Tag: #IoT

5G and the Next Generation of Mobile Apps: What It Means for Irish Consumers

5G technology has already made its mark in Ireland, transforming how consumers interact with mobile applications and digital services. Over the past few years, Ireland has progressively integrated 5G into its telecommunications infrastructure, providing users with faster speeds, lower latency, and greater reliability. 

This advancement is paving the way for a new generation of mobile applications that leverage real-time connectivity, immersive experiences, and enhanced interactivity.

The Evolution of 5G in Ireland

The journey of 5G in Ireland began in 2019 when major telecommunications providers such as Vodafone, Three, and Eir launched their initial networks in select cities. Over the following years, coverage expanded significantly, bringing high-speed connectivity to urban and rural areas. Today, most major towns and cities across Ireland have access to 5G, and network operators continue to invest in expanding coverage and improving performance.

Government initiatives and private investments have played a crucial role in accelerating the adoption of 5G in Ireland. The country’s National Broadband Plan (NBP) has been instrumental in ensuring that even remote areas benefit from next-generation connectivity. 

Ireland’s strategic position as a European tech hub has encouraged innovation in mobile services, with companies developing applications that leverage 5G’s capabilities to enhance user experiences. Services such as playing live roulette, online gaming, and streaming have greatly improved due to 5G’s ultra-low latency and high-speed data transfer, making these experiences as immersive and seamless as ever before.

How 5G is Transforming the Mobile Experience

With 5G, Irish consumers are witnessing a significant shift in how mobile applications function. Some of the key improvements include:

1. Faster Streaming and Enhanced Entertainment

One of the most noticeable benefits of 5G is the ability to stream high-quality content without buffering. Platforms like Netflix, YouTube, and Disney+ now offer seamless 4K and even 8K video streaming experiences. Additionally, cloud gaming services such as Google Stadia and Xbox Cloud Gaming are more viable in Ireland, allowing users to play high-end games on mobile devices without needing powerful hardware.

2. Real-Time Interactive Applications

Applications that rely on real-time interaction, such as augmented reality (AR) and virtual reality (VR), are becoming more mainstream thanks to 5G. Irish consumers can now enjoy immersive experiences in gaming, shopping, and social media. For example, AR-powered navigation apps provide real-time directions, while VR-based training programs offer interactive learning opportunities.

3. Seamless Remote Work and Communication

Remote work has become a staple in Ireland, especially following the COVID-19 pandemic. 5G ensures that video conferencing apps like Zoom, Microsoft Teams, and Google Meet operate smoothly, even in high-demand situations. Additionally, cloud-based collaboration tools benefit from ultra-fast uploads and downloads, making remote work more efficient and productive.

4. Smarter Cities and IoT Integration

5G is also fueling the growth of smart city initiatives across Ireland. With improved network capacity, cities can deploy IoT (Internet of Things) solutions that optimise traffic management, enhance public safety, and improve energy efficiency. For instance, Dublin has seen the implementation of smart traffic lights and connected CCTV networks that rely on 5G for real-time data processing.

Industries Benefiting the Most from 5G in Ireland

Several industries in Ireland are leveraging 5G to revolutionise their services and enhance consumer experiences. Below are some of the key sectors that stand to gain the most from 5G technology:

1. Telemedicine and Healthcare

5G is revolutionising the healthcare industry in Ireland by enabling telemedicine services that provide remote consultations, real-time patient monitoring, and even robotic-assisted surgeries. With reduced latency and improved reliability, doctors can conduct virtual appointments with high-definition video quality, ensuring accurate diagnoses and better patient outcomes.

Wearable health devices like smartwatches and fitness trackers also benefit from 5G. These devices allow users to track vital signs in real time and instantly share data with healthcare professionals. This development is particularly beneficial for elderly patients and those living in rural areas with limited access to medical facilities.

2. Remote Work and Digital Collaboration

5G connectivity has further facilitated the widespread adoption of remote work in Ireland. Companies can now conduct seamless video meetings, share large files instantly, and access cloud-based applications without interruptions. This shift has increased productivity, improved work-life balance, and new job opportunities in Ireland’s growing digital economy.

Furthermore, 5G enables innovative applications like virtual reality (VR) meetings and remote training programs, making workplace interactions more engaging and effective.

3. Mobile Gaming and Esports

Gaming is another sector experiencing rapid transformation due to 5G. Mobile gamers in Ireland can now enjoy lag-free, high-performance gaming experiences, even in multiplayer settings. Cloud gaming platforms have also gained popularity, allowing users to play console-quality games directly on their smartphones.

5G has bolstered the rise of esports in Ireland, as competitive gamers require low latency and fast response times. This has increased gaming tournaments, streaming events, and a growing community of Irish gamers engaging in global competitions.

4. Retail and E-Commerce

Retailers in Ireland are using 5G to enhance online shopping experiences through AR and VR applications. Customers can now use AR to visualise products in their homes before purchasing, reducing return rates and improving satisfaction. Additionally, real-time analytics powered by 5G enable businesses to personalise shopping experiences based on consumer behaviour and preferences.

5. Transportation and Autonomous Vehicles

While fully autonomous vehicles are still in development, 5G plays a crucial role in enhancing transportation systems in Ireland. 5G powers smart traffic management, connected vehicle technology, and real-time navigation updates, making roads safer and more efficient.

Public transport systems also benefit from improved connectivity, real-time tracking and better communication between passengers and operators. As 5G continues to evolve, we can expect further advancements in transportation technology across Ireland.

Final Words

5G is not just a faster internet connection—it is a transformative force reshaping the digital landscape in Ireland. With its widespread adoption, industries such as healthcare, gaming, remote work, and retail are witnessing remarkable efficiency and user experience improvements. As Ireland continues to lead in digital innovation, consumers can look forward to a future where mobile applications are more powerful, interactive, and immersive than ever before.

Launch of APM Regional Network in Ireland Marks Major Milestone for Project Management Sector

The London-based Association for Project Management (APM), the chartered body for the project management profession, announced the establishment of its Regional Network in the Republic of Ireland. This significant expansion reflects APM’s ongoing commitment to international growth and follows the successful launch of a new Regional Network in Dubai, UAE, in recent weeks.

Celebrating Growth and Development: The project management sector in Ireland has seen remarkable growth over the last few years, in tandem with the current economic growth and the broad range of public and private infrastructure projects undertaken right across the country.

APM’s Regional Network will support growth and professional development in Ireland through a range of events and activities including CPD (Continuing Professional Development) sessions workshops, networking events, and conferences, as well as hosting volunteer opportunities that support specific focus areas like education outreach, corporate engagement, and emerging professional activities. APM is partnering with leading companies and organisations across industries such as finance, IT, construction, and pharma, to drive engagement and facilitate knowledge sharing, with the aim of strengthening industry collaboration in Ireland

Professor Adam Boddison OBE, Chief Executive Officer at APM, stated: “We are delighted to launch our Regional Network in Ireland, making it easier for project management professionals here to broaden and deepen their skills in the sector and to achieve Chartered status within the profession.  Using our knowledge and experience, combined with key stakeholders in the country, we will also look to collaborate at a government level to ensure that Chartership is a mandated standard on significant public projects, thus improving the overall process and contributing to more successful project completions.”

Supporting Ireland’s Ambitious Future: APM’s new Regional Network in Ireland aligns with the Irish government’s “Project Ireland 2040” strategy, which combines the National Planning Framework (NPF) and the National Development Plan (NDP) to guide the country’s future development. This strategy includes €165 billion in capital investment for key areas of the economy, addressing sectors such as public infrastructure, energy, transport, and construction.

Anthony McCarthy, Director at Dublin-based construction and property consultancy, Cogent Associates, will lead the Ireland Regional Network, supported by Deputy Lead, Ricardo Santos, Programme Manager with Iarnród Éireann. Their leadership will ensure the network supports local engagement and professional development through best practices across all sectors.

Mr. McCarthy commented: “Project management, in its many forms, in Ireland is going from strength to strength and offers a varied and rewarding career for professionals across a broad swathe of sectors.  Myself and Ricardo are really excited about playing our part with the Irish Regional Network of the APM in contributing to and developing ever higher professional standards within the project management sector in Ireland”.

How APM’s operational excellence in project management helps to deliver

With more than 50 years of expertise in developing and applying best practice to the project management sector, the APM is at the forefront of the latest developments in project management theory and practice.

The APM Regional Network is arriving at a crucial point in the development of the project management sector in Ireland.  In recent years, the integration of digital technologies is reshaping project execution and management throughout Ireland. Tools such as Data Analytics, Internet of Things (IoT), and Artificial Intelligence (AI) are becoming essential in project planning and operations. The use of Digital Twins – virtual replicas of physical systems – is being explored to optimise urban planning and infrastructure management throughout the country. It is now common to see the use of Data Analytics in risk management and cost estimation, as well as the use of Artificial Intelligence in flood modelling and asset management, amongst others.

The APM Regional Network in Ireland will help to accelerate these developments and contribute to more successful management of projects here, including large scale, multi-faceted ones, some of which, in the past, have run over schedule in terms of both costs and timings.

Anthony McCarthy added: “With the launch of the APM’s Regional Network for Ireland, the Irish economy, and, indeed, project managers like myself who work here, will greatly benefit from the increase in professional standards that the APM will bring.  The Irish Regional Network is hitting the ground running as we already have a number of meetings, workshops and information evenings scheduled for over the coming months”.

Anyone interested in finding out more about the APM or those who want to join the vibrant community of Chartered Project Managers dedicated to addressing Ireland’s pressing challenges and shaping the future of project management here, can contact the Association by email on: volunteers@apm.org.uk or visit apm.org.uk/community/republic-of-ireland-network/

Taking Control of Your Assets: An Overview of IBM Maximo’s Features

IBM Maximo stands out as an industry leader in asset management solutions, offering comprehensive tools that enhance efficiency, reliability, and compliance for organizations across various sectors. By integrating advanced technologies and customizable features, Maximo empowers businesses to take control of their assets and streamline operations. This overview delves into key features that make IBM Maximo a robust choice for asset management.

Comprehensive Asset Management

One of the core features of IBM Maximo is its comprehensive asset management capabilities. Organizations can track and manage their physical assets throughout their entire lifecycle, from procurement to disposal. This level of oversight allows companies to optimize asset utilization and reduce costs associated with underused resources. 

Maximo provides detailed insights into asset performance, helping businesses identify and mitigate risks. The system allows users to categorize assets by type, location, and condition, facilitating quick access to vital information. For example, facilities managers can view maintenance histories and schedules, which can lead to more effective planning and an increase in equipment operational readiness. By ensuring that assets are maintained according to best practices, organizations can extend the lifespan of their equipment and improve reliability.

Work Management Optimization

Maximo excels in work management optimization by offering tools that streamline work order processes, from creation to completion. Users can easily generate work orders based on proactive maintenance schedules or unexpected repair needs. This level of efficiency ensures that necessary tasks are completed promptly, preventing costly downtime. Moreover, organizations benefit from visibility into labor and resource availability, which allows for better planning and allocation. With built-in analytics, work performance can be continuously monitored, enabling organizations to adjust their strategies based on real-time data. By integrating predictive maintenance practices, Maximo helps organizations transition from reactive to proactive maintenance strategies, resulting in significant cost savings and enhanced productivity.

Mobile Asset Management

The mobile capabilities of IBM Maximo revolutionize how organizations manage their assets on the go. Field technicians can access vital asset data directly from their mobile devices, allowing them to perform tasks efficiently without needing to return to the office for information. With features like asset inspection, status updates, and work order management available through mobile applications, teams become more agile and responsive. Additionally, mobility enhances collaboration within teams. For instance, when technicians encounter irregularities during inspections, they can communicate and report issues in real-time to their supervisors or other stakeholders. This instantaneous flow of information ensures that corrective actions can be taken swiftly, minimizing the impact on operations. As a result, businesses benefit from increased visibility into field operations and a more collaborative workplace environment.

Vendor and Supplier Management

Effectively managing vendors and suppliers is essential for maintaining operational efficiency. IBM Maximo includes features that streamline supplier management processes, enabling organizations to evaluate, select, and engage with suppliers efficiently. The platform allows users to track supplier performance metrics such as delivery times, quality of products, and service reliability. Establishing clear KPIs for suppliers allows organizations to maintain healthy relationships and negotiate better terms. 

Regular assessments of supplier performance can highlight areas for potential improvement, ensuring that organizations partner with vendors who meet their expectations. By utilizing the expertise of Maximo consultants, companies can enhance their supplier and vendor management strategies even further. For businesses requiring a network of suppliers, this process becomes invaluable to minimizing risks associated with dependency on single sources, ultimately contributing to a more stable supply chain. 

Regulatory Compliance and Risk Management

In industries with strict regulatory requirements, complying with various standards is paramount. Maximo facilitates compliance by providing tools designed to manage and report on regulatory standards effortlessly. Organizations can track compliance documentation, schedules for inspections, and deadlines for renewals, ensuring that no compliance requirement is overlooked. Automated alerts and reminders help organizations stay ahead of compliance needs, which can include safety regulations, environmental standards, and industry-specific guidelines. By having these systems in place, businesses can reduce the risk of penalties and enhance their reputation in the market. Proactively managing compliance transforms an organization into one that prioritizes safety and responsibility, ultimately leading to improved stakeholder trust.

Analytics and Business Intelligence

The importance of analytics in the decision-making process cannot be overstated. IBM Maximo’s analytics and business intelligence features provide actionable insights that guide strategic planning. By leveraging data collected across various operational facets, organizations can identify trends, forecast future needs, and make informed decisions. The platform’s robust reporting capabilities empower users to generate customized reports that focus on specific metrics and KPIs important to their operations. Visualization tools present data in intuitive formats, helping stakeholders grasp complex information swiftly. This data-driven approach facilitates continuous improvement and resource optimization, enabling businesses to remain competitive in their respective markets.

Integration with IoT Technologies

With the rise of the Internet of Things (IoT), IBM Maximo integrates seamlessly with IoT technologies. Organizations can connect their assets to a network of sensors that collect real-time data on performance, usage patterns, and conditions. This connectivity brings a wealth of data that can be analyzed to anticipate maintenance needs and optimize asset performance. Real-time alerts notify teams of any anomalies in equipment behavior, enabling quick responses that prevent major failures. The combination of Maximo’s powerful features with IoT capabilities creates enormous potential for supporting efficiency and productivity in asset management. 

 

By harnessing the advanced functionalities of Maximo, organizations can secure a competitive edge and streamline their operations for long-term success. The experience of industry professionals in implementing these solutions will foster a deeper understanding of their utility and application.

IBM Maximo’s extensive features position it as a top choice for organizations aiming to optimize their asset management practices. From comprehensive asset tracking to mobile functionality and regulatory compliance management, the platform equips businesses with essential tools for success. Its integration of analytics and IoT technologies further enhances its capability, providing organizations with invaluable insights and fostering smarter decision-making processes. By adopting IBM Maximo, companies can improve asset reliability, enhance productivity, and achieve their operational objectives.

Integrity360 launches Managed ASM to address complex attack surfaces and strengthen OT and IoT cyber resilience

Integrity360, one of the leading pan-European cyber security specialists, has announced the launch of its new Managed ASM service designed to address the growing complexities of securing diverse environments, including IT (Information Technology), Operational Technology (OT) and Internet of Things (IoT). The Attack Surface Management (ASM) service provides complete visibility into an organisation’s attack surface, enabling proactive risk reduction, exposure management, and threat detection to safeguard critical assets.

The attack surface is expanding at an unprecedented rate, with the number of connected assets worldwide expected to grow by an additional 50 billion devices by 2030. This surge, driven by the adoption of IoT, OT, and other connected technologies, has created new opportunities for cyber attackers to exploit poorly secured assets. Integrity360’s Managed ASM enables organisations to discover, prioritise, and remediate risks before they can be exploited.

According to Gartner, organisations prioritising continuous threat exposure management (CTEM) will be three times less likely to suffer a breach by 2026, highlighting the critical importance of the ASM service. Powered by the Armis Centrix Cyber Exposure Management (CEM) Platform, Integrity360’s Managed ASM leverages advanced automation and AI to discover and monitor all assets, identify exposures, and provide actionable recommendations for remediation.

“Integrity360’s Managed ASM provides organisations with a complete, end-to-end attack surface management solution,” said Jamie Andrews, Senior Director of International Partners at Armis. “By leveraging our platform’s AI-driven intelligence alongside Integrity360’s expert management and remediation services, businesses can stay ahead of evolving threats and maintain a proactive security posture across even the most complex environments.”

According to the National Institute of Standards and Technology (NIST), an organisation’s attack surface includes every point where an attacker can enter or extract data from a system spanning internal and external assets. Recent incidents, such as attacks targeting IoT-connected industrial devices, illustrate how adversaries chain exposures to access or disrupt critical systems or sensitive data.

With attack surfaces expanding across multiple infrastructures and a 140% increase in cyberattacks targeting critical infrastructure over recent years, the Managed ASM service responds to the urgent need for comprehensive visibility and proactive management.

The Managed ASM Service addresses several challenges faced by organisations, operating on a cyclical, continuous model to ensure constant improvement in security posture.*

The Managed ASM Service is tailored to help organisations reduce cyber risk by ensuring complete visibility, prioritising critical exposures, and supporting remediation efforts. This approach is especially vital for industries such as manufacturing, healthcare, and utilities, where compromised IoT and OT systems can lead to significant operational and safety impacts and aligns with specific compliance requirements for these critical sectors.

“Unlike traditional solutions that focus solely on IT infrastructure, Integrity360’s Managed ASM extends its capabilities beyond IT to also include OT, IoT devices, and even specialised systems like medical devices. These often-overlooked areas represent some of the most vulnerable entry points for attackers,” said Brian Martin, Director of Product Management, Integrity360. “What’s seen can be managed and secured. By providing granular visibility and continuous monitoring of the full attack surface, the service enables organisations to identify hidden risks across their entire environment and take proactive steps to address them.”

Integrity360’s Managed ASM emphasises the importance of collaboration through fortnightly customer review calls and provides transparency, enabling organisations to assess risk trends, review performance, and prioritise remediation efforts with support from Integrity360’s security experts. This partnership approach ensures continuous optimisation and alignment with the customer’s unique risk profile and allows customers to benefit from a scalable, proactive security framework.

For more information about Integrity360’s Managed ASM, visit https://www.integrity360.com/managed-asm.

HVAC Tech Innovations: Startups Bringing Smart Climate Control to the Mainstream

As the demand for energy-efficient, environmentally friendly HVAC systems grows, innovation has become a driving force within the industry. Startups are leading the charge by developing technologies that integrate smart climate control solutions with advanced tools like artificial intelligence (AI), the Internet of Things (IoT), and automation. These innovations not only improve comfort but also significantly reduce energy consumption and operational costs, benefiting both consumers and the environment.

1. The Role of IoT in HVAC Innovations

The Internet of Things (IoT) has become a game-changer in the HVAC industry, enabling devices to communicate and work together seamlessly. According to one HVAC and AC service, HVAC systems that once operated as isolated units can now be integrated into smart home ecosystems, allowing homeowners to control their heating and cooling remotely. IoT allows HVAC systems to collect and analyze data in real-time, providing valuable insights into usage patterns and system performance.

Startups are leveraging IoT to create more connected and responsive systems. For example, smart sensors can detect fluctuations in temperature, humidity, and occupancy, adjusting HVAC settings automatically to ensure optimal comfort and energy efficiency. These systems not only enhance user convenience but also contribute to significant energy savings by reducing unnecessary heating and cooling.

2. AI and Machine Learning in HVAC Systems

Artificial intelligence (AI) and machine learning are taking HVAC technology to the next level by enabling systems to learn from user behavior and environmental factors. AI-powered HVAC systems can analyze past performance data and predict future needs, allowing for automatic adjustments that improve efficiency. For example, a smart HVAC system may lower energy consumption during peak times or adjust the temperature based on occupancy levels.

Several startups are utilizing AI to enhance HVAC efficiency. These companies develop algorithms that continuously analyze system data to predict potential issues before they become critical. For instance, predictive maintenance technologies can notify users when a component is likely to fail, preventing costly breakdowns. This proactive approach not only ensures continuous comfort but also reduces long-term repair costs and extends the life of HVAC equipment.

3. Energy Efficiency and Sustainable HVAC Solutions

Energy efficiency and sustainability are top priorities for today’s consumers, and HVAC startups are responding by developing eco-friendly solutions. From geothermal systems that harness the Earth’s natural heat to solar-powered HVAC systems that reduce reliance on traditional energy sources, startups are finding innovative ways to reduce the carbon footprint of heating and cooling systems.

Many HVAC startups focus on designing systems that meet or exceed energy efficiency standards, helping homeowners reduce both energy consumption and costs. In addition, innovations like heat recovery ventilation (HRV) systems capture and reuse waste heat, further improving efficiency. As governments and businesses seek solutions to mitigate climate change, these startups are at the forefront of creating sustainable HVAC systems that align with environmental goals.

4. The Impact of Smart Thermostats and Automation on Climate Control

Smart thermostats have evolved beyond basic temperature control, offering features that allow for fully automated climate management. Homeowners can now program their HVAC systems to adjust based on their daily routines, reducing energy use when no one is home. Startups are taking smart thermostats to the next level by developing models that integrate with other smart home devices, such as lighting and security systems, for a cohesive smart home experience.

Automation has become a key trend in smart climate control, enabling systems to adapt in real time to external conditions. For instance, a smart thermostat may adjust the HVAC system based on changes in outdoor weather conditions or energy prices, optimizing both comfort and cost savings. By automating HVAC systems, homeowners can reduce their environmental impact without sacrificing comfort.

5. Startups Driving the HVAC Innovation Wave

Many startups are making waves in the HVAC industry by introducing cutting-edge technologies that improve energy efficiency, reduce operational costs, and enhance user comfort. One example is a startup that has developed a fully automated HVAC system that uses AI and machine learning to adapt to user preferences and environmental conditions. The system continuously learns from data, ensuring optimal performance while minimizing energy use.

Other startups are focusing on creating modular HVAC systems that can be easily installed and upgraded, making them accessible to a broader range of consumers. These modular systems offer greater flexibility, allowing homeowners to customize their heating and cooling setup based on their specific needs. By offering scalable solutions, these startups are ensuring that smart climate control becomes more accessible to everyone, regardless of home size or budget.

6. Conclusion: The Future of HVAC Tech and the Role of Startups

The HVAC industry is experiencing a period of rapid transformation, driven largely by the innovations introduced by startups. By incorporating advanced technologies like IoT, AI, and automation, these companies are making HVAC systems smarter, more energy-efficient, and more sustainable. These advancements not only offer convenience and cost savings to consumers but also contribute to broader environmental goals by reducing energy consumption and carbon emissions.

As we look to the future, startups will continue to play a critical role in advancing HVAC technology. The demand for sustainable, efficient heating and cooling solutions is only expected to grow, and startups are well-positioned to meet this need with innovative products and services. From smart thermostats to AI-driven maintenance, the future of HVAC is bright, and these emerging companies are at the forefront of making smart climate control the new standard in homes and businesses across the globe.

Rise of the robots’ must ensure an integral role for human beings in the Irish co-operative agrifood sector of the future

A vision for a technologically and digitally enabled future for the Irish co-operative agrifood sector, with the skills of human beings remaining integrally engaged, was presented today at the final conference of the LeadFarm 5.0 project, held in Maynooth, Co. Kildare.

The conference was opened by the Minister of State for Skills and Further Education, Niall Collins TD. The initiative started in May 2022 spearheaded by ICOS Skillnet in collaboration with Léargas and supported by the EU Erasmus+ programme.

In the future, advanced technologies such as artificial intelligence (AI), the Internet of Things (IoT), robotics and big data will be integrated into all aspects of daily life. This integration aims to solve social challenges, improve quality of life and enhance the success of enterprises.

The LeadFarm project focused on developing a competency framework and roadmap for Irish agrifood co-operatives to transition the skills of their people towards ‘Society 5.0’ or the ‘super-intelligent society’. It has been a collaborative effort involving a broad and diverse range of co-operatives including management, farmers and workers from Ireland, Spain, Italy, Sweden, Poland, Latvia and Portugal.

A training curriculum emerging from the project emphasises human skills acquisition in areas such as digitalisation, sustainability, management and entrepreneurship while highlighting the potential to balance digital advancements with human-robot collaboration. The approach aims to improve employment opportunities and skills in rural Ireland, creating a sustainable future for the industry.

Minister Niall Collins TD said:

“I congratulate the ICOS Skillnet for taking proactive steps to clarify the competencies required for the adoption of digital innovation by agri-food cooperatives. Initiatives like this ensure that Ireland shapes its future rather than simply respond to technological change ”.

ICOS President Edward Carr said:

“The purpose of this conference is to disseminate the outcomes of the LeadFarm 5.0 project to as many stakeholders as possible. It outlines the good work carried out by this pan-European initiative and showcases the benefits to co-operatives and farmers across Europe.

“ICOS is the lead partner in this project. This is with the specific aim to support various stakeholders including co-operatives, social enterprises, boards of directors, farmers, trainers, and educators, with a particular focus on those at risk of exclusion such as youth and women.

“The concept is about ensuring the long-term sustainability of the industry through skill and talent development. We are focused on creating a more digitally aware society that will be human-centred and will take advantage of technology to tackle problems that affect the whole of society as well as our own industry.

“The agri-food co-operative sector must participate, join this trend, and support the creation of a society which is aware and committed to the problems it faces, avoiding becoming a sector that remains a trace of the technological past.”

International collaboration and engagement of the lead partners from seven countries has fostered international collaboration and the exchange of best practices. All intellectual outputs have been secured for practical application within Ireland, ensuring the Irish agrifood sector can be aware and prepared for significant technological advancements.

Minister Niall Collins acknowledged the importance of the project’s achievements and the promotion of future success for Irish co-operative enterprises within the framework of Society 5.0.

Future Impact

Further Background:

LeadFarm 5.0 arises from the need to improve the knowledge, capacities and skills of European agri-food co-operatives regarding the use of digital innovations that can be easily adapted to new agricultural models that will largely replace the intensive industrial farming model and that will require changes in business decision-making processes.

Agrifood co-operatives need to improve and innovate key capacities, skills and competencies for change in the fields of action for climate and AI without neglecting the most basic human values linked to co-operatives.

This needs to take into account the industry trend towards automation of production processes, in the context of AI development, the internet of things, cognitive computing, the use of cobots (collaborative robots), and promoting precision agriculture, without forgetting climate change mitigation.

Empowering the human being must be at the centre of all of this, supported by technology at the centre of production processes.

BlackBerry QNX Announces General Availability of QNX SDP 8.0, its Scalable, High-Performance Foundation for Next Generation Automotive and IoT Systems

BlackBerry Limited has announced general availability of its new QNX® Software Development Platform (SDP) 8.0. Combined with the next generation QNX® OS 8.0, the platform delivers a scalable, high-performance real-time operating system available for today’s embedded computing industry.

The fifth generation QNX SDP 8.0 architecture builds on decades of development and a field-proven safe and secure platform, while maintaining its POSIX API to provide an instantly productive environment for both QNX® and Linux® developers. QNX SDP 8.0 adds support for ARM v9 and GCC 12, and delivers near-linear performance scaling with CPU core counts, enabling developers to fully realize the power and opportunities of increasingly advanced processors for generations to come.

The new platform extends the QNX Tool Suite with support for Microsoft Visual Studio Code to complement the Eclipse-based Momentics Integrated Development Environment (IDE) and new command line tools including over 200 Unix utilities. It also provides cloud-enabled OS support for development. Furthermore, QNX OS 8.0, with its advanced microkernel architecture, is designed to support emerging CPU architectures such as RISC-V.

“QNX SDP 8.0 provides the trusted foundation upon which our customers can truly future-proof their products for many years to come,” said John Wall, Senior Vice President and Head of QNX at BlackBerry. “It fundamentally enables embedded software design to support safe, secure and reliable systems in a way that fully harnesses the benefits of CPU advancements way into the future.”

“As a premium smart mobility technology brand, we’re keen to align with the very best development technologies that will future-proof our investment in world-class design, engineering and innovation,” said Jun Tao, Software Senior Director at ZEEKR Intelligent Technology. “Our early access experience with QNX SDP 8.0 has been incredibly positive, enabling us to integrate all areas of development within a single high performance compute environment that sets our vehicle software advancements up for success, today and into the future.”

QNX SDP 8.0 lays the foundation for the entire line of next generation BlackBerry® QNX® portfolio products, including QNX® OS for Safety, QNX® Hypervisor and QNX® Hypervisor for Safety. Customers can seamlessly migrate between the platforms to best suit their specific application requirements.

To learn more about BlackBerry QNX, please visit BlackBerry.QNX.com.

Recent Trends in the Electronics Industry

Every few weeks, new gadgets and technology upgrades seem to be hitting the market and making life easier. With the electronics industry constantly expanding and evolving, it can be difficult to keep up with all of the recent trends. Luckily for you, this blog post breaks down some of the most significant advancements in consumer electronics, looking at how people’s buying habits have changed in response to these developments. You’ll learn about significant releases from tech giants as well as smaller companies shaking up the marketplace—all through a lens of what those changes mean for consumers. After reading this article, you’ll have a better understanding of how much consumer products affect not only your daily life but also the global economy.

Introducing Smart Home Appliances

Introducing intelligent home appliances is the perfect way to modernize any home. They provide convenience, security, and energy efficiency, ultimately saving money in the long run. Many items can be connected to these systems, from lights and temperature controls to doorbells and air quality monitors. With voice commands, homeowners can control nearly every aspect of their house with a few easy words without ever having to get up from their chairs. Intelligent home appliances make living more manageable for everyone, whether for an older person who wants peace of mind or a busy family who wants to keep their home running efficiently.

Also, manufacturers are creating portable speakers that allow you to take your music with you wherever you go. These speakers use Bluetooth or Wi-Fi connections to link up to your devices and play music from various streaming services. They come in a variety of shapes, sizes, and colors, making them perfect for any lifestyle. Not only are they fun and convenient, but they also offer a quality sound that rivals that of traditional speakers. And with voice commands, you can control the music with just a few simple words.

PCB Design Software

PCB design software is revolutionizing the way that electrical engineers develop and manufacture printed circuit boards. This type of software allows for precise prototyping, so engineers can quickly iterate over their designs without wasting resources. It also allows for precise debugging, ensuring any issues are found before technicians have to troubleshoot in person. Most importantly, it allows for design modification and optimization even after physical production has started, so manufacturers can quickly respond to customer feedback or industry trends. As time passes, PCB design software will become an invaluable tool in the process of developing and manufacturing in the electronics industry. There are some Altium Designer alternatives, but it’s all about doing the research so you get the best PCB design software for your project.

Smart Device Connectivity

In the modern world, it’s all about having an interconnected system of devices. Smartphones can now connect to almost every other device imaginable, from tablets and smartwatches to refrigerators and gaming consoles. With these connections, users can easily access their data from any location and control the environment around them. This type of connectivity helps us monitor your health, store and organize large amounts of data, or make life a little bit easier. The trend of intelligent device connectivity is only going to grow, providing people with more options and freedom than ever before.

This connectivity is made possible by mobile and wireless technologies, such as 5G, Bluetooth, and Wi-Fi. These technologies allow devices to communicate with each other, providing the backbone for the smart device revolution. Not only do they provide convenience and security, but they also help reduce energy costs by allowing devices only to use the amount of power they need. The possibilities are endless, and it all starts with these powerful technologies. That means now is the perfect time to invest in this technology and take advantage of the opportunities it provides.

The Rise of Wearable Technology

Around the world, there is a growing trend in wearable technology. Whether it is the Apple Watch, Google Glass, or Fitbit, people are increasingly interested in incorporating technology into their everyday lives. Wearable technology has many benefits, including the ability to track fitness goals, receive notifications, and stay connected. With so many advantages, it is no wonder that the wearable technology market is expected to grow significantly in the next few years. While this technology is still emerging, it’s clear that the demand for these products will be vital.

Another area where wearable technology is making its mark is health and safety. Wearable devices that monitor vital signs such as heart rate and temperature can be used to alert users of potential danger or health problems. With such devices, those with chronic conditions can easily keep track of their symptoms and prevent severe complications from arising. As the technology continues to evolve and become more user-friendly, it is likely that the demand for these devices will grow exponentially.

Whatever the future holds for wearable technology, it is clear that this industry will be at the forefront of innovation. By investing in products such as smartwatches and fitness trackers, businesses can ensure they stay ahead of the curve and benefit from the potential offered by this rapidly growing industry. Not only is wearable technology convenient, but it also provides a competitive edge in the market. Now is the perfect time to start investing in wearable technologies and take advantage of their potential.

Virtual Reality Becomes a Reality

With rapid advancements in technology, the fantasy of virtual reality finally became a reality. In just a few short years, virtual reality (VR) went from something people could only experience through science fiction books and movies to something available to the average individual. The possibilities are endless with VR, as it has been used for everything from education to entertainment. The greatest potential lies in its ability to provide immersive experiences that would otherwise require travel, making multiple parts of the world available without ever physically leaving your home. We are excited to see how much further virtual reality can progress in the coming years.

Virtual reality can also be used for a variety of educational purposes. From medical training to teaching foreign languages, virtual reality can provide the perfect environment for students to learn. With a more engaging, immersive experience, students are more likely to remember the material and gain a better understanding of the concepts taught.

Voice Recognition Gains Popularity

Voice recognition technology is a revolutionary new technology that is gaining significant traction globally. Businesses are utilizing this technology to streamline customer service, while at home, users can now easily access their computing devices with natural commands. The convenience and accuracy of the software have made its integration into people’s lives seamless and highly popular. Companies like Amazon and Google are investing heavily in its development, making it increasingly capable and reliable for a variety of tasks. From medical technologies to personalization applications, it’s clear that voice recognition has come a long way from its initial conception, and you can expect to see even more advancements in the near future.

Not only is voice recognition technology making life more accessible, but it is also helping to protect our data and identities. With the rise of fraud and cyber crimes, it is increasingly important to have reliable security measures in place. Voice recognition technology provides a unique and secure method of authentication, ensuring that only authorized personnel can access sensitive data. As technology continues to improve, it will be a valuable asset in keeping us and our information safe from malicious actors.

IoT and Its Increasing Role in Your Lives

The internet of things (IoT) is revolutionizing everyone’s daily lives with its expanding role. Everything from home appliances to cars now contains small computers that connect to the internet and can receive commands. This technology has drastically improved the standard of living, making previously mundane tasks quicker and easier than ever before. As IoT continues to grow and become more sophisticated, you will be able to unlock a world of possibilities where you can control nearly any aspect of your life with the press of a button. This is an exciting time, and we look forward to seeing what new developments will come from IoT in the future.

IoT also presents an opportunity to improve the safety of your home. With the ability to remotely control virtually every aspect of your home, you can ensure that all doors are locked, lights are turned off, and any potential hazards are taken care of with a single command. This technology can give you peace of mind knowing that your home is safe and secure while you’re away, allowing you to focus on more critical tasks.

Of course, there are also concerns surrounding the security of IoT devices. As they become more integrated into peoples’ lives, it is increasingly important to ensure that these devices are secure and that your data is protected. As IoT technology advances, you should be confident that these issues will be addressed, and you can continue to experience the benefits of a connected world.

The Expansion of Automated Vehicles

The expansion of automated vehicles is one of the most exciting developments in transportation. This technology is quickly changing the way people move from place to place and could revolutionize global travel. Automated vehicles have already made headlines worldwide with their potential to reduce traffic congestion, improve efficiency and safety, and provide convenient transportation methods for those unable to operate conventional cars. Automation has opened up previously unknown possibilities that were thought impossible only a few years ago, making it possible for people to explore new possibilities in their means of transportation. You can expect to see more breakthroughs as technology continues to improve and experts push the boundaries on what is possible. With automated vehicles transforming everyone’s understanding of transportation with each passing day, it’s time for everyone to take notice and prepare themselves for an exciting future!

Automated vehicles also promise to make everyone’s lives easier. With the ability to access transportation on-demand and with minimal effort, you can gain more time for yourself. This technology will free you from the need to plan ahead, allowing you to be spontaneous and explore more of what life has to offer.

While automated vehicles hold great promise, everyone must remember to consider the implications that come with them. The security of these vehicles is paramount and should be treated as such, as even a minor breach could lead to disastrous consequences. You must also consider the potential for these vehicles to be used for nefarious purposes. As with any new technology, it’s essential that people take steps to ensure that these vehicles are secure and protected from malicious actors.

The ever-growing role of IoT and automated vehicles is revolutionizing everyone’s daily lives, making accessing the things you need more accessible than ever. With security considerations in mind, you should be excited to see how these technologies will develop in the years to come and what potential new capabilities they will bring. This is an exciting time to be alive as you witness a massive shift in how technology transforms lives. IoT and automated vehicles have already made huge strides, with more developments on the horizon. As you continue to explore these possibilities, you should remain confident that your lives are in for some exciting changes!

It is clear that the way people use and experience technology is changing in a big way. Smart home appliances are taking center stage, allowing you to automate tasks quickly, conveniently, and efficiently. With a smart home, it is easy to program instructions from anywhere. Wearable technology gives you another device in your arsenal for tracking health, connecting with the world, and gathering data about your life. Virtual reality offers an immersive experience that cannot be compared to any other type of screen-based technology. Voice recognition makes user interfaces more intuitive; this natural, effortless hardware will continue revolutionizing user experiences. The internet of things has enabled us to tap into unlimited resources. At the same time, technological necessity – such as automated vehicles – showcases just how much technologically driven change people can expect in the near future. Ultimately, these advancements are altering the very fabric of what it means to live life in a digital age.

 

University College Cork recognises Dell Technologies’ support to accelerate research in Artificial Intelligence and Internet of Things

University College Cork (UCC) has recognised Dell Technologies for its contribution to the education, research, and development of electronic engineers. The donation of high-end computing and data storage equipment enables UCC’s Embedded Systems research group in the School of Engineering and Architecture to rapidly accelerate research in Artificial Intelligence (AI) and the Internet of Things (IoT).

Dell’s support for UCC has contributed to ground-breaking research activity in AI, specifically its application in medicine and cyber security. The digital equipment has also been an accelerant for financial mathematics, circuit design and IoT for environmental monitoring. Part of this research is conducted in collaboration with UCC’s world-leading research centres, including the Insight SFI Centre for Data Analytics, CRT-AI (SFI Centre for Research Training in Artificial Intelligence), and MaREI (SFI Research Centre for Energy, Climate and Marine).

UCC President, Professor John O’Halloran, welcomed Dell’s Aongus Hegarty, President of International Markets, and Des O’Sullivan, Vice President, Customer Solution Centers, to the university in recognition of the company’s contribution to the university.

Professor John O’Halloran, President University College Cork commented: “I am delighted to welcome Aongus and Des and thank Dell for their continued support for our education and research activities at UCC.  Dell’s commitment to the advancement of technological innovation has enabled us to provide the cutting-edge facilities necessary to pursue game-changing research in areas such as These are strategically important disciplines for UCC that will build a foundation for economic, societal, and cultural resilience and prosperity”.

Dr Emanuel Popovici, Chair of the Industry Relations Committee at the School of Engineering and Architecture and Director of Embedded Systems@UCC group, said:

“We are delighted with the help and support provided by Dell. It will enable us to bring AI and IoT research, teaching, and learning to new heights. By using state-of-the-art computing from Dell, we are already reaping the rewards with some tremendous success in the multi-award-winning Embedded Systems research group through prizes, medals, and awards for our students and staff.”

Aongus Hegarty, President of International Markets, Dell Technologies said: “We’re proud to build on our strong partnership with UCC’s Department of Electrical and Electronic Engineering by providing high-end computing power and data storage equipment to help their researchers unlock opportunities. Our support will assist cutting-edge research at every level – from undergraduate to ground-breaking post-doctoral research. By combining our technology with the innovations the UCC students are developing, we can collectively put AI to advance the development of connected healthcare, smart manufacturing and sustainable energy systems. ”

University College Cork has a longstanding relationship with Dell spanning many years. The company has facilitated employability initiatives such as student internships, and many of UCC’s engineering graduates have pursued highly successful and fulfilling careers with Dell.

During the Covid-19 pandemic, Dell’s support was crucial in maintaining an excellent standard of learning, teaching, and research for students by providing continuity of access to state-of-the-art computing – a key component of many of UCC’s engineering courses.

QUOTES

Professor Jorge Oliveira, Head, School of Engineering and Architecture said:

“The School of Engineering and Architecture has traditionally relied significantly on the support of industrial companies to deliver a top-quality experience to our students. We are most grateful to Dell for once again strengthening this interaction to the benefit of our knowledge base and student experience”.

Professor Sarah Culloty, Head, College of Science, Engineering and Food Science commented:

“We are extremely grateful to Dell for their leadership in supporting the next generation of STEM pioneers through a transformative programme of investment that will advance engineering education and research at UCC”.