Tag: technologies

Irish businesses explore next wave of AI adoption at Dell Technologies Innovate

Pictured attending the Tech Rally at the Dell Technologies Innovate event at Royal Hospital Kilmainham recently were Mark Hopkins, Managing Director, Dell Technologies Ireland, and Alex Rice, Field Product Manager at Dell Technologies Ireland, alongside over 100 technology leaders, industry experts and IT decision-makers who explored how organisations across Ireland are preparing for the next phase of AI-driven transformation.

The event also featured Dell’s ‘Tech Rally Anywhere’ showcase, bringing a hands-on experience of the latest devices and technologies shaping the future of work in Ireland. The showcase provided IT leaders with the opportunity to experience Dell’s latest AI PCs and latest devices and how they can empower employees in the workplace.

With AI continuing to move from concept to practical deployment, discussions throughout the day centred on the importance of building strong digital foundations from modern devices to resilient, secure and scalable infrastructure.

Attendees explored how modern devices and emerging technologies are evolving new ways of working. A dedicated showcase area gave audience the opportunity to experience the latest generation of Dell devices and workplace solutions first-hand, including newly launched AI PCs. The interactive setup demonstrated how advancements in device performance, collaboration tools and connectivity are enabling more flexible and productive ways of working across today’s hybrid work environment.

With technology decisions now more closely tied to business performance than ever before. Irish organisations are increasingly focused on how they can future-proof their operations, embrace AI responsibly and unlock new opportunities for growth in an increasingly complex digital economy.

Speaking at the event, Mark Hopkins, Managing Director at Dell Technologies Ireland said “AI is rapidly becoming a key driver of innovation and competitive advantage for organisations across Ireland. As businesses move from experimentation to real-world deployment, the focus is on building the right foundations, from modern devices at the edge to secure, scalable infrastructure, to fully realise its potential.

“At Dell Technologies Ireland, we are supporting customers to turn AI ambition into tangible outcomes, helping them innovate faster, operate more efficiently and move forward with confidence in an increasingly data-driven world.”

AI is accelerating but is your infrastructure keeping pace?

AI is rapidly transforming businesses across Europe, the Middle East, and Africa (EMEA), unlocking innovation and potential in vital areas from retail personalisation to medical research. But Irish organisations in particular are feeling both the excitement and the strain. Many businesses find their AI ambitions stalling – as no one expected they’d need to support AI workloads when designing their infrastructure strategy. Colin Boyd, Data Centre Solutions Sales Director, Dell Technologies Ireland tells us more

The investment momentum is strong. Projections show the AI market in Europe alone is experiencing robust growth, projected to expand from approximately $105B in 2024 to over $640B by 2031, at a CAGR of 35% (Statista). But in Ireland the legacy systems remain one of the biggest barriers to progress with almost 28% of businesses saying their servers need upgrading to support AI workloads and 34% saying the same for their storage systems, according to Dell Technologies Innovation Catalyst Study. And as data volumes surge, 97% organisations that are planning to increase their storage capacity expect to face challenges of some sort when doing so, underscoring the scale of the infrastructure gap.

To truly unlock AI’s potential, leaders must first look inward and assess if their infrastructure is a launchpad for innovation or a barrier to progress. Here are five indicators that your infrastructure might be holding you back.

  1. Data Access is a Bottleneck, Not an Enabler

AI models are fueled by data. The more high-quality data they can process, the more accurate and insightful they become. However, many local businesses still struggle with fragmented or slow-moving data. If data scientists spend more time waiting for datasets to load than they do building models, that is a problem. Legacy storage systems often struggle to deliver the high-speed, parallel throughput required for training complex algorithms.

The challenge is further amplified by Ireland’s strict regulatory environment as seen 40% of the organisations say they face challenges when it comes to meeting regulatory data requirements when it comes increasing storage capacity and 37% cite data security and privacy concerns as barriers when planning to scale their storage infrastructure.

The need for strong data management in the EMEA region is further amplified by stringent regulatory requirements. Regulations like the General Data Protection Regulation (GDPR) in Europe set high standards for data privacy, consent, and localisation. Businesses need to ensure that data used for AI is not only accessible and timely but also managed and transferred in compliance with these legal mandates.

Consider a financial institution in London aiming to use AI for fraud detection. Real-time analysis is essential, but a fragmented or slow data landscape not only risks missed threats but can also lead to breaches of privacy mandates. Modern, compliant data platforms help unify, streamline, and accelerate access – enabling safe, rapid innovation, while meeting the complex requirements for privacy and governance.

  1. Scaling Server Infrastructure for the Next Wave of AI

Running AI in production is still a highly-compute intensive challenge for most businesses. While few enterprises are training large language models from scratch, many are deploying AI to support real-time decision making, analytics, computer vision, and increasingly autonomous workflows alongside existing business applications.

Almost 28% of Irish organisations say their servers need upgrading to support AI workloads, as it places sustained pressure on server infrastructure, particularly when general-purpose servers are already operating close to capacity. When AI inference, data processing and core applications compete for the same resources, performance suffers and the value of AI is harder to realise. Purpose built infrastructure, including accelerated compute, helps businesses support these mixed workloads efficiently while maintaining reliability and predictable performance.

  1. The Network Is a Traffic Jam

AI doesn’t just demand powerful computing and storage; it also requires a robust network to move massive datasets between storage, processing units, and end-users. But many businesses are discovering that their networks weren’t designed for this level of throughput. A slow or unreliable network can create significant bottlenecks, effectively starving your powerful AI processors of the data they need to function. Signs include long data transfer times, network congestion during peak processing hours, and dropped connections that can interrupt critical training jobs.

A slow network means a frustratingly delayed user experience, which can directly impact on customer satisfaction and retention. A growing number of Irish businesses recognise that improving data transfer speeds is essential to support AI tasks. A high-speed, low-latency network fabric is essential to ensure a smooth, continuous flow of data, enabling your AI applications to perform as intended.

  1. Deployment and Management Are Overly Complex

Getting an AI model from the lab to a live production environment should be a streamlined process. However, many businesses find themselves entangled in complexity. If your IT team struggles to provision resources, manage software dependencies, and scale applications, your infrastructure is creating unnecessary friction. A rigid, manually configured environment makes it difficult to experiment, iterate, and deploy AI models efficiently.

The challenge is compounded by skills gap and operational pressures. 34% of Irish organisations cite a lack of in-house expertise as a key barrier to managing growing data and infrastructure demands.

Lack of agility can be a significant disadvantage. Businesses across the EMEA region are looking to AI for a competitive edge, and speed to market is critical.

Modern infrastructure simplifies this journey with integrated software stacks and automation tools. This approach empowers teams to deploy AI applications quickly, manage them with ease, and scale them on demand, fostering a culture of rapid innovation.

  1. No Clear Path to Scale

While an organisation’s first AI project may start small, the infrastructure should be ready for what comes next. A critical sign of an unprepared system is the absence of a clear, cost-effective strategy for scaling your AI capabilities. If expanding the AI environment requires a complete and costly overhaul, the initial success will be difficult to replicate and these challenges are already being felt across businesses, with 40 % reporting difficulties when ensuring infrastructure scalability, while 37% cite high cost of expanding data storage as one of the key obstacles.

Infrastructure built on a scalable, modular architecture allows businesses to grow AI resources incrementally. This “pay-as-you-grow” model provides the flexibility to meet evolving demands without overinvesting, ensuring your AI journey is sustainable in the long term.

Building the Foundation for Progress

The journey to AI is not just about algorithms and data; it’s about building a powerful and agile foundation. By addressing these five signs, businesses in Ireland can move beyond the limitations of legacy systems. Investing in modern, purpose-built infrastructure is an investment in your future. It empowers your teams, simplifies complexity, and creates the conditions for AI to deliver on its promise of driving meaningful progress and creating new opportunities.

As organisations look to advance their AI ambitions, understanding how to modernise infrastructure becomes essential. The same principles that drive transformation – strengthening core systems, managing data securely and scaling AI workloads with confidence will be at the heart of the conversation at Dell Technologies Innovate. Bringing together industry experts and technology leaders, the event will explore how organisations can build resilient, AI‑ready environments while maintaining security, compliance, and performance.

For organisations looking to take the next step in their AI journey, understanding how to modernise infrastructure will be key.

Join us at Irish Museum of Modern Art on 26th March to dive deeper into these strategies and chart a clear path forward. For more information and to register, click here.

Infineon Technologies opens new R&D Centre in Cork

Infineon Technologies AG: a global leader in power systems and IoT, has officially opened its new Cork office at City Gate Park, Mahon. The new office has capacity for growth as the Cork team expands. This is  part of a €60 million investment plan announced in 2024, by Infineon for its Irish operations.

This R&D hub will focus Infineon’s innovations in the Automotive and Consumer microelectronics space such as Battery Management, Motor Control and Touchscreens. Supported by the Irish Government through IDA Ireland, the continued growth will include senior and junior positions as well as a strong contingent of local university graduates through the Infineon Ireland Graduate Program.

Minister for Enterprise Tourism and Employment Peter Burke TD said: “I welcome Infineon Technologies’ continued commitment to Ireland, as well as today’s opening of their new Design Centre in Cork. This investment strengthens our position as a hub for cutting‑edge research and development in microelectronics and supports additional high‑quality jobs for both experienced engineers and new graduates. The expansion reflects Ireland’s strong talent base and our growing role in advancing innovation across the automotive and consumer technology sectors. We look forward to seeing the positive impact this centre will deliver for Cork, for Ireland’s technology ecosystem, and for the global transition toward digitalisation and decarbonisation.”

Minister of State at the Department of Rural and Community Development and the Gaeltacht and at the Department of Transport, Jerry Buttimer TD said: “This new centre reflects the increasingly international nature of research and development, where teams collaborate across borders to solve shared technological challenges. Infineon’s investment in Cork underlines Ireland’s role as a trusted partner in global innovation networks.”

The Infineon research teams in Ireland are focused on IP development for the automotive and consumer markets. The new hires will support the development of new technologies and products that help driving digitalisation and decarbonisation on a global scale.

“At Infineon, we are committed to actively driving decarbonisation and digitalisation. As a global semiconductor leader for the automotive industry, we are shaping the future of mobility with products and solutions to make cars clean, safe and smart,” said Thomas Mende, Senior Vice President of Development, Microcontroller Automotive at Infineon. “The strategic development of our research and development sector in Ireland is central to this mission with semiconductor-based system integration and artificial intelligence for highly connected and increasingly autonomous vehicles being among major trends. This new office enables us to strengthen our team even further with the high-calibre talent that Ireland has to offer.”

Positions in the new office have already been opened online and include roles in Analog Design, Digital Design, Architecture and Verification.

“Just over two years ago, Infineon announced a multimillion-euro investment in its Irish R&D activities, which will result in the addition of approximately 100 jobs across its sites in Dublin and Cork“ said Executive Director of IDA Ireland, Dónal Travers. “I am honoured to join the team here today in Cork to celebrate the progress that has been made since then. This investment not only enhances Ireland’s deep-tech landscape, Infineon is also a critical part of the South West’s recognised semiconductor cluster. I wish the company, and the teams here in Ireland, continued success“.

 

UAV Manufacturing 2026: Full Guide to Processes, Technologies, and Market Leaders

The technology of UAV manufacturing has evolved from simple prototypes into a sophisticated global industry, driven by growing demand across both defence and civil sectors. Modern unmanned platforms support security, surveillance, infrastructure monitoring and tactical missions all around the world. The evolution of UAVs reflects the advances in aviation, automation, and ecosystem-level integration.

History and Evolution of UAV Manufacturing

The roots of what we call today’s UAV manufacturing trace back to the early 20th century, when the first prototype of a UAV was created in the United Kingdom to train artillery. This sample was straightforward yet innovative, advancing to highly capable autonomous systems over the decades.

Early military interest caused further developments during World War II and the Cold War, with the first strike UAVs and reconnaissance aircraft being produced. Innovations in microelectronics, radio communications, GNSS, and remote control laid the foundation for later unmanned aerial platforms with higher performance, speed, and endurance.

Types of UAVs and Their Manufacturing Specifics

Contemporary UAV manufacturers produce a wide range of unmanned aerial vehicles to meet different mission requirements:

  • Fixed-wing UAVs – offer extended range and endurance for prolonged missions at the expense of structural reinforcement and aerodynamic optimisation
  • Multirotor UAVs – excel in vertical take off and landing for inspections or urban operations, and prioritise improved propulsion and modular payloads
  • Hybrid VTOL – combine both capabilities, but require advanced testing cycles

Classification may also depend on autonomy level, payload capacity, or size, which directly influences UAV manufacturing processes.

Key Materials and Components in UAV Manufacturing

Material engineering is fundamental to efficient UAV manufacturing. Lightweight carbon fibre is widely used to maintain strength while reducing the actual weight of the airframe. Metals like titanium and aluminium remain essential for mounting systems, landing gear, and structural components. Advanced polymers and engineering plastics help to reduce weight in moulding frames and secondary components.

Many modern UAV military producers, like Abris Design group, rely on high-quality UAV materials and solid composites to make their developments more secure and durable when operating in challenging environments.

Advanced Technologies in UAV Manufacturing

Automation and digitalisation now define how a reliable UAV manufacturer scales their production. Intelligent manufacturing commonly incorporates robotic assembly, machine vision, and AI-driven design optimisation. At the system level, advances in avionics, autonomy, and sensors enable refined flight control and mission execution while implementing new standards in the UAV manufacturing processes.

Future Trends in UAV Manufacturing

Looking ahead, UAV manufacturing will be shaped by robust communications protection, machine learning, and deeper interoperability with other systems. Swarm technology is emerging as a growing trend in both military and civil applications, involving coordinated flights of multiple UAVs within a single system. Sustainability will also define the next generation of unmanned platform manufacturers, influencing battery capabilities, energy solutions, and lifecycle management.

80% of SMEs Say AI Can Transform Their Business, But Lack of Skills Keeps Adoption Rates Low

Irish small and medium-sized enterprises (SMEs) overwhelmingly believe artificial intelligence (AI) can benefit their business, yet most are still struggling to translate that opportunity into action, according to new research released today. The study, commissioned by Google in partnership with Amárach Research and based on a survey of 400 Irish SMEs, shows that while 80% believe AI can positively impact their business and 65% expect it to drive growth in 2026, adoption remains limited.

The findings indicate a significant confidence and capability gap. The main barriers preventing greater AI adoption include fear of making mistakes (30%), lack of skills (27%) and cost (24%), with many business leaders unsure of where to start (16%). More than half (57%) believe they are behind competitors in adopting AI, while 50% are concerned their business could be left behind without it. The research also highlights that micro-businesses, longer established  firms and non-exporters are most at risk of falling behind, underscoring the need for targeted, practical support that meet SMEs’ varying needs.

The research is being launched today at an event hosted by Google Ireland at The Foundry as part of Local Enterprise Week.  In partnership with the Local Enterprise Office (LEO) network, Google also announced the launch of AI Works for Ireland, a series of complimentary, face-to-face regional events aimed at equipping SMEs with practical AI skills for business. The series begins today in Dublin, followed by events in Galway (April 30th), Cork (14th May) and Monaghan (28th May). Each event will feature insights from Google AI experts on how SMEs can use AI to drive growth, creativity and efficiency, alongside dedicated AI workshops offering support for founders and business leaders.

As part of the initiative, Google and the Local Enterprise Office network are providing up to 10,000 AI scholarships to workers across Ireland. Delivered through Coursera, the Google AI Professional Certificate offers practical training across more than 20 real-world AI business use cases, from data analysis and content creation to customer communications.

This research and initiative follows the release of the government’s National Digital and AI strategy, which includes key pillars to empower people, workers and businesses to develop cutting edge skills and fostering digital and AI literacy, alongside growing a digital innovative and competitive enterprise sector within Ireland.

Minister of State for Trade Promotion, Artificial Intelligence and Digital Transformation, Niamh Smyth,  TD said:

“AI has the potential to boost productivity and enhance competitiveness across Ireland’s SME Sector. As we advance the ambitions of the recently published National Digital and AI Strategy, a key priority of my department is to fast‑track enterprise adoption digital and AI technologies. Initiatives like this one, delivered in partnership with Google and the Local Enterprise Offices, are vital in ensuring that businesses of all sizes, in every region, have the skills and confidence they need to adopt AI at pace.”

Vanessa Hartley, Head of Google Ireland, said:

“Irish SMEs are clear about the opportunity AI presents, but this research shows many are being held back by uncertainty rather than ambition. AI Works for Ireland is about closing that gap – providing practical, trusted support that helps businesses move from awareness to action, and from experimentation to real impact. At Google, we are committed to helping people and businesses across Ireland build the skills they need to succeed in an AI-powered economy. Through initiatives like this, we want to ensure SMEs have access to high-quality training, tools and expertise that empower them to grow, innovate and compete with confidence.”

Kieran Comerford, Chair of the Local Enterprise Offices, said:

“Local Enterprise Week is all about helping businesses and entrepreneurs improve and showing them the resources available to them.  This new initiative with Google will bring accessible and hands on support in the area of AI which can benefit every small business.  In a business eco system full of AI noise they need trusted advice to get started and AI Works for Ireland will deliver that support locally, where it can make the greatest difference.”

Anne Lanigan,  Divisional Manager Local Enterprise & Regions, Enterprise Ireland said:

“ Empowering Irish companies of all sizes to adopt and deploy AI is a key objective of Enterprise Ireland’s strategy, and this is further endorsed by the Government’s updated National Digital & AI Strategy, Digital Ireland – Connecting our People, Securing our Future. We look forward to supporting the Local Enterprise Offices and Enterprise Europe Network in partnering with Google to deliver this important nationwide initiative to strengthen the digital capabilities of Irish companies.”

Gerard O’Neill, Chairman of Amárach Research, said:

“What stands out in this research is the gap between belief and behaviour. Irish SMEs recognise the value of AI, yet many lack the confidence, skills or reassurance to embed it in their day-to-day operations. Addressing these human barriers will be just as important as the technology itself if Ireland is to fully realise the benefits of AI.”

Further information on AI Works for Ireland and how to register for upcoming events is available at goo.gle/aiworksireland 

To register for Google’s AI Professional Certificate please visit here. To apply for one of the 10,000 scholarships please contact your Local Enterprise Office.

Checkweigher Systems in Ireland: Streamlining Your Operations

How can your business eliminate costly product giveaway, ensure regulatory compliance, and maintain consistent quality across every single item that leaves your production line? The answer lies in implementing the right checkweigher systems in Ireland – a technology that has become indispensable for manufacturers seeking to optimise their operations.

In this article, let’s explore affordable checkweigher solutions tailored for your business in Ireland.

Checkweigher Systems in Ireland

Checkweigher systems, also referred to as weighing machinery in Ireland have revolutionised quality control processes across manufacturing facilities, from Dublin to Cork, Belfast to Galway. These sophisticated weighing solutions provide automated verification of product weights during production, ensuring every item meets predetermined specifications. For manufacturers operating in competitive markets, checkweigher systems represent an essential investment in operational excellence and regulatory compliance.

Overview of Checkweigher Technology

Checkweigher technology combines precision weighing components with advanced electronics and software to create automated inspection systems. At the heart of every system lies a load cell – a sophisticated transducer converting mechanical force into electrical signals. Modern checkweigher systems in Ireland achieve remarkable accuracy, measuring weights from milligrams to hundreds of kilograms. 

The weighing process occurs as products traverse conveyor systems integrated within production lines. Dynamic checkweighers measure items in motion, whilst static systems weigh products individually. Advanced signal processing algorithms compensate for environmental factors, including vibration and temperature variations.

Importance of Checkweighers in Various Industries

The significance of checkweigher systems in Ireland extends from regulatory compliance to financial performance. In the food industry, checkweighers ensure that packaged products meet declared weights, thereby protecting both consumers and manufacturers. 

Pharmaceutical manufacturers face stringent requirements where weight verification contributes directly to patient safety. Healthcare and veterinary sectors similarly depend on precise weighing. Beyond compliance, checkweigher systems deliver tangible financial benefits through reduced product giveaway, decreased waste, and improved efficiency.

Types of Checkweigher Systems

Understanding different checkweigher configurations enables informed decision-making when specifying equipment for your application. 

Static Checkweighers

Static checkweigher systems weigh products individually in stationary positions, with items placed manually or automatically onto weighing platforms. These systems excel in applications requiring exceptional accuracy, particularly for high-value products. 

Static checkweighers find particular application in pharmaceutical production, laboratory environments, and quality control inspection stations. Their operation eliminates dynamic forces present in moving production lines, enabling measurement precision often exceeding that achievable with dynamic systems. Modern static checkweighers incorporate automatic rejection systems, removing non-conforming items without manual intervention.

Dynamic Checkweighers

Dynamic checkweigher systems weigh products in motion as they traverse production lines, offering high-speed inspection capabilities essential for modern manufacturing. These inline systems integrate directly into conveyor networks, inspecting items at rates matching production speeds whilst maintaining specified accuracy tolerances. 

Contemporary systems deliver accuracy approaching static checkweighers whilst processing hundreds of items per minute, making them indispensable in high-volume food production, packaging operations, and manufacturing environments throughout Ireland.

Combination Systems

Combination checkweighers integrate multiple inspection technologies within single platforms, delivering comprehensive quality control in compact footprints. Common configurations combine checkweighing with metal detection, ensuring products meet both weight specifications and contamination safety standards. 

These integrated solutions appeal to food safety-conscious manufacturers seeking to maximise quality control whilst minimising production line space requirements. Advanced combination systems may incorporate additional inspection technologies such as vision systems for label verification or X-ray inspection for foreign object detection.

Key Features and Benefits of Checkweighers

Modern checkweighers in Ireland incorporate sophisticated features that extend their utility beyond simple weight verification.

Accuracy and Precision

Accuracy represents the fundamental specification for any checkweigher system. Food packaging operations typically require accuracy within grams, whilst pharmaceutical applications may demand milligram-level precision. Leading checkweigher systems in Ireland achieve these demanding specifications through advanced load cell technology. Regular calibration using certified test weights maintains compliance with regulatory requirements.

Integration with Existing Systems

Contemporary checkweigher systems function as connected devices within broader production networks, exchanging data with upstream filling equipment, downstream packaging systems, and enterprise software platforms. This integration enables closed-loop control, where checkweigher measurements automatically adjust filling machine parameters. Communication protocols supported by modern systems include industrial Ethernet standards, enabling seamless connection with programmable logic controllers. 

Compliance with Industry Standards

Regulatory compliance represents a critical consideration for manufacturers across multiple sectors. Checkweigher systems in Ireland support compliance with Weights and Measures regulations, ensuring packaged goods meet declared weights. 

Food producers rely on checkweighers to demonstrate due diligence in complying with food safety requirements and labelling accuracy standards. Pharmaceutical manufacturers face particularly stringent regulatory requirements, where checkweigher systems contribute to good manufacturing practice compliance..

Applications of Checkweigher Systems in Different Sectors

Checkweigher technology finds application across diverse industries, with each sector presenting unique requirements.

Food and Beverage Industry

The food and beverage sector represents the largest application area for checkweigher systems in Ireland. Weight verification ensures packaged foods meet declared weights, protecting both consumer interests and manufacturer reputations. Beyond regulatory compliance, checkweighers deliver significant economic benefits by preventing costly overfilling that erodes profit margins. Modern systems enable optimised filling, maintaining compliance whilst minimising unnecessary overfill that impacts profitability.

Pharmaceutical Industry

Pharmaceutical applications demand the highest levels of accuracy, traceability, and regulatory compliance from checkweigher systems. Weight verification contributes directly to dosage accuracy and patient safety, making these systems critical quality control equipment in pharmaceutical production throughout Irish pharmaceutical manufacturing hubs.

Manufacturing and Packaging

Beyond food and pharmaceutical applications, checkweighers serve diverse manufacturing and packaging operations in Ireland. Consumer goods manufacturers use weight verification to ensure product consistency, detect missing components, and optimise packaging efficiency. The versatility of modern checkweigher technology enables application across products ranging from small components weighing mere grams to industrial packages exceeding hundreds of kilograms.

Choosing the Right Checkweigher for Your Business

Selecting appropriate checkweigher systems in Ireland requires careful consideration of multiple factors.

Factors to Consider

Product characteristics fundamentally influence checkweigher selection. Package dimensions, weight range, and physical properties determine conveyor specifications and load cell requirements. Fragile products may require gentle handling features, whilst irregular shapes necessitate specialised conveyor configurations tailored to your specific products.

Production speed represents another critical specification. The checkweigher must inspect items at rates matching or exceeding line speeds to avoid creating bottlenecks. High-speed applications require sophisticated dynamic weighing technology that can deliver accurate measurements.

Environmental conditions like temperature variations, humidity, vibration, and electromagnetic interference can impact measurement accuracy. Industrial environments with demanding conditions may require specialised equipment configurations with environmental protection features.

Common Mistakes to Avoid

Underspecifying accuracy requirements creates problems when equipment fails to meet actual production needs. A realistic assessment of weight tolerances ensures appropriate equipment selection for your specific application.

Neglecting integration planning results in isolated systems unable to contribute effectively to broader production management. Early consideration of data connectivity, communication protocols, and software compatibility facilitates seamless integration of checkweigher systems with your existing manufacturing infrastructure.

Failing to consider the total cost of ownership beyond the initial purchase price overlooks ongoing operational expenses like maintenance requirements and support service availability.

Maintenance and Support Services for Checkweigher Systems

Sustained checkweigher performance requires ongoing maintenance, calibration, and technical support.

Importance of Regular Maintenance

Preventative maintenance protects checkweigher accuracy and reliability across Irish manufacturing facilities. Regular inspection identifies potential issues before they cause failures, minimising unplanned downtime.

Maintenance activities include cleaning to remove product residues, mechanical inspection of conveyor components, and electronic testing of load cells. Comprehensive maintenance programmes extend equipment life whilst maintaining optimal performance.

Available Support Services in Ireland

Obeeco Ltd provides comprehensive support services throughout Ireland and Northern Ireland. Our experienced service engineers understand the systems we supply, enabling effective troubleshooting. After-sales phone support provides immediate assistance. 

For on-site issues, our callout services ensure minimal production disruption through prompt response. Our spare parts inventory includes components for current equipment models and discontinued systems.

Frequently Asked Questions

  1. What services are included with checkweigher systems in Ireland?

Our checkweigher systems come with delivery and ongoing technical advice to ensure they operate efficiently in your facility.

  1. How can I book a checkweigher system installation in Ireland?

You can easily book an installation by contacting our sales team through our website or by phone at (+353 1) 278 2323, and we will assist you in scheduling a suitable time.

  1. What payment options do you offer for checkweigher systems?

We accept payment via bank transfer.

Take the Next Step Towards Operational Excellence

Implementing checkweigher systems in Ireland represents a strategic investment in quality control, regulatory compliance, and operational efficiency. The technology delivers measurable returns through reduced product giveaway, improved process control, and comprehensive production documentation supporting quality assurance initiatives.

Obeeco Ltd’s 45 years of experience serving Irish manufacturers positions us as your ideal partner for checkweigher implementation. Contact our team today to discuss your requirements. Telephone (+353 1) 278 2323 or email sales@obeeco.ie to arrange your consultation and discover how advanced checkweigher systems in Ireland can optimise your operations.

DELL TECHNOLOGIES AT CES 2026: XPS Returns, Alienware Expands and UltraSharp Monitors

Dell Technologies announces a strategic expansion of its consumer and gaming portfolio. The company reintroduces the iconic XPS laptops with reimagined designs across new form factors and price points, expands its Alienware line to reach more gamers and launches two industry-leading UltraSharp monitors.

Jeff Clarke, Vice Chairman and Chief Operating Officer, Dell Technologies: “We’re getting back to our roots with a renewed focus on consumer and gaming. XPS is back, better than ever, with a complete redesign that delivers exceptional craftsmanship in our thinnest, lightest form factors yet. We’re also bringing XPS 13 back as our most accessible XPS ever. In gaming, we’re building on recent momentum and effectively doubling Alienware’s notebook lineup. These moves are about broadening our portfolio and expanding our coverage so we can reach more customers with the best products at every price point.”

XPS Returns with Complete Redesign

Dell is bringing back XPS with a streamlined design. For the first time, the iconic XPS logo appears on the laptop cover, signalling its return. The new XPS 14 and XPS 16 feature a sleek design crafted from CNC- machined aluminium, refined interfaces, stunning displays, and optimized performance. These devices have the best battery life in the industry, delivering up to 27 hours of Netflix streaming or 40+ hours with local video playback.

These are Dell’s thinnest laptops, measuring just 14.6mm. The XPS 14 weighs roughly three pounds – more than half a pound lighter than the previous generation – and the XPS 16 comes in at 3.6 pounds, almost a full pound lighter than its predecessor. Available with tandem OLED display options and Intel® Core™ Ultra Series 3 processors and built-in Intel® Arc graphics featuring 12 Xe cores, the new XPS line delivers impressive visuals with the perfect balance of portability and performance.

Later this year, Dell will expand the XPS portfolio with new products across different price points and form factors, including the return of the XPS 13, expected to be the thinnest and lightest XPS laptop ever, offered at the most accessible XPS price yet.

Dell Technologies and Microsoft redefine Hybrid Cloud with Azure local integration

Dell Technologies today announced a major advancement in hybrid cloud innovation through the integration of Microsoft Azure Local with Dell Private Cloud and Dell PowerStore. This collaboration marks a significant step forward in simplifying IT operations for enterprises, delivering a unified approach to managing diverse workloads across hybrid and multicloud environments.

The conversation around enterprise IT has shifted dramatically. Businesses are no longer faced with a binary choice between public cloud and on-premises infrastructure, nor is it simply about running traditional versus modern workloads. The real challenge lies in managing these varied environments consistently and efficiently. Dell Technologies, in partnership with Microsoft, is addressing this challenge head-on by introducing Azure Local support for Dell Private Cloud and Dell PowerStore, creating a seamless experience for organisations seeking flexibility, performance, and enterprise-grade resilience.

Dell Private Cloud represents the first Azure Local offering to deliver a full-stack solution encompassing compute, external storage, and networking from a single vendor, backed by end-to-end solution-level support. This integrated approach simplifies the complexity of hybrid and multicloud management, enabling businesses to focus on innovation rather than infrastructure. With automated lifecycle management, independent scaling of compute and storage, and a future-ready disaggregated architecture, Dell Private Cloud empowers organisations to adapt to evolving demands without disruption.

Complementing this is Dell PowerStore, Dell’s flagship enterprise all-flash storage platform. PowerStore brings advanced data efficiency, flexible scalability, and robust security to Azure Local environments, ensuring critical workloads remain protected while delivering exceptional performance. Its ability to handle both traditional and modern workloads makes PowerStore the ideal partner for businesses modernising their IT operations without compromise.

Caitlin Gordon, Vice President of Product Management for Private Cloud and AI Solutions at Dell Technologies, said: “The conversation around enterprise IT is changing. It’s no longer about choosing between public cloud and on-premises infrastructure. Nor is it a simple decision between running traditional or modern workloads. Today, the real challenge is how to manage all of these different environments and application types together, simply and consistently. By bringing Microsoft Azure Local to Dell Private Cloud and PowerStore, we’re helping customers simplify their IT operations and unlock the full potential of their hybrid cloud strategies.”

This integration is more than a technical milestone; it reflects Dell Technologies’ commitment to helping customers navigate the complexities of modern IT. Together with Microsoft, Dell is delivering solutions that meet the evolving needs of businesses, from hybrid cloud to edge computing and beyond. Early access for this combined offering is expected to launch in spring 2026, paving the way for organisations to embrace a future-ready infrastructure that drives innovation and growth.

Emerging technologies for online casino platform operations and security

Online casino platforms aren’t evolving by halves, the pace of digital change is relentless, influencing nearly every corner of how these sites operate and protect themselves. Payment methods and user interfaces are only the tip of the iceberg. Underneath, new tech frameworks, AI, biometrics, blockchain, are quietly driving safer, livelier online spaces for players everywhere. Industry signals are clear: integrated technology is rapidly becoming the backbone of leading platforms; for those who want to stay on top, digital overhaul isn’t optional, it’s the game itself. Point solutions don’t cut it anymore. Everyone is focused on big, connected systems that adapt and safeguard as they grow.

Artificial intelligence shaping player interactions and risk management

Artificial intelligence and machine learning are now embedded at the heart of online casino operations. According to 2025 trend analyses, AI enables deep personalization, analyzing millions of gameplay records to recommend tailored offers, bonuses, and preferred titles. Operators deploy machine learning to predict user behavior, optimizing game layouts and bonus triggers in real time. Everything is built to maximize engagement without sacrificing fairness. Beyond user interaction, AI supports robust risk management.

Fraud detection models continuously monitor transactions for suspicious behavior, card counting, collusion, money laundering. These models flag anomalies within seconds, a process orders of magnitude faster than manual review. In addition, AI assists with customer service. Automated agents resolve common issues instantly, supporting seamless gameplay across time zones. Data suggests chatbots now handle 70% of support queries for leading operators. AI’s multi-role presence is set to expand, centralizing both interactions and risk oversight under automated, adaptive systems.

Blockchain advancing security and transparent gameplay

Blockchain technology is driving reliability at every level of casino operations. The entire transaction process shifts from black box to public ledger, creating an undeniable record of bets and transfers. Each transaction, payment, or game result gets a digital fingerprint. Manipulation becomes nearly impossible because every event is independently verified on decentralized, tamper-proof ledgers. For online casino users, this means increased trust and provable fairness.

Operators benefit from lower chargeback risk and smoother dispute resolution, as all game activities are auditable. Security also advances. the distributed storage model disperses data across nodes, eliminating traditional central server vulnerabilities. Hacking player financial information now requires breaching an entire blockchain network, not just a single company’s database. Cryptocurrency payments introduce instant, low-fee transfers, crucial for global platforms with diverse player bases. Blockchain transparency and digital currencies together are redefining key pillars of trust and efficiency across the industry.

Biometric authentication strengthening account protection

Identity checks aren’t what they used to be. Today’s verification is venturing past the tired routine of passwords and security codes. Biometric authentication, face scans, fingerprint swipes, takes seconds and keeps things moving. The latest mobile casino apps, especially those launched in 2023 and beyond, routinely offer biometric sign-in as the first option. Sure, this means less hassle for users, but it’s not just about convenience. When credentials are unique to your face or fingerprint, fraudsters have a much tougher climb.

Often, operators stack biometrics on top of device approvals for big transactions, slashing the odds of account hijacking. That helps with regulatory demands, particularly for age checks and location rules. Customers get locked out less, with vanishing password complaints. Security, in this space, works almost invisibly, players just tap and play, their accounts that much safer.

Mobile-first design and cloud gaming redefining platform delivery

Mobile-first isn’t just a buzzword anymore, it’s the new default. Most online casino brands now build for smartphones and tablets before anything else. Game studios, too, shape their creations for swipes and taps, shrinking menus and supersizing options for small screens. Desktop versions lag behind, playing backup. In this landscape, cloud gaming is the secret sauce.

Players skip downloads, jump into games instantly, and move sessions between devices with nothing but a swipe. Lower bandwidth? No problem; all the heavy lifting happens on remote servers. With pandemic habits sticking around, these features have practically become expectations. The result: anyone, anywhere, can pick up and play, leveling the field for both casino operators and players worldwide.

Conclusion about responsible gaming

Emerging technology is changing online casino operations, yet responsible gaming must remain the foundation. AI tools now help monitor user behavior, identifying risky patterns early. Biometric and blockchain solutions verify player age and location with precision, supporting regulatory compliance.

As immersive interactions and frictionless access expand, operators should double down on robust support resources and clear limits. Gamers should stay vigilant, use parental controls, and tap into responsible gaming tools provided by most regulated platforms. Technology brings new opportunities and risks; a balanced, responsible approach keeps entertainment safe for all.