Automation Studio Code is an advanced development add-on for Automation Studio 6, offering a modern, intuitive interface and advanced engineering features. It integrates with Automation Studio 6, allowing for seamless integration and flexibility.

Automation Studio Code offers engineering teams a whole new way to interact with their projects and each other. A modern, intuitive interface and advanced engineering features make work easier than ever. DevOps integration ensures smooth, efficient and reliable software delivery pipelines. Explore the new world of engineering with the advanced development add-on for Automation Studio Code.

This development plug-in is perfectly integrated into Automation Studio 6 and makes working on a project with two tools possible without any migration required , fully compatible and flexible. Efficient automation starts with an AI-powered expert coding assistant, and with the flexibility of cloud-based collaboration, developers can do their best work and deliver smarter solutions faster.

UiPath’s AgentHack 2025 sets the stage for global innovators to design next-gen AI agents. The hackathon reflects UiPath’s push to lead the future of intelligent, agent-driven automation.

UiPath, a global pioneer in enterprise automation and AI technologies, has announced the start of Global AgentHack 2025, a virtual hackathon to advance agentic automation. Introduced at UiPath DevCon 2025, the global competition challenges contestants to create novel AI agents utilising UiPath’s tools and platform.

This one-of-a-kind hackathon is solely focused on agentic automation. Participants will create AI agents in different categories, such as Agent Builder, Agentic Orchestration, Agentic Testing, and Role-based Agentic Agents. The programme prioritises practical, hands-on development over theoretical ideas, emphasising real-world use cases and enterprise applications.

The hackathon is open to developers, data scientists, AI specialists, students, and industry experts. Individuals or teams of up to four can compete. Submissions should illustrate AI agents’ potential to drive corporate transformation.

Sebastian Schroetel, Senior Vice President of Product Management at UiPath, said, “AgentHack is a platform for global innovators to explore agentic automation using UiPath tools.” We look forward to receiving groundbreaking ideas that will use AI agents to reinvent business effectiveness.

UiPath will provide participants with access to workshops, mentorship sessions, and enablement programmes throughout the competition. Finalists will be given the opportunity to incorporate their projects into the UiPath ecosystem and display them on the UiPath Community Forum.

Bobby Patrick, Chief Marketing Officer at UiPath, said, “AgentHack 2025 reflects our commitment to empowering the developer community. With the reimagined UiPath Platform™ for agentic automation, this hackathon marks a major milestone in our journey to scale AI-driven automation.”

Key Dates:

• Registration Deadline: July 7

• Finalists Announcement: July 25

• Final Event: August 5

• Winners Announcement: Mid-August

The entire prize pool for AgentHack 2025 is $50,000, with individual category winners receiving cash awards of up to $5,000. Winners will also receive UiPath certification vouchers and other advantages to help them advance their professional development and visibility in the field of agentic automation.

Schneider Electric has launched the Open Automation Movement, a nationwide initiative aimed at liberalising industrial automation and making it more accessible through open, software-defined automation.

Schneider Electric, the global leader in the digital transformation of energy management and next-gen automation, has launched the Open Automation Movement, a bold initiative aimed at liberalising industrial automation and making it more accessible through open, software-defined automation. The software-driven, vendor-agnostic automation solutions from Schneider Electric enable industries to move beyond rigid, closed systems, empowering them with plug-and-play capabilities, seamless data flow, and greater operational flexibility. By embracing open automation, industries can enhance performance and agility, driving greater engineering efficiency and future-proofing operations for maximum effectiveness and innovation, marking a significant step change in how industrial systems are designed, operated, and optimised.

This movement by Schneider Electric is a nationwide call to action, bringing together industry bodies, industry leaders, engineers, developers and other stakeholders to create greater awareness and adoption of open, software-defined automation as customers strive for greater operational agility, digital transformation and sustainability acceleration in India.

Deepak Sharma, Zone President – Greater India, MD & CEO, Schneider Electric India, said, “The key to unlocking India’s Viksit Bharat potential lies in the bold shift towards intelligent, sustainable, and future-proof industrialisation. Our call for software-defined open automation is more than a technological advancement; it’s an invitation for India Inc. to break free from the limitations of the legacy systems and embrace a new era of liberalisation of industrial automation backed by interoperability, vendor independence and enabling robust data extraction. Thus, we provide the connectivity needed for advanced analytics, both at the edge and in the cloud. We believe this is the bedrock upon which India will build its thriving industries of the future, where software empowers unprecedented agility and scalability.”

India’s industrial revolution, crucial for its global economic ambitions, demands a break from legacy automation. The outdated infrastructures, characterised by single-vendor lock-in and complex maintenance, impede the operational resilience, flexibility, and data transparency demanded by today’s market. Recognising the importance of this critical juncture, Schneider Electric’s Open Automation Movement aims to be a catalyst for this industrial transformation y creating a robust ecosystem involving industry leaders, policymakers, engineers, and developers, all committed to democratisingmation. The cornerstone of this movement is Schneider Electric’s

EcoStruxure™ Automation Expert (EAE), a solution that fundamentally decouples hardware from software, facilitating flexible system design, faster integration, and effortless scalability.

“This isn’t an incremental improvement; the move to open, software-defined automation is a fundamental revolution in industrial operations,” states Arvind Kakru, Vice President, Industrial Automation, Schneider Electric India. “With EcoStruxure™ Automation Expert, Schneider Electric is architecting truly interoperable and modular systems that shatter vendor dependencies, accelerate engineering, and seamlessly bridge the IT-OT divide for optimised lifecycles. Open Automation is the catalyst empowering India to forge resilient, efficient, and sustainable industrial ecosystems, where digitalisation drives precise control for radical energy reduction. By orchestrating industrial systems and enabling robust data flow for advanced analytics, we’re simplifying complexity and aligning with IT standards to boost performance and resilience. Our core principles – application-centricity, seamless IT/OT integration, and asset-centricity – deliver superior efficiency, resilience, and reduced total cost of ownership.”

Rajat Abbi, Vice President –– Marketing, Schneider Electric India, said, “Through this initiative, we are demonstrating our strong commitment and responsibility towards liberalising industrial automation. Through the Open Automation movement, Schneider Electric is leading the charge in empowering industries to become bolder through flexible and future-ready operations. We will be using all relevant marketing touchpoints to take this campaign to the market and demonstrate the true benefits of switching to the open, software-defined automation.”

Schneider Electric is working closely with stakeholders from key sectors for this movement, including Water & Wastewater, Consumer Packaged Goods, Food & Beverage, Life Sciences and many more. Leading industry players have joined the movement already, reflecting strong momentum across the industrial landscape. The Open, Software-defined Automation Movement will also play a key role in supporting small and medium enterprises by offering them access to flexible, cost-effective technologies that were once out of reach due to vendor lock-ins and high infrastructure costs.

Digitalisation in manufacturing has brought about enhanced efficiency, improved data insights, and greater process reliability. However, it also brings substantial advantages for operator safety.

Digitalisation in manufacturing is commonly associated with enhanced efficiency, improved data insights, and greater process reliability. However, it also brings substantial advantages for operator safety. In recognition of the World Day for Safety and Health at Work, Tobias Unosson, Partner Manager – Digital Products and Services at metal cutting and machining specialist Sandvik Coromant, highlights the often-overlooked role of digital tooling in fostering a safer machining environment. 

Machining has always been a hands-on job. Operators depend heavily on their experience and instincts, often working in close proximity to heavy equipment, sharp tooling and fast-moving components. While manual skills are still vital, the growing adoption of digital tools has introduced safer ways to monitor and manage complex machining tasks.

This shift is especially critical as the industry continues to grapple with a growing skills gap. With a projected deficit of 7.9 million manufacturing workers globally by 2030, according to a recent Korn Ferry study, the need to ensure safety for less experienced operators is more urgent than ever. It’s essential that newer workers are equipped not only with the right skills but also with technologies that protect their safety and wellbeing.

The rise of remote monitoring

Remote monitoring has emerged as a powerful tool for improving operator safety, offering real-time visibility and enabling early detection of potential issues. In many machine shops, operators still rely on visual cues or manual measurements to assess things like vibration, heat build-up or tool deflection. These checks often require getting physically close to the workpiece, especially during setup or troubleshooting, introducing risks in environments that are already hazardous.

With digital tooling, many of these tasks can now be performed from a distance. Sensors embedded in cutting tools or tool holders track key parameters like load, vibration, deflection and temperature as the machining process runs. This data is then transmitted to a display interface, tablet or even directly to the CNC machine, enabling operators and engineers to monitor performance in real-time without being right next to the spindle.

A closer look at vibration

Vibration is a common challenge in many machining operations, and while it’s often associated with part quality or tool life, it also has implications for operator safety. Excessive or uncontrolled vibration increases the likelihood of unexpected machine behaviour, which can lead to tool breakage, damaged workpieces or even accidents that put operators at risk.

Typically, operators detect dangerous vibration through audible resonance or by feeling unusual movement in the machine. But by the time those signs become noticeable, it’s often too late to prevent damage or safely intervene.

Digital tooling has changed this dynamic. With sensors embedded in tools and tool holders, vibration levels can be continuously monitored, offering early warnings when conditions begin to shift. This allows operators to make proactive adjustments, such as modifying feed rates or spindle speeds, before instability becomes a serious issue.

Advanced systems such as Silent Tools™ Plus, Sandvik Coromant’s sensor-equipped turning adaptors, take this a step further. When paired with CNC machines using CoroPlus® Connected technology, these systems can automatically mitigate machining issues — such as initiating a stop and retract when vibration exceeds safe thresholds — based on limits set by the operator. Connected, integrated tooling like this reduces the level of manual intervention needed, offering significant benefits for high-precision or lights-out machining operations.

In applications such as aerospace or mould and die manufacturing, these capabilities are especially valuable. Long overhangs, thin-walled parts and delicate materials all make vibration more likely — and more dangerous. Real-time feedback helps engineers maintain cutting stability and safety while reducing the need for frequent manual checks.

Taking a step back

Beyond immediate risk reduction, digital tooling also contributes to long-term operator health. Continuous exposure to vibration, heat and noise can lead to chronic issues such as hearing loss or repetitive strain injuries. By minimising the need for close-up inspections and manual monitoring, digital technologies help reduce these physical stressors and support safer working conditions over time.

This is one way digitalisation supports Sandvik Coromant’s broader philosophy of Manufacturing Wellness, a holistic approach to building more sustainable and resilient manufacturing operations. Sandvik Coromant notes eight key habits that improve manufacturing wellness, including adapting to new technology, embracing data-driven insights and developing your people.

This mindset encourages manufacturers to think beyond short-term productivity and focus on creating operations that are adaptable, efficient, and healthy for the people who run them. Reducing physical strain, minimising unplanned interruptions and improving control over machining conditions are all key steps toward a safer and more sustainable future.

As the manufacturing industry continues to adopt digital solutions, it’s crucial that safety remains a key priority. By embracing smarter, more connected tools and processes, manufacturers can protect their most valuable assets — their operators — while enhancing the performance and longevity of their machines.

Reliable service and expert advice are core values at Mayr Power Transmission worldwide. To strengthen global collaboration, the company recently hosted representatives from around 30 countries at its Mauerstetten headquarters. The focus was on new technologies, processes, and the future of robotics. Mayr also announced the complete takeover of EME Motor 2008, S.L., establishing its own subsidiary in Spain.

As humans and robots work more closely together — whether in daily life, medical technology, or factories — the risk of accidents also increases. If, for example, a power failure occurs during a working process, the robot arm performing the work step must be held immediately and accurately, so that the people in the vicinity are not harmed in any way. Slim, lightweight robot brakes manufactured by Mayr power transmission ensure the necessary safety. With the ROBA® servostop® series, the company has developed safety brakes for servo motors which are specially tailored to the high demands of the robotics sector – not only in the industry, but also in the field of medical technology, for example. Here, the company can draw on more than 20 years of experience from its cooperation with renowned research institutes. The new standard modular system provides a high degree of flexibility for various installation situations. 

Bernd Merk, CSO of Mayr Power Transmission at the opening of the International Sales Meeting 2025. The focus was placed on the key future topic of robotics. 

International exchange: Many locations, one quality

This became particularly clear when the numerous robotics use cases were presented during the International Sales Meeting in Mauerstetten. The Managing Directors and Sales Managers of the Mayr subsidiaries and representative offices worldwide came to the headquarters at the beginning of April 2025 to find out how to work with new technologies, products and processes. After all, customers on all continents should benefit from reliable service and expert advice. To achieve this, Mayr power transmission trusts in motivated and highly skilled employees. 

New subsidiary in Spain

During the event, the long-standing family business was able to announce an expansion: After opening a subsidiary in India last year, Mayr Power Transmission has now added a subsidiary in Spain to its international presence. After more than 30 years of successful cooperation on the Spanish market, the former commercial agency EME Motor, S.L. was fully integrated into the Group as the subsidiary Mayr Transmisiones, S.L. at the beginning of 2025. Thus, the Allgäu-based company is strengthening its global sales network and is gaining access to new growth potential in the region. 

The management of Mayr Transmisiones will remain with the current EME Managing Director Oscar Moncàs Miralles, while CEO Ferdinand Mayr and CFO Christian Illig will assume responsibility for the business as directors on behalf of Mayr power transmission. 

Foundation for a new era in the region

The brothers Pere and Òscar Moncàs Miralles, the founders and directors of EME Motor, approached us some time ago to discuss the future of our collaboration. For both of them, this was also about the further development of their company,” explains Ferdinand Mayr, CEO of Mayr Power Transmission. “In the ensuing discussions, a takeover proved to be the best scenario for both sides. I am convinced that our new Mayr Transmisiones subsidiary is ideally positioned for further growth in Spain and Portugal. And I believe we have laid the foundations for a new era in the region with this takeover.” 

Focus on stability and continuity

EME Motor was founded in 1988 and has been distributing Mayr power transmission products in Spain and Portugal since the mid-1990s. Òscar Moncàs intends to uphold the extensive shared experience and, in some cases, long-standing customer relationships under the new flag: “It is particularly important to me to continue the successful sales work in the region, but also to provide our employees with reliable prospects,” says the Managing Director of Mayr Transmisiones. “The takeover of EME Motor by Mayr Power Transmission ensures both. We have even been able to recruit a new employee for Technology and Sales – we are on track for growth. I look forward to further strengthening the mayr® brand in Spain and Portugal.” Mayr Transmisiones currently employs 4 people at its Castelldefels site (Barcelona) supporting customers in Spain and Portugal. 

Industrial waste management is a strategic imperative for sustainable growth, along with a regulatory obligation. Among its most transformative aspects is metal recovery, particularly aluminium, which has gained prominence in today’s circular economy-driven landscape. As industries seek to reduce environmental impact and improve resource efficiency, recovering valuable metals from waste streams is rapidly reshaping the future of manufacturing.

Metal recovery from industrial waste is a compelling intersection of environmental responsibility and economic opportunity. Metals like Aluminium are infinitely recyclable without quality loss, making them key players in sustainability. As manufacturers strive for eco-efficiency, adopting advanced waste management strategies that focus on metal recovery has become standard practice.

However, managing the waste generated from industrial processes, such as slag, dust, and scrap—remains a complex challenge. These by-products often contain trace amounts of valuable metals. Extracting and reusing them enhances material efficiency and reduces the environmental footprint of production.

Aluminium Recycling: A Core Driver of the Recovery Chain

Among all recyclable metals, Aluminium is one of the most widely recovered, thanks to its versatility and presence across industries such as automotive, aerospace, construction, and packaging. Recycling Aluminium uses up to 95% less energy than producing it from raw ore, making it an economically and environmentally superior alternative.

Yet, recycling isn’t without its hurdles. Aluminium smelting generates Aluminium dross, from which Aluminium is recovered, while the depleted residue is typically landfilled. Here’s where innovation steps in—this depleted dross can further be transformed into valuable products like steel slag conditioners using advanced technology, enabling zero waste and driving the circular economy forward.

The Technological Leap Forward

Modern metal recovery is increasingly powered by automation and AI-driven technologies. Smart sorting systems, powered by machine learning, can now identify and isolate different metals from complex waste streams with remarkable accuracy. These systems boost recovery rates while reducing manual errors and processing time.

Automated solutions also make it feasible to handle large volumes of industrial waste economically. As a result, Aluminium recyclers and other stakeholders can scale operations efficiently while delivering higher yields of recovered material.

Environmental and Economic Gains

Effective metal recovery offers a dual advantage—minimising environmental impact while improving the bottom line. Recycling Aluminium reduces the demand for bauxite mining, lowers emissions, conserves energy, and protects fragile ecosystems.

From a financial perspective, recovered metals reduce the need for virgin raw materials, cutting procurement costs and boosting profitability. In a market increasingly influenced by sustainability-conscious consumers and investors, businesses that adopt green manufacturing practices are better positioned to build trust and drive long-term growth.

Looking Ahead: A Circular Future

As the global focus on sustainability intensifies, the relevance of industrial waste management in metal recovery will continue to rise. The next frontier lies in the integration of circular economy principles, where waste is minimised and repurposed as input for new value creation.

The continued evolution of Aluminium recycling will be critical to this transition. Governments are also expected to tighten regulations, further accelerating the adoption of advanced recovery methods.

Conclusion

The future of industrial waste management is bright—anchored in innovation, driven by necessity, and aligned with sustainability goals. Aluminium recycling technologies are setting new standards in metal recovery, enabling industries to reduce waste, recover value, and contribute meaningfully to a circular economy.

By investing in advanced recycling solutions today, industries can shape a more resilient, resource-efficient tomorrow—where sustainability and profitability go hand in hand.

Advanced Variable Frequency Drive for Energy Efficiency and Sustainable Pumping.

Grundfos, a pumping solutions provider, has introduced the CUE 120, a variable frequency drive developed in India for the Indian market. This new product aims to offer more precise control of pump performance with a focus on energy efficiency.

Research indicates that variable frequency drives (VFDs)—approximately 70%—currently operate using default factory settings, which are often not optimised for their specific applications. This lack of customisation can lead to suboptimal energy efficiency, resulting in unnecessary energy consumption and increased operational costs. Consequently, many systems fail to achieve their full potential in reducing carbon emissions and enhancing performance.

The CUE 120 addresses these challenges by offering a solution tailored to the Indian market for precise control and improved energy efficiency.

Optimised for motors up to 22 kW, the CUE 120 integrates with any Grundfos pump range, delivering superior performance and efficiency. Designed to enhance energy usage, cut costs, and improve reliability, it empowers industries, municipalities, and businesses across India with smoother, sustainable operations.

With plans to increase kW capacity in the future, Grundfos continues to push the boundaries of efficiency, ensuring even greater flexibility and scalability for future needs.

Statiq and The Club Mumbai have partnered to make EV mobility more accessible, blending sustainability with luxury. This collaboration highlights the growing trend of lifestyle destinations integrating green infrastructure and India’s shift to sustainable energy.

Statiq, India’s largest EV charging network, has partnered with The Club, Mumbai—a premier, by-invite-only, private members’ club in Andheri West—to install a state-of-the-art public EV charging station at their property. The initiative marks the club’s first sustainable collaboration and adds a new amenity for members while supporting India’s growing EV ecosystem.

As part of this partnership, Statiq has installed one high-speed DC 60 kW dual-gun EV charger and three 22 kW BMW Wallbox electric car chargers, catering to a range of electric vehicles, including the BMW iX7s already in use at the premises. The EV station is open exclusively to its members and the wider community, giving a reliable EV charging experience within the Club’s premium setting.

“The adoption of electric vehicles is not just a trend—it’s a necessary step in India’s clean energy transition. A strong, accessible EV charging infrastructure is the backbone of this shift. Our collaboration with The Club Mumbai is a step forward in bringing future-ready charging solutions to lifestyle destinations. By integrating sustainability with luxury, we hope to inspire more such partnerships that support the EV revolution,” said Akshit Bansal, Founder & CEO of Statiq.

The Statiq DC 60 kW Dual Gun Charger features two CCS-2 connectors and is built to offer ultra-fast charging capabilities, enabling quicker turnarounds for EV drivers. Meanwhile, the BMW Wallbox units are tailored for efficient, safe, and smart charging of premium EVs.

By hosting this charging hub, The Club Mumbai underscores its commitment to becoming a more environmentally conscious space. Known for its world-class amenities and refined lifestyle experiences, The Club has always been a preferred destination for Mumbai’s elite. This sustainable move adds to its growing list of member-first enhancements.

Expressing enthusiasm, Tushar Khanna, President and Chief Operating Officer, Khanna Hotels Pvt Ltd [KHPL], The Club Mumbai, said, “This is a proud moment for us as we take our first tangible step towards sustainability. We’re delighted to partner with Statiq and support EV adoption among our members and the wider community. As a hub for luxury and leisure, The Club believes in staying ahead of the curve—not just in experiences, but also in embracing responsible practices that contribute to a cleaner future.”

Statiq’s latest installation reflects its ongoing mission to build a smart, accessible, and reliable EV charging network across India. By aligning with lifestyle properties like The Club Mumbai, Statiq continues to integrate green technology into everyday spaces, making EV adoption more seamless and mainstream.

Revolutionising water management with next-gen intelligence and sustainability.

CG Pumps launched SmartSENSE – India’s first cordless, float-free automatic water pump controller for India’s domestic water management sector. This system eliminates the need for manual wiring and float switches, offering an intelligent water control solution for Indian households.

The pump system uses advanced sensing technology to independently monitor water levels at both the source (inlet) and the overhead tank – without any wired connections or float-based sensors. The system automatically operates the pump to start and shut it off once the tank is full, helping users avoid overflows and ensuring efficient water use at all times.

An innovation for Indian homes

Tailored to the needs of modern Indian households, the 1 HP SmartSENSE pump supports a dynamic head range of 6 to 50 meters and a discharge capacity ranging from 3300 LPH to 600 LPH. Built with a 100% copper-wound motor and rust-free cast iron components, the system ensures long-lasting durability, energy efficiency, and high-performance operation in varied conditions.

Engineered for next-generation homes, the advance water pump controller technologyuses intelligent automation to conserve energy and eliminate water waste—seamlessly and efficiently.

SmartSENSE: Core Features

• 100% Cordless Operation – No wiring from tank to controller
• Float-Free Detection – No float switch required in the tank
• Automatic Start/Stop – Based on intelligent water level sensing
• Dry Run Protection – Prevents pump burnout during low water supply
• Multiple Tank Connectivity – Supports parallel overhead tanks
• Eco-Efficient – Minimizes power use and prevents water wastage
• Heavy-Duty Design – Copper-wound motor and rust-resistant build for longevity

Speaking on the launch, MD Amar Kaul, CG Power and Industrial Solutions said, “This launch is a step forward in our larger mission to build sustainable, resource-efficient communities. SmartSENSE, offers an upgrade to smarter living — a solution that’s scalable and ready to benefit every home across the country.”

Sriram Rangarajan, Executive Vice President, Consumer Electricals, added, “Water pump automation in India has always meant messy wiring or makeshift float switches. With SmartSENSE, we’ve removed that complexity. It’s a plug-and-play solution built for Indian homes—simple to install, smart in performance, and ready for today’s evolving lifestyles”.

Now available across India, SmartSENSE strengthens CG Pumps’ legacy of innovation by bringing intelligent, cordless automation to everyday water systems — setting a new benchmark in India’s pump industry for homeowners, plumbers, and trade professionals alike.

FUJIFILM India has announced a strategic distribution partnership with Spectra Logic, a global leader in data management and tape-based storage solutions. The partnership allows FUJIFILM India to promote and sell the full range of Spectra® tape libraries and related software to the Indian market.

FUJIFILM India, a wholly owned subsidiary of FUJIFILM Holdings Corporation, Tokyo, a diversified conglomerate whose focus stretches from imaging to healthcare, electronics and business innovation, announced a strategic distribution partnership with Spectra Logic®, a global leader in data management and tape-based storage solutions. As part of the agreement, FUJIFILM India is now authorised to promote and sell the full range of Spectra® tape libraries and related software to the Indian market.

The collaboration between FUJIFILM India and Spectra Logic aims to empower Indian organisations with secure, scalable, and energy-efficient long-term data storage solutions. FUJIFILM India will distribute the full line of Spectra enterprise tape libraries, BlackPearl® object storage solutions, Spectra Certified Media and data management software.

Craig Bungay, Vice President of Sales, EMEA and India, Spectra Logic, said, “Partnering with FUJIFILM India is a great strategic move that expands Spectra Logic’s footprint in one of the world’s fastest-growing markets. FUJIFILM India’s market presence and brand name recognition make it an ideal business ally. This partnership will strengthen Spectra’s channel presence and ensure customers have access to powerful, scalable tape libraries backed by certified media and expert support.”

This distribution agreement marks a significant step forward in strengthening the data storage ecosystem in India. By bringing together Spectra Logic’s innovative tape storage technologies with FUJIFILM India’s extensive market reach, the partnership aims to offer end-to-end solutions that ensure data integrity, long-term preservation, and seamless scalability for customers.

Koji Wada, Managing Director of FUJIFILM India, stated, “At FUJIFILM India, we are committed to delivering innovative products and solutions that embody our Group purpose of ‘Giving our world more smiles.’ By blending diverse ideas, unique capabilities, and extraordinary people, we aim to create solutions that bring joy and smiles to the world. We are happy to partner with Spectra Logic to strengthen the data management ecosystem in India.”

“We are excited to partner with Spectra Logic and bring their proven data storage technology to our Indian customers. This collaboration will contribute to FUJIFILM India Recording Media division’s vision to transform from media selling to solution selling, primarily to contribute towards the pressing need of clients in having robust, scalable and cyber-resilient data management infrastructure,” said J Solomon Sukumar, Associate Director – Recording Media, FUJIFILM India.