• Upgrading ABB Ability™ System 800xA^® distributed control system and Safeguard 400 safety control system enhances operational robustness
• Enhancements aim to guarantee sustained safe, dependable, and secure operations of the Buzzard offshore platform in the North Sea
• Initiative strengthens ABB’s enduring collaboration with CNOOC International’s UK operations

ABB has secured a contract to modernize the automation and control infrastructure on the Buzzard offshore platform, situated roughly 100 km northeast of Aberdeen within one of the UK’s most significant North Sea oil fields. This project for CNOOC Petroleum Europe Limited, a division of global energy leader CNOOC International, will support ongoing safe and dependable operations of the Buzzard offshore facility.

ABB will implement a focused upgrade of its deployed ABB Ability™ System 800xA^® distributed control system and Safeguard 400 safety solution. The staged modernization approach enables critical updates to be integrated while maintaining platform functionality, minimizing downtime and lowering project risks.

ABB’s Aberdeen-based engineering team will oversee the project, leveraging an onshore reference system for testing and validation. By validating upgrades in a controlled environment prior to offshore deployment, ABB can mitigate risks, reduce disturbances, and ensure uninterrupted production continuity.

ABB’s Automation division specializes in automating, electrifying, and digitalizing industrial processes that meet critical global demands – from energy, water, and material supply to goods manufacturing and market distribution. With approximately 26,000 employees and advanced technological expertise, Automation empowers process, hybrid, and maritime industries to achieve greater efficiency and sustainability. go.abb/automation

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• NINVA™ Integrated, NINVA™ Remote, and NINVA™ Compact meet specific requirements in sectors prioritizing safety and precision
• New offerings enable simplified and secure temperature monitoring for oil & gas, chemical, marine, and energy applications
• NINVA installs directly on piping systems without requiring modifications or system interruptions

ABB has broadened its NINVA™ line of non-invasive temperature measurement solutions with three new variants: NINVA™ Integrated, NINVA™ Remote, and NINVA™ Compact. These innovations target specific operational demands in critical industries including oil & gas, chemical processing, energy generation, and maritime operations. The solutions empower operators to maintain precise process control, minimize unplanned maintenance activities, and comply with site-specific and regulatory standards.

Designed to clamp onto pipe exteriors, NINVA eliminates the need for cutting, welding, or maintaining traditional invasive thermowells. By utilizing pipe surface temperature readings to determine process temperatures, the technology achieves equivalent accuracy and performance to invasive methods while removing installation and maintenance complexities.

Offering reduced engineering expenses and lower material, inspection, and installation costs compared to conventional thermowells, NINVA provides enhanced cost-efficiency. Implementation of NINVA solutions can reduce labor and capital expenditure requirements by up to 75%.

“The original NINVA introduction marked a revolutionary shift in process temperature monitoring,” noted Jacques Mulbert, President of ABB’s Measurement & Analytics division. “As demand for sensing capabilities grows, industrial operators increasingly recognize the advantages of obtaining critical data without process interruptions or piping modifications.”

• NINVA Integrated serves chemical and oil & gas applications. Compatible with metal piping DN15 – DN2500 (1/2” – 100″), it’s optimized for brownfield upgrades where system shutdowns and hot work pose financial challenges.
• NINVA Remote addresses high-temperature and difficult-access environments in power & utilities, particularly steam and high-temperature gas systems (400°C+). With vibration resistance up to 2g, it integrates with ABB’s TTF300-N field-mount transmitter for flexible installation and remote display while ensuring reliable monitoring in extreme conditions.
• Marine-certified NINVA Compact caters to space-constrained machine environments requiring dependable temperature indication. Featuring 4g vibration resistance, it operates with small piping DN15+, skid systems, and mobile assets.

In 2024, NINVA achieved recognition as the industry’s first SIL2-certified non-invasive temperature transmitter, establishing it as the most secure non-invasive temperature sensing solution available.

ABB’s Automation business optimizes industrial operations through automation, electrification, and digitalization solutions addressing essential needs – from energy and water supply to goods production and transportation. With approximately 26,000 employees and advanced technology expertise, Automation supports process, hybrid, and maritime industries in achieving greater efficiency and sustainability. go.abb/automation

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• ABB will provide power and propulsion systems for two electric tugs being built at Cochin Shipyard
• Ships are part of India’s Green Tug Transition Programme, which aims to replace traditional diesel-powered harbor tugs with eco-friendly alternatives
• ABB’s Onboard DC Grid™ and PEMS™ will enhance battery efficiency to manage fluctuating power requirements

ABB has secured a contract with Cochin Shipyard to deliver power and propulsion systems for two upcoming electric tugs. Scheduled for delivery to Polestar Maritime in 2027 as part of Phase 1 of India’s Green Tug Transition Programme (GTTP), the vessels will serve at Jawaharlal Nehru Port Authority (JNPA). JNPA handles approximately 50 percent of India’s total containerized cargo across major ports, making it the nation’s largest container port. The GTTP outlines a phased transition of India’s harbor tug fleet from diesel-powered vessels to sustainable alternatives, spanning five stages from 2024 to 2040.

Encompassing electrical, propulsion, automation, and digitalization solutions, ABB’s integrated supply package will ensure the e-tugs operate efficiently and reliably, supporting the GTTP’s broader goals while contributing to JNPA’s ‘Green Port’ initiative. Central to the power and propulsion setup will be ABB’s Onboard DC Grid™ power system platform and PEMS™ power and energy management system, which will optimize onboard battery utilization to handle diverse power demands. The flexible and customizable Onboard DC Grid™ enables seamless integration of energy storage systems, improves drivetrain efficiency, and extends operational range per battery charge.

Included in the agreement is ABB Ability™ Remote Diagnostic System for Marine, which will maintain the e-tugs’ performance and reliability through real-time condition monitoring and remote diagnostics.

“Incorporating electric propulsion and advanced automation into harbor tugs presents significant engineering challenges, requiring a trusted technology partner,” stated Shri Jose VJ, Chairman and Managing Director, Cochin Shipyard Limited. “ABB’s proven expertise and reliable systems positioned them as the ideal collaborator. These vessels are engineered for longevity, performance, and to showcase India’s shipyards as pioneers in maritime sustainability.”

“India’s Green Tug Transition Programme marks a pivotal move toward reducing port-related emissions,” said Rune Braastad, President of ABB’s Marine & Ports division. “Being chosen to supply the electrical, propulsion, and automation systems for JNPA and Cochin Shipyard’s inaugural electric tug vessels under the GTTP underscores the maritime sector’s confidence in ABB’s technology and our extensive marine electrification experience.”

With over seven decades of presence in the Indian market, ABB recently collaborated with Cochin Shipyard on power, propulsion, and automation systems for two hydrogen-powered container vessels for Samskip Group. Additionally, ABB has driven electrification in Asia’s short-sea shipping sector, delivering solutions for fully electric vessels in Singapore, South Korea, and Japan.

ABB’s Automation business automates, electrifies, and digitalizes industrial operations addressing critical needs—from energy, water, and material supply to goods production and distribution. With ~26,000 employees and cutting-edge technology, Automation empowers process, hybrid, and maritime industries to operate leaner and cleaner.

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• Extended power capacity – SD200 841 motors now available up to 500 horsepower
• Integrated terminal blocks – Factory-fitted connection modules on all FS500 models for uniform, dependable installation
• Full IEEE 841-2021 compliance – Heavy-duty performance for chemical processing, oil refining, mining, and paper production environments

ABB has broadened its SD200 841 heavy-duty motor range to include 500 horsepower options. Newly introduced larger frame designs deliver enhanced power output for challenging industrial applications while maintaining strict adherence to IEEE 841-2021 standards. Engineered for extreme operating conditions, these motors provide the durable performance, operational reliability, and extended lifespan required for demanding industrial environments.

ABB’s SD200 841 series meets or exceeds IEEE 841-2021 specifications for energy efficiency, operational performance, construction quality, variable-frequency operation, and extended maintenance intervals. With the integration of expanded 5000 series NEMA frame dimensions (5009 to 5013), the product line now covers 75 to 500 horsepower. This expansion surpasses the previous 449T frame limitation, offering comprehensive power solutions for large-scale industrial equipment operating in harsh conditions.

Engineered for challenging environments

ABB’s SD200 841 series provides IP56 environmental protection for reliable operation in wet, dusty environments. Class H insulation systems deliver enhanced thermal resistance to ensure prolonged motor longevity in high-temperature applications. Dual-end bearing isolators effectively block contaminants and minimize unscheduled maintenance requirements. These motors maintain low vibration levels at 0.06 IPS, ensuring smooth operation in high-torque scenarios. Each unit includes an IEEE 841 compliance test report and comes with a five-year warranty. Safety certifications include UR component recognition and CSA approvals for Class I Division 2 and Class II Division 2 hazardous locations. Enlarged conduit enclosures and field-adjustable configurations simplify installation, wiring, and servicing. The 5000 frame series now features standard factory-installed terminal blocks instead of traditional lead wires, enhancing connection integrity, streamlining installation processes, and improving service accessibility.

Industrial applications

The ABB SD200 841 FS500 series is specifically designed for oil refineries, chemical processing plants, paper mills, mining operations, cement production facilities, and industrial fluid handling systems where dependable high-power performance is essential. The expanded product range enables facilities to implement a unified IEEE 841 motor platform across diverse equipment types, enhancing system reliability, reducing maintenance demands, and extending equipment service life as power requirements evolve. Learn more about ABB’s SD200 841 heavy-duty motor solutions at abb.com.

ABB Motion, a world-leading provider of motor and drive technologies, drives progress toward a more productive and sustainable future. We innovate and advance technological boundaries to develop energy-efficient, decarbonization-focused, and circular economy solutions for global customers. Through our digital-ready drives, motor systems, and service offerings, we empower clients to achieve superior operational performance, safety, and reliability. To help industries transition to leaner, cleaner operations, we deliver motor-driven solutions across all industrial sectors. With over 140 years of expertise in electric powertrain development, our 23,000+ employees across 100 countries continuously improve and innovate. visit go.abb/motion

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• ACS580, ACH580 and ACQ580 IP66 / UL Type 4X drives join ABB’s all-compatible drive portfolio, engineered for the most demanding environments.
• Engineered to endure extreme rain, heat, cold, salt spray, dust and humidity, these drives provide durable, dependable motor control across diverse industrial and infrastructure applications.
• An optional Bluetooth-enabled control panel facilitates effortless connectivity, remote setup and monitoring while maintaining personnel safety outside arc flash zones.

ABB has broadened its comprehensive drive portfolio by introducing IP66 / UL Type 4X certified models across its ACS580 General Purpose, ACH580 HVACR, and ACQ580 Water & Wastewater drive families. Designed specifically for challenging operating conditions, these advanced drives resist extreme rain, temperature extremes, salt spray exposure, high-pressure water jets, dust ingress, cleaning chemicals, corrosive gases and high humidity levels, delivering efficient motor control with typical energy savings of 25% – performance levels beyond conventional drives.

This expansion meets increasing demand for high-performance drives capable of functioning in severe environments without requiring additional protective enclosures, simplifying installation processes, minimizing system footprint and lowering total ownership costs across multiple industries.

“The launch of these IP66 / UL Type 4X models represents a major advancement in making efficiency and productivity accessible across broader environmental and industrial conditions,” noted Prachi Nayak, Regional Product Market Manager Drive Products, ABB. “These drives are constructed to operate reliably in the harshest conditions, and we’re excited to expand our all-compatible portfolio to address these operational challenges.”

The ACS580 drives suit food & beverage and agricultural settings where frequent washdowns, chemical exposure and strict hygiene requirements are standard, covering applications including dairy processing, meat production, bakery operations and aquaculture systems. ACQ580 variants provide superior corrosion resistance for water and wastewater infrastructure, including pumping stations, clarification tanks and chemical dosing systems where caustic substances and gases are prevalent. ACH580 drives deliver equivalent protection for HVACR systems, making them ideal for rooftop air handlers, cooling towers, outdoor pump skids and exterior ventilation systems.

The optional Bluetooth control panel enables seamless connectivity, configuration and monitoring via ABB’s Drivetune and Drive Composer software, with enhanced safety ensuring personnel remain outside arc flash boundaries during live operations. Additional features include an optimized DC choke, integrated C2 EMC filter and dual option slots for fieldbus adapters and extended I/O capabilities, offering system integrators flexibility to customize connectivity for specific application needs.

By adding IP66 / UL Type 4X variants to the ACS580, ACH580 and ACQ580 product lines, ABB enhances its all-compatible drive platform, providing customers with a unified, application-specific portfolio now covering multiple environmental ratings and installation requirements. The new drives are offered in extensive power configurations, ensuring comprehensive coverage across critical applications and market segments.

ABB Motion, a global leader in motors and drives, drives progress toward a more productive and sustainable future. We innovate and push technological boundaries to develop energy-efficient, decarbonizing and circular solutions for customers, industries and societies. Through digitally enhanced drives, motors and services, we empower our customers and partners to achieve superior performance, safety and reliability. To help industries operate more efficiently and sustainably, we deliver motor-driven solutions for diverse applications across all industrial sectors. Drawing on over 140 years of expertise in electric powertrains, our 23,000+ employees in 100 countries continuously learn and improve. go.abb/motion

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• ABB selected as strategic partner for intelligent chemical production facility in Zhangzhou, Fujian province, China
• Facility is one of the largest Ethernet-APL field network deployments undertaken by a Chinese domestic chemical enterprise
• ABB will deliver automation solutions supported by Ethernet-APL to enable high-speed, real-time data connectivity across the facility

Longxiang Hengyu Chemical Co., Ltd. has selected ABB to supply automation and digitalization solutions for its oxo-alcohol integrated facility in Zhangzhou, Fujian province, southeastern China. This project marks one of the most significant Ethernet-APL (advanced physical layer) field network implementations by a Chinese chemical company to date. The collaboration aims to develop an APL-enabled smart plant optimized for autonomous operations in the coming years.

The facility will manufacture 500,000 metric tons annually of butanol, octanol, and related derivatives—key raw materials for textile, coating, and plasticizer industries. Scheduled for completion in Q3 2027, the project emphasizes advanced production capabilities.

ABB will implement comprehensive automation and digitalization solutions utilizing Ethernet-APL, a two-wire Ethernet technology facilitating high-speed, real-time data transmission across the plant. This technology improves communication and full lifecycle data integration between field devices and control systems, enabling more efficient and reliable operations. Benefits include reduced energy consumption, minimized waste, and optimized resource utilization.

Designed with a digital-first approach during construction, the facility integrates high-level automation with scalable data infrastructure to accommodate future digital applications. ABB will deploy its ABB Ability™ System 800xA® distributed control system, safety instrumented system, gas detection system, ABB Ability™ Field Information Manager, and operator training simulator.

“Our objective is to establish a highly automated chemical plant with a robust digital framework that ensures safe, efficient, and reliable operations while gradually enabling autonomous workflows,” stated LongHui Yang, Chairman of Longxiang Hengyu Chemical Co., Ltd. “ABB’s Ethernet-APL expertise, combined with its integrated automation and digital solutions, will enhance plant-wide visibility and simplify complex operations.”

ABB’s early involvement helped shape the plant’s automation and digital architecture, ensuring alignment from initial planning to execution across multiple stakeholders. The digital infrastructure includes a localized Industrial Internet of Things (IIoT) Edge platform and equipment management application tailored to Longxiang Hengyu’s operational needs, supporting future advanced digital applications.

“This large-scale initiative highlights how advanced automation and digitalization can drive the development of intelligent, transformative chemical facilities,” said Tony Fan, Vice President of ABB’s Energy Industries division in China. “By implementing Ethernet-APL as the field communication backbone, we’re creating a smart plant with enhanced performance, deeper insights, improved reliability, and a solid foundation for autonomous operations.”

ABB’s Automation business automates, electrifies, and digitalizes industrial operations addressing essential needs—from energy, water, and material supply to goods production and market distribution. With approximately 26,000 employees and leading technology and service expertise, Automation supports process, hybrid, and maritime industries in achieving leaner and cleaner operations. go.abb/automation

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• Landmark upgrade of Quasar Expeditions’ Quasar Conservation yacht introduces pioneering hybrid-electric propulsion to Galápagos waters
• ABB’s advanced hybrid-electric system enables zero-emission operations during anchoring and short-distance navigation
• Enhanced acoustic performance reduces onboard disturbances while protecting the archipelago’s delicate ecological balance

ABB has joined forces with Ecuador-based Quasar Expeditions to retrofit the historic yacht formerly named Galú with cutting-edge hybrid-electric propulsion technology. This transformation positions the vessel, originally constructed by Italian shipbuilder Benetti in the 1970s, as the first of its kind in the Galápagos region.

The shift from traditional diesel engines to hybrid-electric powertrain will enable passengers aboard the 52.9-meter vessel to explore one of Earth’s most ecologically fragile zones with minimal environmental impact, combining serene navigation with reduced carbon footprint.

Featuring ABB’s Onboard DC Grid™ power architecture, energy storage system (ESS), permanent magnet propulsion motors, and upgraded diesel generators, the hybrid solution allows full battery-powered operation during anchoring and brief transits. Beyond optimizing fuel efficiency, this configuration ensures compliance with Galápagos National Park’s rigorous environmental standards for noise and emissions.

“Our 1979 journey to the Galápagos profoundly shaped our vision for Quasar Expeditions,” recalled Eduardo Diez, Owner and Chairman of Quasar Expeditions. “As tourism presents both opportunities and challenges, we partnered with ABB to create Quasar Conservation – a hybrid-electric vessel that redefines eco-conscious luxury without sacrificing comfort or performance.”

In addition to extending Quasar Conservation’s service life by an estimated quarter-century, the retrofit preserves the yacht’s timeless design and artisanal craftsmanship, offering a more economical and environmentally responsible alternative to constructing a new vessel.

“Expedition cruising represents a high-tech growth sector where operators increasingly demand sophisticated solutions balancing efficiency with premium passenger experiences,” noted Tomas Arhippainen, Business Line Manager, Marine Service & Digital at ABB’s Marine & Ports division. “Quasar Conservation’s successful modernization exemplifies how collaborative innovation can deliver exceptional outcomes through comprehensive system upgrades.”

Engineered for constrained retrofit environments, ABB’s Onboard DC Grid™ delivers the fault-tolerant performance essential for expedition vessels navigating remote regions. The scalable DC power system seamlessly integrates the 814-kilowatt-hour battery ESS with modern diesel generators. Combined with ABB’s PEMS™ power and energy management system optimizing total energy resources, this hybrid configuration – featuring high-efficiency permanent magnet motors – achieves substantial efficiency improvements from power generation to propulsion compared to conventional mechanical systems.

ABB’s Automation business automates, electrifies and digitalizes industrial operations that address a wide range of essential needs – from supplying energy, water and materials, to producing goods and transporting them to market. With its ~26,000 employees, leading technology and service expertise, Automation helps process, hybrid and maritime industries outrun – leaner and cleaner. go.abb/automation

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• ABB and Point Laz form strategic alliance to advance operational efficiency and safety standards in underground mining
• Point Laz’s Lazaruss™ 3D scanning technology will integrate with ABB Ability™ Smart Hoisting platform
• Remote shaft visualization capabilities aim to enable automated, safer mine hoist inspection processes

ABB has initiated a strategic collaboration with Point Laz, a specialist in mine shaft monitoring systems, to enhance safety protocols and operational effectiveness in underground mining environments. The partnership will focus on developing an integrated service solution combining Point Laz’s Lazaruss™ technology with ABB’s mine hoist product line.

Under this agreement, ABB plans to incorporate the Lazaruss™ 3D scanning system into its upgraded ABB Ability™ Smart Hoisting solution 4.0 platform. This digital ecosystem, designed for scalability, will offer mine hoist optimization services aimed at improving operational reliability and performance. The 3D scanning technology will be available to clients either as an independent service or included within ABB Care service packages.

Point Laz’s 3D scanning innovation is engineered to enhance shaft maintenance procedures, establish standardized inspection protocols aligned with global benchmarks, and minimize mine shaft operational downtime.

Traditional mine hoist inspections have depended on manual data collection methods. These approaches present safety hazards for inspectors and risk missing intermittent issues until they escalate. Additionally, manual data analysis consumes experts’ time that could otherwise be devoted to strategic operational improvements, thereby hindering efficiency and delaying preventive actions.

Integrated within ABB Ability™ Smart Hoisting, the Lazaruss™ 3D scanner will facilitate safe mine hoist inspections by creating digital shaft replicas and providing remote visualization tools for automated inspections. Regular scanning will deliver actionable data to identify potential issues early, enabling proactive maintenance interventions.

“Our objective is to elevate industry performance standards while enhancing mining safety,” stated Alexandre Grenier, CEO of Point Laz. “Integrating our technology with ABB’s expertise creates safer mining operations and improves operational effectiveness.”

“The enhancements to our ABB Ability™ Smart Hoisting solution represent a significant leap forward in our service capabilities,” said John Manuell, ABB’s Global Business Unit Manager for Hoisting. “Adding Lazaruss™ 3D scanning technology enables continuous, proactive shaft monitoring, allowing clients to address potential issues before they become critical.”

With over 135 years of mining industry experience, ABB develops solutions that drive productivity and sustainability. In hoisting applications, the company offers comprehensive expertise in designing and manufacturing mechanical and electrical systems tailored to various hoist configurations, meeting specific customer requirements and regulatory standards.

ABB’s Automation business provides automation, electrification, and digitalization solutions for industrial operations addressing critical needs—from energy and water supply to materials production and goods transportation. With approximately 26,000 employees and cutting-edge technology, Automation supports process, hybrid, and maritime industries in achieving efficiency and sustainability. go.abb/automation

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• Collaboration with LaFlesche, an Indigenous-owned advanced manufacturing enterprise headquartered in Kahnawà:ke, marks ABB’s inaugural Indigenous channel partnership in Canada
• Agreement enhances access to ABB’s automation, electrification and digitalization technologies for key sectors like infrastructure and manufacturing
• Initiative fosters Indigenous economic engagement in critical infrastructure while supporting resilient local supply chains

ABB has launched its first Indigenous channel partnership in Canada with LaFlesche, an Indigenous-operated advanced manufacturing, machining and rapid prototyping company located in Quebec’s Kahnawà:ke community. This strategic alliance will expand LaFlesche’s service portfolio while bolstering ABB’s network of certified third-party vendors by delivering automation, electrification and digital solutions through an Indigenous distribution channel serving vital industrial sectors nationwide.

As part of the agreement, LaFlesche now operates as an authorized ABB channel partner, leveraging established customer relationships and technical expertise to provide select ABB technologies and support services to public and private sector clients. The partnership enables ABB’s customers to reduce reliance on international supply chains while maintaining optimal performance of mission-critical systems throughout their operational lifecycle.

“We’ve dedicated years to building trust with Canada’s key clients in critical operations by delivering precision, reliability and results when it matters most,” said Thawennontie Thomas, LaFlesche President. “Collaborating with ABB grants our clients access to globally proven automation and electrification technologies, supported by a team that understands their operational environments. This partnership transcends a commercial alliance – it represents a commitment to developing Indigenous expertise at the highest levels of Canada’s critical infrastructure and ensuring Indigenous businesses become trusted partners in this vital work.”

This collaboration aligns with ABB Canada’s overarching channel partner and sustainability strategies by advancing Indigenous economic participation while empowering clients to upgrade operations, enhance resilience and meet complex performance requirements. Partnering with an Indigenous-owned enterprise also strengthens ABB’s capacity to deliver localized solutions tailored to regional needs.

“Through collaboration with an Indigenous-owned distribution partner that brings technical excellence and credibility to critical industries, we’re expanding our customer service capabilities while promoting inclusive economic growth,” noted Ben C. Venter, Vice President of ABB’s Energy Industries division in Canada. “Our collaboration with LaFlesche demonstrates ABB’s dedication to creating robust supply chains and reliable alliances that generate mutual benefits for clients and communities. It also emphasizes meaningful skills development and Indigenous involvement throughout Canada’s infrastructure lifecycle.”

Canada’s Indigenous economic strategy emphasizes economic reconciliation, featuring federal procurement targets, support for Indigenous-owned businesses, and cross-sector partnerships to boost Indigenous participation in the economy¹.

ABB’s Automation division specializes in automating, electrifying, and digitalizing industrial processes that address essential needs – from energy and water distribution to material production and goods transportation. Employing approximately 26,000 professionals, the business provides technology and service expertise that helps process, hybrid and maritime industries achieve greater efficiency and sustainability. go.abb/automation

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• ABB secures Leader status in Verdantix’s Green Quadrant for Asset Performance Management (APM) Solutions
• Company joins elite providers recognized for comprehensive APM capabilities
• Distinction emphasizes ABB Genix™ APM Suite’s strengths in industrial data handling, advanced AI applications for asset optimization, and global deployment scalability

For the second consecutive year, ABB has achieved Leader status in the Verdantix Green Quadrant: Asset Performance Management (APM) Solutions 2026 report, which assesses 19 prominent APM software vendors based on functional excellence and market influence. The evaluation methodology incorporates a detailed 128-criteria assessment framework, live software demonstrations, and client feedback sessions.

Industrial sectors face growing demands for operational efficiency and system reliability. Modern asset performance management addresses these needs through maintenance optimization, downtime reduction, and enhanced asset utilization. Contemporary APM solutions now extend beyond basic condition monitoring and predictive maintenance to offer comprehensive asset lifecycle management.

ABB’s APM offerings are delivered via the Genix™ APM Suite, which leverages the ABB Genix™ platform to integrate industrial data infrastructure, AI-powered analytics, and agentic AI technologies. This solution enables contextualized data fusion from operational technology (OT), information technology (IT), and engineering systems, generating real-time actionable intelligence that empowers industrial operators to enhance maintenance strategies and asset performance.

The Verdantix analysis identifies Genix APM as “market-leading APM, backed by robust asset health and broad technical strength,” commending its superior performance in data integration, AI analytics, and platform customization. Evaluators also praised ABB’s capacity for enterprise-scale implementations across capital-intensive sectors, delivering real-time operational intelligence and quantifiable performance improvements. The vendor received maximum scores for product vision, reflecting its strategic innovation pipeline and commitment to customer investment protection.

“AI advancements are revolutionizing asset performance management, enabling industrial clients to enhance reliability, optimize maintenance, and empower both specialists and frontline teams to deliver exceptional value,” stated Rajesh Ramachandran, Global Chief Digital Officer, Automation, ABB. “The ABB Genix™ APM Suite establishes the standard for scalable APM initiatives by combining industrial data contextualization with AI and agentic capabilities, accelerating progress toward increasingly autonomous operations.”

“ABB delivers market-leading APM, backed by robust asset health and broad technical strength, and brings the ability to support global deployments across large asset portfolios. ABB Genix APM also scored highly for multiple technical capabilities, with full scores for data acquisition and integration, AI operations, and platform configurability,” said Sayanh Alam, Industry Analyst, Verdantix.

Successfully implemented across capital-intensive sectors such as energy, utilities, mining, and manufacturing, ABB Genix integrates advanced analytics, generative AI, and agent-based technologies within its applications. When combined with contextualized industrial data, this solution enables precise insights and continuous operational optimization.

ABB’s Automation business automates, electrifies and digitalizes industrial operations that address a wide range of essential needs – from supplying energy, water and materials, to producing goods and transporting them to market. With its ~26,000 employees, leading technology and service expertise, Automation helps process, hybrid and maritime industries outrun – leaner and cleaner. go.abb/automation

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• ABB’s Waterside Automation system facilitates the shift to autonomous ship-to-shore crane functions, minimizing dependence on constant manual operation and resolving critical efficiency constraints at container terminals
• Integrates sensor data, artificial intelligence, and unified operational systems to automate vessel-side processes and ensure standardized execution of complete handling cycles
• Allows operators to manage multiple cranes remotely, enabling workforce optimization through quay crane pooling strategies

With global supply chains demanding greater schedule reliability, many container terminals have already automated significant portions of their yard processes. However, quay crane operations remain heavily reliant on manual control, creating productivity limitations. Leveraging ABB’s system integration expertise and AI capabilities, the Waterside Automation solution elevates automation levels for vessel-side crane activities, enhancing process consistency and reducing disruptions from human interventions.

A core benefit involves decoupling operators from direct crane control. Instead of manually handling complex tasks like container placement over vessels, personnel can now oversee operations and manage multiple cranes from centralized control rooms, enabling quay crane pooling implementations. This approach also boosts workforce adaptability.

The system combines vision-based sensors, motion detection technologies, advanced analytics, and machine learning to precisely control container positioning, crane movements, and vessel environment monitoring in real-time. Using this data, the solution autonomously performs lifting and positioning tasks while maintaining safe operations under dynamic conditions—including vessel movements along and perpendicular to the quay, plus environmental factors like weather changes. Seamless integration with terminal handling systems and operator interfaces optimizes container flow coordination and overall operational efficiency.

While similar sensor-AI technologies exist in urban applications like semi-autonomous public transport, ABB has specifically adapted these for container terminal environments. The solution incorporates exception management protocols, stowage verification systems, optical character recognition (OCR), and digitized workflow instructions into a unified framework. This minimizes manual verification requirements between process steps and ensures consistent crane cycle execution.

“ABB’s system integration expertise uniquely positions us to deliver this solution and support incremental adoption of autonomous quay crane operations,” stated Thomas Kumm, Global Technology Manager, Ports, ABB’s Marine & Ports division. “Our systems are designed to evolve alongside terminal operations and technological advancements, with continuous functionality enhancements as requirements evolve.”

ABB’s Automation business automates, electrifies and digitalizes industrial operations that address a wide range of essential needs – from supplying energy, water and materials, to producing goods and transporting them to market. With its ~26,000 employees, leading technology and service expertise, Automation helps process, hybrid and maritime industries outrun – leaner and cleaner. go.abb/automation

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