Landmark Technologies, an Irish provider of IT and cybersecurity services, has announced the results of new research which reveals that 38% of office workers in Ireland wouldn't be able to do their jobs without the help of artificial intelligence (AI). The survey found that over half (55%) believe their job will significantly change due to AI, while 43% are concerned thatAI will make their role redundant. To combat this, 64% of office workers are actively learning AI skills to stay relevant in their roles.

The research, carried out by Censuswide on behalf of Landmark, surveyed 1,000 employees in the Republic of Ireland on their AI concerns and behaviours as it becomes ever more prevalent in Irish workplaces. A majority (87%) of office workers say they use AI tools for work and, of these, almost half (48%) use them daily.

The research suggests that, as adoption of AI continues to increase, so too does the associated risk. Of those who use AI tools, a quarter (25%) use them to summarise contracts or legal documents, 23% leverage AI tools to make decisions without human oversight, and 18% analyse confidential company data.

In the past 12 months, one-in-ten (10%) employees have entered confidential company data into an AI tool, such as ChatGPT, that wasn't approved by their employer. Some 18% of employees completed a work task using an AI tool without checking it for accuracy, while 11% sent AI-generated content to a customer without reviewing it. Nearly half (48%) say they trust AI-generated content for critical work decisions.

With the AI boom showing no signs of slowing down, Landmark's research points to a need for organisations to ensure that the correct processes are in place. Nearly a quarter (24%) of employees say their organisation does not have an AI usage policy, while just two-thirds (66%) have received training on safe AI usage.

However, due to its increasing proliferation, nearly half of office workers (49%) believe AI fatigue will set in and see organisations returning to more traditional ways of working. Some 47% believe that we are currently experiencing an AI bubble, and it will burst.

Ken Kelleher, Managing Director, Landmark Technologies commented: "Two-in-five Irish employees now say AI is essential to doing their job, which is a remarkable shift in a very short space of time. It points to the crucial role AI is playing in Irish workplaces through automation, time savings, and enhanced decision-making. Yet our research shows many organisations have not kept pace with this change. The human element remains vital, and businesses need to prioritise AI training and upskilling to align with evolving technological demands and stay competitive.

"With employees sharing confidential data on unapproved tools and using AI outputs without checking them, strict oversight is needed. Employers must ensure stringent processes are in place to protect not only their own business data and operations, but those of their customers too."

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Cavan County in the Republic of Ireland may seem like an unlikely place for entrepreneurs to flourish, but nothing could be further from the truth. Technology specialist John Hyland's innovative ClubSpot app has transformed how grassroots sports organisations operate on a daily basis.

The platform bears operational similarities to the Ireland betting apps listed on BettingTop10.ie, which are effectively a one-stop shop for bettors to fuel their passion. By bringing sports betting, online casino games and other verticals under one umbrella, gambling operators have made the sector far easier to navigate. Hyland has applied the same ethos to ClubSpot, and his efforts have helped the company quickly become a major player in a hugely competitive industry.

The Metamorphosis of ClubSpot

While recuperating from an injury during his time at University College Dublin, Hyland shifted his gaze to a question many people had previously taken seriously. Why did only a small set of fans contribute financially to their teams, while thousands more remained emotionally attached yet commercially distant? His research into Cavan's GAA organisation revealed a clear imbalance, showing that a small circle of committed backers sustained the structure, leaving the wider fanbase untapped.

Hyland's vision was far-reaching – if engagement could be increased, inflow could accompany it. That idea metamorphosed into a digital site created to bring structure to sports at the local level. ClubSpot did not think of reinventing sports organisations, but focused on the systems that surrounded them. Membership registration, communication channels, fundraising efforts and compliance processes were brought into one space.

The early days were lowkey, with Gowna GAA Club becoming the first client. This was a testing ground where theory met reality and of the results were immediate. The club made more income through the platform in seven days than it had in the previous year. Growth then followed, although not without pressure because demand outpaced development capacity in the first months, a familiar issue for start-ups. However, the foundation did not fold, with clubs recognising the value of reducing administrative burdens on volunteers while opening new sources of revenue. From that small beginning in Cavan, a framework began to take shape that would extend far beyond its original setting.

Scaling from Rural Ireland to a Global Stage

Many people are under the misapprehension that all business in Ireland must pass though Dublin. ClubSpot has gone against that school of thought with quiet defiance. From its headquarters in Stradone, the organisation has extended its presence into the United Kingdom, United States and Australia, creating a user base that now exceeds half a million. This growth has not been in isolation, as support from Enterprise Ireland provides both validation and practical assistance, which open doors to international markets and connect the company with potential clients. Trade missions, particularly those linked to sporting events overseas, helped accelerate expansion. The Irish government's broader vision for sports technology has also played a role.

The creation of an international sports diplomacy strategy by Helen McEntee in the United States showed a recognition that sport can act as a cultural bridge and an economic driver. Events linked to baseball, American Football and golf have tightened ties between Ireland and the US, making a fertile ground for organisations operating at the intersection of sport and technology. ClubSpot has placed itself within that space, with the platform extending beyond Gaelic sports into soccer, rugby, basketball and athletics, giving a unified system adaptable to different cultures. The company's decision to prioritise long-term development over rapid exits has informed its trajectory. Funding came largely from individuals rather than venture capital firms seeking early returns on investment. This approach...

More than 80 secondary school students from across the Midlands have completed an immersive week exploring the future of engineering, advanced manufacturing and technology through the #Dreambig2026 programme, an industry-led initiative led by the ATIM Cluster of advanced manufacturing companies, designed to inspire the next generation of STEM talent.

Dreambig is a programme developed by the ATIM (Advanced Technologies in Manufacturing Cluster), a Technological University of Shannon initiative. Through their company visits and hands-on workshops, students visited 18 advanced manufacturing and engineering companies spanning sectors including medical technology, robotics, construction innovation, materials science and precision engineering.

Students also engaged directly with engineers and innovators and participated in hands-on robotics and coding workshops at Irish Manufacturing Research in Mullingar and Technological University of the Shannon, Athlone Campus. Students see first-hand how industry is embracing DREAM (Digitalisation, Robotics, Engineering, Advanced Manufacturing, and Materials) and showing young people that you don't need to go far to discover world-class opportunities in the Midlands.

The Advanced Technologies in Manufacturing (ATIM) Cluster is an industry-led manufacturing cluster funded by Enterprise Ireland and hosted at the Technological University of the Shannon (TUS). It was established to accelerate innovation, competitiveness, and sustainable growth across Ireland's manufacturing sector.

Caitriona Mordan, Cluster Manager of the ATIM Cluster, said the programme is about much more than technology.

"At its heart, #Dreambig is about aspiration, helping young people imagine ambitious futures for themselves and showing them that world-class careers in science, engineering and innovation can be built right here in their own communities. Dreambig is a powerful example of what happens when companies, educators and local partners come together through a cluster.

By working collectively, we create more opportunities for young people than any organisation could achieve alone. DreamBig gives students the space to connect directly with innovative manufacturing companies, discover their talent, and see a future for themselves in the Midlands."

Now in its third year, the programme continues to grow with increasing participation from both schools and industry.

Professor Vincent Cunnane, President of Technological University of the Shannon, said:

"Dreambig is proof of what happens when a university, industry, and schools come together around a shared purpose: showing young people that modern manufacturing is creative, high-tech, and full of opportunity. Through this partnership with the ATIM Cluster and regional employers, Dreambig is building a connected pathway from the classroom to higher education to high-impact careers right here in the Midlands.

That's core to our mission as a technological university, and it's exactly what the national agenda for access, participation, and regional development demands. TUS is proud to be at the centre of that journey, because the earlier we back a young person's dreams, the bigger the impact for them, for their community, and for the region."

Across the Midlands, companies are designing products, developing technologies and delivering solutions used around the world, demonstrating that world-class innovation can thrive in regional Ireland. By connecting students directly with these businesses, #Dreambig aims to nurture ambition, confidence and curiosity while showing young people they can pursue cutting-edge careers without leaving their communities.

The first Innovate for Ireland national centre, 'Decarb-AI: AI-Powered Pathways to Climate Resilience' has been announced today. Created in partnership with AIB and Research Ireland, the €5.7m Decarb-AI national centre will aim to harness the power of artificial intelligence (AI) to accelerate Ireland's transition to a climate-resilient, low-carbon future.

Decarb-AI will welcome 30 iScholars across three intakes. Eight iScholars – from China, Ghana, India, the UK, France, Ireland and Kenya – have already commenced their research.

All of these iScholars will undertake fully-funded, four-year PhDs under the supervision of leading academic researchers from Irish higher education institutions, which are: University College Dublin (lead institution), Trinity College Dublin, Dublin City University, Technological University Dublin, University of Limerick, University of Galway (via the Irish Centre for High-End Computing – ICHEC), and University College Cork. The iScholars' research at Decarb-AI research centre will focus on using cutting-edge AI to advance climate mitigation and adaptation across Ireland, with key focus areas including:

— AI-optimised renewable energy systems and data centre sustainability

— Machine learning for water quality forecasting and peatland restoration

— Earth-observation and biodiversity modelling for land-use policy

— AI-supported sustainable finance tools for SMEs

— Transparent AI decision-support systems for real-time decarbonisation planning

The launch of Decarb-AI is a major milestone for the Innovate for Ireland programme. It follows on from the programme's successful launch in early 2025, which saw the recruitment of the first cohort of 11 iScholars working in a variety of research disciplines. iScholars are outstanding researchers with entrepreneurial qualities and a passion for sustainability.

Yvonne McCarthy, Head of Sustainability Research, AIB, commented: "Tackling climate change requires both ambition and innovation. AIB is proud to partner with Innovate for Ireland on Decarb-AI, an initiative that brings world-leading researchers together to accelerate Ireland's transition to a low-carbon economy. By supporting the development of AI-driven tools for energy and sustainable finance, we're helping to unlock some of the solutions that will ensure that businesses and communities can make meaningful progress on decarbonisation that allows them to thrive."

Dr Diarmuid O'Brien, CEO of Research Ireland, commented: "By combining advanced AI research with real-world climate challenges, Decarb-AI has the potential to generate solutions that are both scientifically rigorous and nationally impactful. This initiative will train the next generation of interdisciplinary leaders and strengthen Ireland's credentials in climate research innovation."

Andrew Parnell, Lead PI and Professor of Data Science for Weather and Climate at University College Dublin, commented, "AI is the catalyst required to solve the multi-objective problems inherent in climate resilience. Through Decarb-AI, we are fostering a research environment where advanced data science meets urgent environmental necessity through our new iScholars. Our focus is on creating scalable, academically rigorous, and industry-ready outputs ranging from peatland restoration to sustainable finance. We must ensure that Ireland remains at the global forefront of excellence in AI and sustainability."

Dr Simon Boucher, Chief Executive, Global Innovators Ireland, commented: "The opening of the Decarb-AI national centre is an important step towards realising the Innovate for Ireland vision of establishing Ireland as a world-leading hub for sustainability innovation and helping to address the world's most pressing challenges."

Applications for a second cohort of researchers to Decarb-AI will be invited from ambitious candidates with backgrounds in AI, data science, engineering, environmental science, ecology, geography, finance, and related fields who want to bui...

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An international team of astronomers, led by a PhD student at University of Galway, have made the groundbreaking discovery of a second planet in the same system where they discovered another planet last year.

Detected at an early stage of formation in the disc around a young star, the young planet named WISPIT 2c is estimated to be about 5 million years-old and most likely ten times the mass of Jupiter.

The star, WISPIT 2 is located in the constellation of the Eagle, a prominent equatorial constellation visible in the summer northern hemisphere (July-November) along the Milky Way.

The study was led by PhD student Chloe Lawlor from the Centre for Astronomy at the School of Natural Sciences and the Ryan Institute at University of Galway, in collaboration with PhD student Richelle van Capelleveen, Leiden Observatory, Netherlands and postdoctoral researcher Guillaume Bourdarot, Max Planck Institute for Extraterrestrial Physics in Garching, Germany.

This major find for the field of astronomy makes WISPIT 2 only the second-known young (and still forming) multi-planet system. WISPIT 2 may resemble the young Solar System with now two gas giant planets embedded in its multi-ringed dust disk. This includes the now confirmed planet WISPIT 2c and the planet WISPIT 2b, which was discovered last year by the same research team (led by Richelle van Capelleveen at Leiden Observatory and Dr. Laird Close from the University of Arizona).

The new planet is a very young gas giant based on the temperature and its radius from the atmosphere spectrum. It is twice as massive as the previously detected WISPIT 2b and orbits four times closer to its host star, which makes it incredibly difficult to detect with ground-based telescopes.

The study has been published in Astrophysical Journal Letters.

The presence of this second planet was detected using the European Southern Observatory's (ESO's) Very Large Telescope in Chile's Atacama Desert. By linking several telescopes together to act as one giant instrument, the research team was able to observe regions very close to the star.

The team detected carbon monoxide gas, a chemical that is commonly found in the atmospheres of young giant planets. Carbon monoxide leaves a strong and distinctive chemical signature in telescope data, providing the crucial evidence needed to confirm the planet's existence.

Chloe Lawlor, PhD student, Centre for Astronomy, School of Natural Sciences, University of Galway, said: "After the initial discovery of WISPIT 2b, which I was also involved in, we suspected there might be another object in the system. At first, we weren't sure if it was a planet or a very large dust clump. We very quickly made follow-up observations using the Very Large Telescope Interferometer, an incredible setup where multiple telescopes can be connected to form a large virtual telescope. This allowed us to take what we call a spectrum, which is essentially a chemical fingerprint, revealing the elements and molecules in an object's atmosphere.

"Carbon monoxide is one of the key signatures we are looking for in young giant planets. When we saw it clearly in the data, that was when we knew we had something significant. There was definitely an element of disbelief. I didn't expect to be the one to find a second planet in the system. When I sent the spectrum to my supervisor Dr Christian Ginski, it was a huge shock and upon further examination, he confirmed I'd found a planet!

"WISPIT 2 will become an important laboratory to study planet formation."

To uncover the hidden planet, the research team used the European Southern Observatory's (ESO's) Very Large Telescope Interferometer (VLTI), which captured an image of the object and allowed also for the first study of its atmosphere. The team specifically used the recently upgraded instrument GRAVITY+, which allows the light from all four of the eight metre telescopes of the ESO to be combined. This challenging technique using cutting-edge instrumentation was fun...

On March 5th, 2026, Minister for Further and Higher Education, Research, Innovation and Science, James Lawless TD, and Minister for Education and Youth, Hildegarde Naughton TD announced that almost €6 million in funding would be used to support thirty-two projects designed to engage the public in science, technology, engineering, and mathematics (STEM) through the Research Ireland Discover Programme.

The Research Ireland Discover Programme is a national initiative to widen participation in STEM. This year's projects will engage with people of all ages, from early childhood through to adulthood, through creative, community-embedded, and inclusive approaches to STEM engagement.

Research Ireland Discover Programme awards NCI

NCI's STEM for All: Multiple Inclusive STEM Engagements for Families, Communities project, led by Professor Paul Stynes, Dean of the School of Computing, has been awarded €60,000.00 in funding.

About the project

The STEM for All project builds on Research Ireland funded programming, supporting STEM identities, skills, and aspirations of children and families facing significant socio-economic challenges in Dublin's Inner City by creating multiple, accessible, inclusive opportunities for disenfranchised families to gain confidence, competence, and a sense of belonging in STEM, and the research and innovation world

Professor Paul Stynes, Dean of NCI's School of Computing, shares, "This funding allows us to further advance our research into inclusive STEM education, building a stronger evidence base on what works in engaging children and families from underrepresented communities. As Principal Investigator, it enables us to evolve and scale our programmes in a way that is both research-informed and community-driven, strengthening pathways into STEM from an early age through to future study and careers.

It also reinforces NCI's role in leading impactful, inclusive research that connects education, community engagement, and long-term societal outcomes."

NCI's Early Learning Initiative (ELI) is a grassroots public purpose project addressing systemic inequalities; empowering at-risk children to discover their STEM identities through creative, engaging experiences that encourage scientific thinking.

STEM is embedded across ELI's early intervention programmes: STEM Play & Learn (home visits, ages 4–6), weekly Coding Clubs (ages 7–12), Senior Coding Club (ages 13–16), STEM events for families. Local advocacy, accessible family learning, and parent engagement are central to inclusive education, building science capital, and resilient communities.

Recognising parents' profound role in shaping children's learning outcomes and aspirations, ELI's programming expands, incorporating insights from their 2024 Parental Attitudes to STEM and Digital Technology research, including findings from in-depth case studies exploring long-term STEM engagement in disadvantaged families.

To deepen impact and engagement several new elements will be introduced: Think Like a Scientist pilot, an initiative aimed at bridging a gap in children's scientific understanding through inquiry-based learning; bespoke parent technology clinics; and STEM 101 sessions demystifying core concepts, giving parents tools to support their child's learning. In parallel, ELI is developing longitudinal analysis framework exploring how sustained participation in the STEM programmes influences young people's aspirations and progression to third-level education.

Brigina O'Riordan, Assistant Director of ELI's Community Services Programmes, shares, "This funding will enable children and families in Dublin Inner City to engage in high quality, accessible, and engaging STEM learning experiences, building confidence, curiosity, and awareness in the scientific method. This programme is intentionally designed to promote access, inclusion, and diversity, with strong participation from underrepresented groups, supported by NCI as a safe and welcoming community space."

Researc...

UGREEN have launched a new series of Thunderbolt 5 compatible devices and have sent us their Revodock Maxidok 17-in-1 Thunderbolt 5 Docking Station to take a look at. This dock is jam-packed with ports, specs and features which allow you to connect and charge all of your devices, store data externally and transfer it between connected devices at blistering speeds.

As this is a Thunderbolt 5 device, it caters to the higher end of the laptop and display market, but it is also backwards compatible and still works extremely well when connecting to devices with standard USB-C.

If your devices support Thunderbolt, though, the convenience and speed at which you can transfer data is so fast it seems unbelievable at times!

What's in the Box

Along with the dock, UGREEN include everything you will need to get up and running. There is a 240-watt external power adapter to power everything. It comes with 3 different cables with plug tops to suit the main world regions. There is a heat sync for an NVME drive and a screwdriver included for installation.

UGREEN Revodock Maxidok 17-in-1 Thunderbolt 5 Docking Station Design and Specs

We have reviewed many UGREEN products over the years and have always been impressed with their build quality and design. With the Revodock Maxidok, though, UGREEN have really upped their game, and everything about this product has a really premium look and feel.

Starting with the box, the hinged opening presents the dock front and centre of the packaging and feels more reminiscent of what you would see with a fancy watch, and it's a good indicator of the effort that has been put into the overall product. All of the accessories included are also of high quality and well packaged.

Moving on to the Revodock Maxidok itself, the premium material vibe continues. The steel chassis feels solid and is finished in a two-tone space grey type colour and copper, which is diagonally split along the sides.

The front face of the device has the power button, 3 x USB-C ports, a micro and full-size SD card slot, capable of 312MB/s transfer and a headphone jack. The bottom of the device has a hatch and bay for an M2 NVMe drive, with the back of the device having the remainder of the ports.

These include: 2 x Thunderbolt 5 Downstream ports, 1 Thunderbolt 5 Upstream port, 1 x DisplayPort, Audio In & Out ports, 3 x USB-A ports capable of 10Gbps and a 2.5GbE Ethernet port. The device can also supply 240 watts to charge devices and power peripherals, and you can keep everything secured to your desk with a Kensington lock.

Some of the other headline features include:

All-in-one expansion: 17 ports for data, video, networking, storage, and charging.

Ultra-fast data transfers: Supports up to 120Gbps unidirectional bandwidth and 80Gbps bi-directional bandwidth

Built-in NVMe PCIe Gen4 x4 M.2 slot: Open and edit 4K assets and large files directly, with no waiting around for copying or loading. More affordable than upgrading internal device storage.

Flagship multi-display support: Supports three independent displays (Windows), two independent displays (Mac), as well as single 8K@60Hz or dual 6K@60Hz outputs.

Built-in 2.5GbE network port: Transfer large files such as 4K footage quickly and reliably. No need to worry about flaky WiFi connections.

24/7 stable performance: Advanced thermal engineering keeps performance stable even throughout 24/7 high-load testing, with the surface remaining under 40°C.

Day-to-Day Use

For a high-spec device such as the Revodock Maxidok, there are a number of consumers out there who have the right equipment chain and workflow process that will make this device seem like a "must buy", but it is also a really useful device to have outside of these scenarios.

The first people who will clearly benefit from a device like this are people who are in the Apple ecosystem and mainly do their day-to-day computing on a laptop or tablet. Apple devices have been Thunderbolt compatible for some time, and as they release new d...

The Irish Tech News Podcast is now 10 years old ,and over the years we have covered a wide variety of tech topics over 1700 episodes. To celebrate this milestone I have a very special guest, Alexia Cambon appearing on the podcast. Alexia, is a senior director of research at Microsoft and I caught up with her at the recent Microsoft AI Summit in Dublin.

Alexia talks about her background, AI in the work place, intelligence work, writing for AI, copilot, and more.

More about Alexia Cambon:

Alexia leads research for the Future of Work & M365 team as a Senior Director at Microsoft, working to identify emerging research opportunities and delving into customers' most pressing workforce challenges. She co-leads Microsoft's cross-company research initiative examining AI's impact on productivity and performance, and is a seasoned presenter and speaker with a passion for storytelling and creative thinking. Alexia's areas of focus include AI, hybrid work design, and organisational culture. She has written for HBR and The Guardian, and has been featured in NPR, Forbes and The Times (UK).

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Ireland's European Climate Pact Ambassadors will this week be attending the Pact's Annual Conference in Brussels, held this year under the theme of 'Together in Action'. Together with Ambassadors from other member states, Ambassadors Dr Laura Kirwan and Martin Brocklehurst will be showcasing their work in driving grassroots community climate action throughout Ireland.

As a Sustainability Lead at Nutritics, an Irish-headquartered global leader in food data technology, and an expert in eco-friendly food systems, Dr. Kirwan has drawn on her extensive experience to create a sustainable menu for the event using the "Footprint" software, a digital tool allowing for the analysis and creation of eco-friendly dishes. An experienced thought leader on the role of food in fighting climate change, Dr Kirwan previously spoke at COP29, and served as a delegate at last year's UN World Food Forum.

Joining Dr Kirwan will be Martin Brocklehurst, whose work as an Ambassador centres on the role of citizen science in driving grassroots climate action, advocating for citizen science as a key part of implementation plans for major global environmental resolutions. A veteran of climate action, Brocklehurst has spent over four decades involved in environmental efforts in the public sector, as well as with academic and NGO clients on major EU projects.

The Annual Conference represents a landmark moment in the European climate calendar, bringing together over 500 citizens, policymakers, businesses and community leaders from all 27 EU member states to connect in a shared celebration of the collective action needed to drive Europe's transition to a climate-neutral future.

See more stories here.