Tag: manufacturing

Enterprise LMS Trends: What’s Shaping the Future of Workplace Training

Workplace training looked very different five years ago. Employees sat through long classroom sessions. They clicked through endless compliance slides. They forgot most of it within weeks. That model is crumbling. The pace of business has accelerated dramatically. Skills expire faster than ever before. A static annual training program simply cannot keep up. 

Organizations need something more agile. They need learning that flows with the work, not against it. A major transformation is underway. The trends emerging today will define the next decade of workforce development.

Why Even an LMS for Manufacturing Companies Must Evolve

Manufacturing floors have changed completely. Sensors cover every machine. Data streams from every production line. Workers interact with complex digital interfaces. Training must reflect this new reality. Traditional approaches cannot handle the complexity. 

Even the most sophisticated LMS for manufacturing companies must adapt constantly. The trends shaping enterprise learning affect every industry. Manufacturing just feels the pressure most intensely. What works on a factory floor will work in any environment. The evolution happening now touches everyone.

AI Moves From Buzzword to Backbone

Artificial intelligence dominated headlines for years. Much of it was hype. That phase is ending. AI now delivers real, practical value in learning platforms. It personalizes content recommendations automatically. It adapts learning paths in real time. It predicts which employees might struggle before they fail. 

No human could perform these tasks at scale. AI makes them possible. The technology fades into the background. It just works. Learners barely notice its presence. They only notice that training feels more relevant and helpful.

Microlearning Becomes the Standard

Attention spans keep shrinking. Workdays keep fragmenting. Long courses no longer fit anyone’s schedule. Microlearning solves this problem elegantly. Short bursts of focused content take just minutes to consume. A three-minute video explains one concept clearly. A five-minute interactive scenario practices a single skill. 

Learners fit these pieces between meetings and tasks. Completion rates soar. Retention improves dramatically. The shift toward smaller units continues accelerating. Organizations now design for micro from the start. Long-form content becomes the exception.

Learning Flows Into Daily Work

Separate learning platforms create friction. Employees must remember to log in. They must navigate away from their actual work. This barrier kills engagement. The solution embeds learning directly into existing tools. A Slack notification suggests a relevant video. A Teams message shares a quick tip. A Salesforce sidebar offers coaching during a live call. 

Learning appears exactly when and where needed. It does not require a separate visit. This “learning in the flow of work” trend dominates forward-thinking organizations. The platform becomes invisible. The knowledge becomes immediate.

Social Learning Comes Front and Center

People have always learned from each other. Formal courses only tell part of the story. Most practical knowledge travels through conversations. Enterprise platforms now embrace this reality. They build robust social features intentionally. Users can ask questions and share discoveries. They can follow experts and form interest groups. 

Popular content rises based on peer activity. This social layer captures tacit knowledge. It makes learning collaborative instead of solitary. It builds community across distributed teams. The platform becomes a living network, not just a content library.

Skills Intelligence Drives Strategy

Tracking course completions offers limited insight. Organizations need deeper understanding. Skills intelligence platforms map competencies across the workforce. They identify gaps before they become problems. They connect learning activities to business outcomes. 

A leader can see exactly which skills exist where. They can plan development strategically. They can measure the impact of training investments. This data transforms learning from a cost center into a strategic driver. It guides hiring and promotion decisions. It reveals where the organization truly stands.

Content Curation Over Creation

Building everything from scratch takes forever. It also duplicates effort across the industry. The smartest organizations now focus on curation. They aggregate existing high-quality content from everywhere. YouTube videos explain technical concepts clearly. Industry blogs share emerging practices. Podcasts feature expert interviews. 

The learning platform becomes a gateway to this external knowledge. Internal teams add context and guidance. They do not reinvent every wheel. This approach scales dramatically. It keeps content fresh without endless production cycles. It exposes learners to diverse perspectives beyond company walls.

Personalization at Population Scale

One-size-fits-all training never really worked. It just felt unavoidable. Technology now enables true personalization for thousands of employees. Every learner sees a unique dashboard. Every learner follows a different path. The system adapts based on role and behavior. It respects individual pacing and preferences. 

This feels respectful and efficient. Learners engage more deeply with relevant content. They waste zero time on material they already know. Personalization drives completion and retention. It makes training feel like a service, not a mandate.

Data Privacy and Ethical AI Grow Critical

Powerful tools bring new responsibilities. Learning platforms collect vast amounts of personal data. They track behavior and performance. Organizations must handle this information carefully. Employees need transparency about what gets tracked. They need control over their own data. 

Ethical AI principles guide how systems make decisions. Algorithms should not reinforce existing biases. Privacy protections must be baked in from the start. This trend will only intensify. Trust becomes a competitive advantage. Organizations that respect learners will win their engagement.

The Takeaway

The future of workplace training looks nothing like the past. It feels personal and flows naturally. It builds community instead of isolation. It provides intelligence instead of just content. 

Organizations that embrace these trends will build more skilled, adaptable workforces. Those that cling to old methods will fall behind. The choice is clear. The time to evolve is now.

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.

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.

Sanmina Announces Expansion of Ireland Manufacturing Site, Creating up to 150 Jobs

Sanmina Corporation a Fortune 500 company and leading global provider of integrated electronic manufacturing solutions, today announced an expansion of its Fermoy medical facility in North Cork. The investment is expected to create up to 150 highly skilled new jobs, with recruitment already underway.

The completed facility expansion will be opened today by An Taoiseach Micheál Martin. The operation in Fermoy dates back to the site’s opening in 1989. Since then, it has grown to become Sanmina’s largest medical facility in Europe. The expansion to the site is expected to further enhance Sanmina’s capabilities for the finished medical device market, reinforcing Ireland’s role as a leading hub for medical technology manufacturing.

The site includes advanced manufacturing capabilities, and its first new automation line is already installed and commissioned. The expansion will also include a new ISO8 clean room and several high-volume automation lines dedicated to producing wearable medical devices.

Attending this event, Taoiseach Micheál Martin, said “I am delighted to visit Sanmina today as they officially open this expanded facility with the creation of up to 150 new jobs in Fermoy. Sanmina has been part of the community in Fermoy since 1989, home to its largest medical facility in Europe. This expansion is a strong vote of confidence in the skills, talent and ability of the workforce in Cork and beyond, and of Ireland’s continued attractiveness as a destination for international investment and a global leader in medical technology innovation.”

Sean Moran, SVP of IMS Europe at Sanmina, said “This expansion underscores Sanmina’s long-term commitment to Fermoy and to Ireland as a centre of excellence for medical technology manufacturing. For over 36 years, our Fermoy site has been driven by exceptional talent and a strong culture of innovation and quality. That combination has been central to our success and to supporting the growth of our customers in the global medical device marketplace while creating high-quality employment and opportunity in the region.”

Mary Buckley, Executive Director of IDA Ireland, said “Sanmina has been providing significant employment in Fermoy for many decades. This expansion future proofs the site and demonstrates the company’s continued commitment to the Southwest Region. I wish to congratulate Sanmina and assure them of the continued partnership with IDA Ireland.”

Recruitment for the facility’s new positions is focused on roles in Engineering, Quality, Manufacturing and Operations. To find out more about open roles, click here www.sanmina.com.

Which Businesses Need Cybersecurity the Most? A Sector-by-Sector Guide

Cyberattacks are no longer rare events – they’re an everyday threat, and the cost of each breach is climbing fast. In the UK alone, over 38% of small businesses reported being targeted by a cyberattack in the past year, with many facing significant financial and reputational damage. At Support Tree, we’ve seen firsthand how vulnerable organizations can be when cybersecurity isn’t a priority. In this article, we’ll explore which industries are most at risk, why they’re targeted, and what steps businesses can take to protect themselves.

Why Cybersecurity Matters for Every Business?

Cybercrime isn’t reserved for big corporations with vast databases and deep pockets. Small and medium-sized businesses (SMBs) are often prime targets because hackers know their defences are usually weaker, and a single breach can cause devastating consequences.

Criminals don’t discriminate by size; they look for opportunity. For many SMBs, that opportunity comes in the form of outdated software, untrained staff, or a lack of robust security measures. The result? Cyberattacks can halt operations, drain bank accounts, and damage hard-earned reputations.

Some of the most common threats include:

  • Phishing – fraudulent emails or messages designed to trick employees into revealing passwords or payment details.
  • Ransomware – malicious software that locks you out of your systems until a ransom is paid.
  • Insider threats – intentional or accidental data leaks caused by staff or contractors.
  • Data breaches – unauthorized access to sensitive customer, financial, or intellectual property data.

The truth is simple: in today’s digital landscape, every business is a potential target. Taking action before a threat materializes is not just smart — it’s essential for survival.

High-Risk Sectors for Cyberattacks

Some industries are targeted more aggressively than others because of the type of data they hold, the financial reward for criminals, or the potential disruption an attack can cause. While no sector is immune, understanding where the highest risks lie can help businesses prioritize their defences.

Sector Why They’re Targeted Examples of Attacks Compliance / Key Risks
Financial Services Direct access to money and high-value personal data. Data breaches at banks, fintech platform hacks, and insurance fraud cases. PCI-DSS for payment security, FCA guidelines for financial conduct.
Healthcare Patient data is highly valuable on the black market. NHS ransomware incidents, private clinic data leaks. Loss of patient trust, disruption to critical services.
E-Commerce & Retail Payment card theft and account takeovers. Online store breaches, fraudulent transactions. Risks peak during major sales events like Black Friday.
Manufacturing & Supply Chains Ransomware can halt production and operations. Cyberattacks on suppliers are causing production delays. Industrial espionage, theft of trade secrets.
Professional Services Store sensitive client and financial data. Law firm data leaks, insider data theft. Insider threat risk, professional reputation damage.

Businesses operating in these sectors cannot afford to take cybersecurity lightly. The combination of high-value data, financial incentives for attackers, and regulatory pressure means prevention is far more cost-effective than recovery.

Overlooked but Vulnerable Sectors

When people think of cyberattacks, they often picture large corporations, banks, or hospitals. But some of the most vulnerable targets are in sectors that don’t make the headlines. These industries can be easier prey for cybercriminals because they often lack the same level of security resources as bigger players.

Here are a few examples where risk is high but awareness is low:

  1. Charities & Nonprofits
    • Why at risk: Often run on tight budgets with limited IT investment.
    • Typical threats: Phishing emails aimed at staff and volunteers, breaches of donor databases, and ransomware disrupting fundraising events.
    • Impact: Loss of donor trust, reputational harm, and reduced ability to operate.
  2. Education
    • Why at risk: Schools, colleges, and universities hold vast amounts of personal data on students, parents, and staff.
    • Typical threats: Ransomware shutting down systems, leaks of student records, and phishing attacks on staff.
    • Impact: Disruption to learning, safeguarding concerns, and compliance breaches.
  3. Hospitality
    • Why at risk: Booking platforms and payment systems store valuable customer and financial data.
    • Typical threats: Point-of-sale (POS) system hacks, booking system breaches, and card data theft.
    • Impact: Loss of customer confidence, direct financial loss, and damage to brand reputation.
  4. Local Government
    • Why at risk: Councils and local authorities manage critical public services and store sensitive citizen records.
    • Typical threats: Ransomware attacks causing service shutdowns, breaches of public databases, and phishing targeting officials.
    • Impact: Public service disruption, political fallout, and exposure of personal data.

The common thread across these sectors is the assumption of low risk a dangerous mindset that makes them attractive to attackers. Even with smaller budgets, implementing basic cybersecurity measures can dramatically reduce exposure.

Consequences of Poor Cybersecurity

Failing to protect your systems and data can have far-reaching effects, often more damaging than the initial attack itself. Understanding these consequences is the first step in appreciating why prevention must be a business priority.

  1. Financial Loss
    • Direct costs: ransom payments, fraud, stolen funds.
    • Indirect costs: legal fees, system recovery, and hiring specialists to repair the damage.
    • Example: A ransomware demand might be £50,000, but the true recovery bill can run into the hundreds of thousands once lost revenue is considered.
  2. Legal Penalties
    • Non-compliance with regulations like GDPR, PCI-DSS, or sector-specific rules can lead to hefty fines.
    • Example: Data breaches involving personal information can result in penalties up to 4% of annual global turnover under GDPR.
  3. Reputational Damage
    • Customers lose trust when their data is compromised.
    • Negative media coverage can harm a brand’s image for years.
    • Example: Studies show that up to 60% of small businesses close within six months of a major breach due to lost customer confidence.
  4. Operational Downtime
    • Cyberattacks can bring daily operations to a standstill.
    • Example: Manufacturing firms hit by ransomware have had to halt production for days or even weeks, leading to missed orders and broken contracts.

The reality is that the cost of prevention is far lower than the cost of recovery. Every business, regardless of size or sector, should view cybersecurity as a fundamental part of its risk management strategy.

Essential Cybersecurity Measures for All Businesses

No matter the size or industry, every organization can take practical steps to strengthen its defences. These measures don’t require a massive budget, but they do require consistency and commitment.

  1. Implement Strong Password Policies
    • Require complex, unique passwords for all accounts.
    • Enforce regular password changes and ban password reuse.
  2. Use Multi-Factor Authentication (MFA)
    • Add an extra layer of security to logins, even if passwords are stolen.
    • Prioritize MFA for email, banking, and administrative systems.
  3. Regularly Back Up Data
    • Store backups securely, offline or in a protected cloud environment.
    • Test backups periodically to ensure they can be restored quickly.
  4. Train Employees on Cybersecurity Awareness
    • Provide regular training on spotting phishing emails, social engineering tactics, and safe internet use.
    • Encourage a “stop and check” culture before clicking links or opening attachments.
  5. Secure Endpoints and Networks
    • Use antivirus, anti-malware, and firewalls on all devices.
    • Keep all software and systems updated with the latest security patches.
  6. Control Access to Sensitive Data
    • Restrict permissions so employees only access what they need.
    • Monitor and review access rights regularly.
  7. Consider Cyber Insurance
    • Provides a financial safety net in case of a breach.
    • May also include access to rapid incident response services.

 

Cybersecurity is not a one-time project but an ongoing process. By embedding these practices into daily operations, businesses can significantly reduce the likelihood of becoming a target and be better prepared to respond if an attack does occur.

Cybersecurity is no longer an optional extra – it’s a core part of doing business in the digital age. Whether you’re running a financial institution, a local charity, or a growing e-commerce store, the risks are real, and the consequences of inaction can be devastating.

The good news is that you don’t have to tackle these challenges alone. At Support Tree, we help businesses of all sizes assess their vulnerabilities, strengthen their defences, and respond effectively to incidents. The earlier you act, the more control you have over your security and your future.

Don’t wait for a cyberattack to force your hand. Start by reviewing your current protections today, train your team, and put robust safeguards in place. Your customers, your reputation, and your bottom line depend on it.

First of its kind Machine Vision Accelerator to be established by Digital Manufacturing Ireland

Digital Manufacturing Ireland (DMI) is excited to announce the launch of the Vision Accelerator at its headquarters in Limerick, Ireland. This initiative builds on DMI’s commitment to Cognitive Manufacturing and the work of the Visual Cognitive Manufacturing Group (VCMG).

This leading-edge vision technology facility, to be called the Vision Accelerator, will be instrumental in supporting manufacturers in developing, understanding, and deploying machine vision technologies in the manufacturing sector. Work on the new facility has begun and is scheduled to be completed in Summer 2025.

The Vision Accelerator will be equipped with the latest advancements in machine vision from innovators and global technology leaders and will be staffed by a dedicated team of experts. It will offer companies the tools and resources to overcome the challenges of adopting these transformative technologies in an open, collaborative environment. For proprietary projects, restricted areas will be available for companies to work in a private environment while maintaining access to expertise and equipment.

A highlight of the Vision Accelerator is its comprehensive technology exemplar area, featuring a wide range of machine vision solutions, including digital microscopes, smart vision sensors, traditional and AI-driven vision systems, advanced optics, lighting, and vision-guided robotics for assembly.

This new facility will be a valuable resource for companies seeking to adopt or expand their use of machine vision in manufacturing. Open to manufacturers and machine builders worldwide, the Vision Accelerator will serve as a testing and incubation hub, enabling businesses to explore and implement machine vision solutions in their automation processes.

Combined with DMI’s Workforce of the Future (WF) Centre of Excellence and its advanced digital factory, the Vision Accelerator allows DMI to collaborate with clients and witness the tangible benefits of cognitive manufacturing and digital transformation in real-world production environments, while keeping people at the centre of the process.

The Vision Accelerator, a significant investment supported by the Government of Ireland, through IDA Ireland, underscores the critical role of machine vision in shaping the future of Irish manufacturing.

Tommy Brennan, Cognitive Manufacturing Manager at DMI, said “This initiative marks a significant step forward in Ireland’s digital manufacturing journey. The Vision Accelerator will also focus on training and upskilling talent, ensuring that Ireland remains a leader in the integration of machine vision technology across sectors, including food and beverage, life sciences, and technology. We eagerly anticipate the innovation and advancements that will emerge from this world-class facility for Irish-based manufacturing.”

Rachel Shelly, Global Head of Life Sciences and Food at IDA Ireland said, “IDA Ireland is delighted that Digital Manufacturing Ireland (DMI) are launching their new Vision Accelerator. By supporting organizations to develop, understand, and deploy machine vision technologies, this initiative from DMI will significantly impact manufacturing in Ireland and beyond. DMI is fulfilling its mission of enabling manufacturers to access, adopt, and accelerate new digital technologies that drive future competitiveness.”

The Vision Accelerator is scheduled to be open for business in Summer 2025. To be part of this development and gain access to many of the other opportunities DMI offer in the Cognitive Manufacturing space, connect with the VCMG (Visual Cognitive Manufacturing Group) at vcmg@dmireland.org or connect with us at: https://www.dmireland.org/collaboration-group/visual-cognitive-manufacturing-group

What to Look for in a Custom Manufacturing Partner

If you want to start a business that sells physical products, you need to find a supplier or a custom manufacturing partner. A custom manufacturing partner is a company that engineers and produces products for clients. These companies and their clients design products together, so finding the right custom manufacturing partner is important. A large amount of collaboration is guaranteed, so it’s important to find a partner you can work comfortably with. This post will tell you about the qualities you need to look for in a custom manufacturing partner.

Tailored Manufacturing

You need to find a manufacturing partner that’s able to manufacture products that are tailored to your needs and specifications. According to this manufacturer, exceptional quality and adaptable production are also important.  Something to note about tailored manufacturing is that while many companies claim to offer it, not all do. You need to be confident that the products your partner produces for you are entirely unique and not just slightly altered versions of products they either sell themselves or produce for other companies. Having your own unique products is important in business, as otherwise, nobody is going to want to buy them.

Quality Products

Quality products are arguably just as important as tailored manufacturing. No matter what type of product you are selling, it needs to be made out of sturdy, reliable, high-quality materials. Consumers have a lot of choices today. If the things you are selling are not worth the money you are charging for them, consumers will have no trouble finding an alternative company to buy from. There is no shortage of businesses in the modern world. No matter what your niche is, there will be somebody else selling the same thing as you. High-quality products are therefore very important and can make you stand out.


Responsive Support

You never know what kind of problems you are going to encounter in business. If you have issues with your business’s products, you need to be able to get in touch with your supplier or manufacturing partner and resolve them immediately. However, if the company you buy your products from does not have responsive customer support, they are not going to be able to help you. You therefore need to make sure that your business partner is one with a supportive customer service desk that is able to respond to and resolve queries quickly and efficiently.

Delivery Times

Finally, try to find a customer manufacturing partner who is able to produce products quickly and get them shipped out to you in a timely manner. The last thing you need is for your supplier to have slow turnaround and delivery times. When you first get in touch with a customer manufacturer, make sure that you ask them about how long it takes them to produce products and get them shipped out to their customers. If your chosen partner’s warehouse or factory is in close proximity to your business, you can pick things up yourself rather than paying for delivery.

Custom manufacturing partners save you the hassle of having to produce products in-house. Use the guidance given here to find a partner that’s right for you. Make sure that in addition to following this post’s advice, you take a look at your chosen manufacturer’s reviews. Their reviews will tell you a lot about them.   

 

Dell Technologies expands Edge manufacturing solutions with Hyundai AutoEver and Intel

Dell Technologies has announced the expansion of its edge partner ecosystem with Hyundai AutoEver and Intel to help manufacturers derive more value from their edge data with AI.

These initiatives underscore Dell’s commitment to leveraging edge data for transformative business outcomes in the manufacturing sector.

To ease manufacturers’ transition to an AI-enhanced factory, Dell is introducing updates to the Dell Validated Design for Manufacturing Edge with the integration of Hyundai AutoEver.

This integration will enable real-time data analysis and AI-driven optimisations, empowering plant managers to enhance equipment performance, predict maintenance needs, and increase productivity.

The Dell Validated Design for Manufacturing Edge is now supported by NativeEdge, Dell’s edge operations software platform. Manufacturers can simplify infrastructure deployments, manage multiple applications on the factory floor and scale infrastructure and applications quickly, while maintaining factory security.

This comes as the IDC expects AI will drive major growth in edge computing spend over the coming years, with worldwide edge computing spend expected to reach $232 billion in 2024, an increase of 15.4% over 2023.

Speaking about the expansion of Dell’s manufacturing edge solutions, Pierluca Chiodelli, Vice President Engineering Technology at Dell Technologies said “Artificial Intelligence is poised to transform how quickly and accurately edge data can be collected, analysed, and acted upon.

Dell Technologies is expanding its edge partner ecosystem with Hyundai AutoEver and Intel to help manufacturers derive more value from their edge data with AI. These collaborations highlight a pivotal role played by the Dell edge ecosystem in providing customers the latest technologies to harness the power of their edge data.”

Dell is also introducing enhancements to Dell NativeEdge Blueprints using Intel’s OpenVINO Developer Toolbox. The integration provides businesses with more flexibility and choice for the deployment and management of AI and machine learning applications at the edge.

Simplified orchestration and management of edge computing resources provide seamless and secure application deployment on Intel-based hardware. Optimized AI inferencing offers real-time insights and improved operational efficiency for businesses.

“By integrating OpenVino Developer Toolbox into NativeEdge Blueprints, we are empowering businesses to unlock the full potential of AI at the edge, optimizing operations and paving the way for new, intelligent applications.

This is a game-changer for industries worldwide, accelerating the path towards a smarter, more connected future,” said Muneyb Minhazuddin, vice president and general manager, NEX compute and edge AI software, Intel.

View Dell’s full suite of edge ISVs and solutions here.

Cyber4AM highlights the need to fortify digital defences for Ireland’s manufacturing industry to maintain its global edge

For Ireland to maintain its cutting edge advantages as a world class location for the manufacturing industry and leading exporter of a range of high end and sophisticated products it needs to double down on all aspects of security, especially in operational technology security according to the Cyber4AM project at the ISA Ireland OT Cybersecurity conference.

Manufacturing is the backbone of the Irish and northern Irish economies, with both regions having clusters of world class manufacturing operations in sectors such as biopharmaceuticals, electronics, medical device technology, and food production. The total value of products manufactured in Ireland in 2022 was €132 billion and manufacturing is consistently one the strongest growth sectors in Northern Ireland’s dynamic economy.

Central to preserving and advancing this competitive edge is building on the foundations of a robust cybersecurity ecosystem for Ireland’s manufacturing industry, particularly in light of findings that in 2022 the manufacturing sector had one of the highest share of cyber-attacks among the leading industries worldwide.

As factories continue to digitise, moving towards automation, this brings increasing security risks for the Information Technology (IT) environment, which manages data and information, and the operational technology (OT) environment, which manages physical systems such as machinery or critical infrastructure.

A dedicated one-day conference provided attendees with a comprehensive overview of cyber security trends and challenges for the manufacturing sector in operational technology (OT) cybersecurity.

At the conference, Cyber Ireland and NI Cyber held a workshop on Cybersecurity for Advanced Manufacturing & Industry 4.0, to discuss the research findings of the Cyber4AM project. It is funded by InterTrade Ireland’s Synergy programme which aims to scale cross-border collaboration in the manufacturing sector to accelerate innovation, cluster development and knowledge sharing.

It found that small and medium sized enterprises (SMEs) in the manufacturing sector have established roles responsible for cyber security and have conducted cyber risk assessments, with a significant percentage having business continuity plans.

However, there are areas for improvement with the need for increased cyber security awareness and training, adoption of certifications and standards, and for a comprehensive cyber security strategy for the business. It was also found a need for training in OT cyber security.

Speaking at the one-day conference, Eoin Byrne, Cluster Manager at Cyber Ireland, said “The Cyber4AM project has highlighted the increasing importance of cyber security to the manufacturing sector in Ireland, in particular for SMEs. This is also an opportunity for cyber security solution providers in Ireland and Northern Ireland with the potential for a more integrated All-Island cyber security market.”

Gillian Colan-O’Leary, Programme Manager with NI Cyber, said “Cyber4AM is at the forefront of fostering cross-border and cross-cluster collaboration by connecting cyber security companies with advanced manufacturing firms in Ireland and Northern Ireland.

“Our mission is to fortify the digital defence of the manufacturing industry, promoting innovation and resilience through strategic partnerships,” added Colan-O’Leary

Alison Currie, Director of Innovation and Entrepreneurship at InterTradeIreland commented, InterTradeIreland’s Synergy programme supports knowledge sharing and collaboration between the Irish and Northern Irish manufacturing sectors to accelerate innovation.

“This research will benefit advanced manufacturing companies across the island of Ireland to improve their cyber security preparedness, support their digitalisation process and reduce the risk of cyber attacks. It will also create new business opportunities for cyber security companies in Ireland and Northern Ireland,” Currie said.

Expert speakers at the ISA Ireland Section OT Cybersecurity Conference 2023 included Ita O’Farrell, Head of NCSE Compliance, National Cyber Security Centre, Philip Westbroek, OT Security Officer of Enexis  the Netharland’s regional grid operator, Carlos Buenano, Chief Technical Officer for OT, Armis, a leading asset intelligence platform, Jacky Fox, Europe Security Lead, Accenture, Katie McCarthy, Head of Security, Uisce Éireann and Donal Óg Cusack, Senior Engineering Manager, DePuy Synthes who engaged in some of the biggest topics and issues of the day including the impact of EU regulations, OT Cyber security standards, and securing critical infrastructure.