Price Shopping Without the Chaos: A Practical Method for Comparing Dental Supplies

Section 1: Start with a repeatable comparison method, not a one-off deal hunt

Most practices do not overspend on supplies because they never compare prices. They overspend because comparing prices is often done in a rushed, inconsistent way, usually right when something is running low. When that happens, the team defaults to whatever is fastest, not what is best. A structured approach to how to compare prices on dental supplies? begins by turning price shopping into a routine with clear rules so the practice is not reinventing the process every time an order is placed.

This post lays out an educational, step-by-step system for comparing supply costs without multiplying SKUs, breaking clinical consistency, or creating extra work for the team.

Why “lowest price” is the wrong first question

The right first question is: “Lowest price for what, exactly?”

Dental supplies are not a commodity in the way printer paper is. Two products can look similar but differ in performance, compatibility, shelf life, packaging size, or shipping constraints. If you only chase the lowest unit price, you can easily increase total cost by triggering:

  • more substitutions that confuse the team
  • more waste from expired product
  • more hidden spend from shipping thresholds and rush orders
  • more time spent correcting errors and returns

A better goal is to lower total cost while keeping clinical outcomes stable.

Step 1: Define the “exact match” before you compare anything

Price comparisons only work when you lock down what you are comparing.

For each product you want to price shop, define:

  • Manufacturer and product name
  • Exact item number or SKU
  • Size, count, and packaging configuration
  • Any clinical compatibility requirement (for example, matching bonding system accessories)
  • Acceptable alternates, if any

Without this, you may compare a 100-pack to a 500-pack, or compare two composites that are not clinically interchangeable. Those errors waste time and can create false savings.

Quick rule: If the packaging count is different, your unit cost comparison must be normalized.

Step 2: Choose a small “comparison basket” that represents real spend

Trying to compare every item in the office is overwhelming. Start with a basket of 25 to 40 items that represent a meaningful portion of your recurring spend.

A good basket includes:

  • Gloves (core sizes)
  • Sterilization pouches and indicators
  • Disinfectant wipes and barriers
  • Gauze, cotton rolls, bibs, cups
  • Suction tips and saliva ejectors
  • Prophy angles and common hygiene consumables
  • A limited set of restorative essentials used weekly

Avoid starting with rare specialty items. You want fast wins in high-volume categories.

Step 3: Compare total landed cost, not just list price

List price is only part of what you pay. Total landed cost includes:

  • Item price
  • Shipping and handling
  • Minimum order thresholds
  • Rush fees
  • Returns friction (time cost)
  • Backorder risk (clinical disruption cost)

Two vendors may have similar unit pricing, but one may consistently ship late or substitute items. That creates downstream costs that do not show up on a single invoice line.

Practical tip: When comparing vendors, keep a note for each one:

  • on-time delivery reliability
  • substitution frequency
  • ease of returns

Over time, that note becomes your vendor scorecard.

Step 4: Standardize what you buy before you try to optimize what you pay

Many practices try to save money while still carrying too many variations of the same product category. That makes comparisons messy and makes it easy to “save” in one area while overspending in another.

Before you price shop aggressively, reduce redundancy:

  • Choose one primary glove brand and one backup
  • Limit prophy paste options
  • Standardize paper goods and barriers
  • Align restorative systems as much as clinically feasible

Fewer SKUs makes price shopping far more effective because you concentrate volume and reduce waste.

Step 5: Use a two-tier comparison process: exact matches first, alternates second

A clean comparison follows this order:

Tier 1: Exact match comparisons

Compare the same product across vendors. This is the safest way to save because it does not change clinical behavior.

Tier 2: Controlled alternate comparisons

Only after you compare exact matches should you evaluate alternates. Alternates can save money, but they create change management work:

  • training
  • compatibility checks
  • team preference concerns
  • inventory transition plans

If you skip Tier 1, you may change products unnecessarily when the same product was already available cheaper elsewhere.

Step 6: Protect your practice from “alternate creep”

Alternate creep is when alternates get added but the original product never gets removed. This inflates inventory, increases expiration risk, and confuses staff.

A simple rule prevents it:

  • If an alternate becomes approved, the replaced item is phased out intentionally.

That means:

  • set a depletion plan for the old product
  • do not reorder the old product
  • store remaining old stock in one visible location so it gets used up first

This is also where reorder points matter. If you do not have clear reorder triggers, staff will continue reordering the old product out of habit.

A structured approach to reorder points and inventory levels supports cleaner transitions because the team is ordering based on defined minimums and maximums, not intuition.

Step 7: Build a simple spreadsheet that normalizes costs correctly

If you want a manual method that works, your spreadsheet should include:

  • Item name and SKU
  • Pack size (units per box)
  • Vendor A price per box
  • Vendor B price per box
  • Vendor C price per box
  • Unit cost (price per box divided by units)
  • Shipping estimate or shipping threshold note
  • Notes on substitution risk or lead time

This prevents the most common comparison error: picking the lowest box price without realizing it is a smaller pack.

Optional but useful: add a “monthly usage” column so you can estimate monthly cost impact. Saving $3 on an item used once a quarter does not matter. Saving $0.50 per patient on a daily consumable adds up quickly.

Step 8: Compare frequency-based spend, not just item-based savings

Once you have unit costs, look at savings through a usage lens.

Classify your basket items into:

  • High frequency: used daily or multiple times per day
  • Medium frequency: used weekly
  • Low frequency: used monthly or less

Then prioritize changes in this order:

  1. High frequency exact match savings
  2. High frequency alternate savings (if clinically safe)
  3. Medium frequency exact match savings
  4. Everything else

This approach saves time because it focuses energy where the spend actually lives.

Step 9: Use cycle counting to stop price shopping from turning into overstocking

A common side effect of finding “better deals” is ordering more than you need. Practices see a discount, buy too much, then discover the product expires or gets forgotten.

Cycle counting reduces this risk because it keeps inventory accurate and prevents “phantom shortages” that trigger extra purchases.

A workable cycle counting structure is:

  • weekly counts for a small set of critical, high-value items
  • monthly counts for medium items
  • quarterly spot checks for slow movers

A practical framework for cycle counting schedules helps practices avoid full shutdown inventories while still keeping reorder decisions grounded in reality.

Step 10: Create a quarterly “price review” rhythm instead of constant shopping

Constant price shopping drains staff time. A better model is a scheduled review:

  • Quarterly: re-price your basket items across vendors
  • Monthly: monitor only major spikes and substitutions
  • Weekly: reorder based on par levels, not on shopping impulses

This balances savings with operational sanity. It also reduces the risk that your team will substitute products randomly because they are constantly searching for “the best deal.”

Common mistakes that sabotage price comparisons

Mistake 1: Comparing different pack sizes without normalizing

Fix: always calculate unit cost.

Mistake 2: Switching products without a transition plan

Fix: define what gets replaced and how the old stock will be depleted.

Mistake 3: Chasing discounts by buying too much

Fix: set max levels and use cycle counting to keep inventory accurate.

Mistake 4: Letting substitutes become permanent by accident

Fix: any substitute triggers a decision: one-time exception or approved alternate.

Mistake 5: Ignoring time cost

Fix: measure staff time spent ordering and correcting errors, not just price savings.

Conclusion: The best comparison system is the one your team can repeat

Comparing dental supply prices is not a one-time project. The real savings come from a repeatable method that:

  • defines exact matches
  • measures total landed cost
  • prioritizes high-frequency items
  • controls alternates to prevent SKU creep
  • uses reorder points and cycle counting to prevent overbuying

If your practice turns price comparison into a quarterly habit supported by clear inventory controls, you can reduce supply spend while keeping the clinical experience consistent for both staff and patients.

How Technology Is Improving Safety in Schools

School safety has shifted from reactive measures to proactive, technology-driven systems. Modern institutions are integrating hardware, software, and data analytics to monitor environments, detect risks, and respond to incidents in real time. These systems are designed to address a range of concerns, including unauthorized access, behavioral risks, and environmental hazards.

Technology is now a central component in creating controlled and secure educational environments.

Access Control and Entry Management

Controlling who enters and exits school facilities is a foundational aspect of safety. Traditional methods such as manual sign-ins are being replaced by digital access control systems.

These systems use keycards, biometric authentication, or mobile credentials to regulate entry points. Access permissions can be assigned based on roles, ensuring that only authorized individuals can enter specific areas.

Advanced systems also log entry and exit data, creating a record that can be reviewed if an incident occurs. This improves accountability and enables faster investigations.

Surveillance and Real-Time Monitoring

Video surveillance systems have evolved beyond passive recording. Modern systems incorporate real-time monitoring, motion detection, and automated alerts.

High-resolution cameras combined with analytics software can identify unusual behavior patterns, such as loitering in restricted areas or unauthorized movement during off-hours.

Key capabilities include:

  • Continuous monitoring of high-risk zones
  • Automated alerts triggered by predefined conditions
  • Integration with security personnel for rapid response

These systems provide situational awareness and reduce response times during incidents.

Environmental and Behavioral Detection Systems

Schools are increasingly deploying sensors to detect environmental and behavioral risks. These systems monitor air quality, noise levels, and specific activities that may indicate unsafe conditions.

For example, solutions from providers such as Triton Sensors use advanced detection technology to identify activities like vaping in restricted areas. These systems provide real-time alerts, allowing administrators to intervene quickly.

Detection systems enhance safety by identifying risks that are not visible through traditional monitoring methods.

Emergency Communication and Alert Systems

Effective communication is critical during emergencies. Technology enables schools to broadcast alerts across multiple channels simultaneously.

Mass notification systems can send messages via text, email, and public address systems. These alerts provide instructions and updates during incidents such as lockdowns or evacuations.

Communication systems support:

  • Rapid dissemination of emergency instructions
  • Coordination between staff, students, and first responders
  • Reduction of confusion during critical situations

Reliable communication improves response coordination and safety outcomes.

Data Integration and Centralized Control

Modern safety systems are most effective when integrated into a centralized platform. This allows administrators to monitor multiple systems from a single interface.

Integration combines data from access control, surveillance, and sensor systems. This provides a comprehensive view of the school environment.

Centralized control enables:

  • Faster decision-making based on real-time data
  • Coordinated responses across different safety systems
  • Simplified management of security operations

Unified systems improve efficiency and reduce fragmentation.

Threat Detection Through Analytics

Data analytics is increasingly used to identify potential threats before they escalate. By analyzing patterns in behavior and system data, schools can detect anomalies that may indicate risk.

For example, repeated access attempts to restricted areas or unusual activity patterns can trigger alerts. Predictive analytics allows administrators to take preventive action.

This approach shifts safety management from reactive to proactive.

Cybersecurity and Digital Safety

As schools adopt more digital tools, cybersecurity becomes a critical component of safety. Protecting student data and preventing unauthorized access to systems is essential.

Security measures include encryption, secure authentication, and regular system monitoring. These controls prevent breaches that could compromise sensitive information.

Digital safety ensures that technological systems themselves do not become vulnerabilities.

Staff Training and System Utilization

Technology alone does not ensure safety. Staff must be trained to use systems effectively and respond appropriately to alerts.

Training programs should cover system operation, emergency procedures, and incident reporting. Well-trained staff can interpret data accurately and take timely action.

Effective utilization of technology depends on both system capability and user competence.

Scalability and Adaptability of Safety Systems

School environments change over time, requiring systems that can adapt to new challenges. Scalable solutions allow institutions to expand or modify safety infrastructure as needed.

Modular systems enable incremental upgrades without replacing entire frameworks. This ensures that safety measures remain aligned with evolving requirements.

Adaptability supports long-term effectiveness.

Balancing Safety and Privacy

Implementing safety technology requires careful consideration of privacy concerns. Surveillance and data collection must comply with legal and ethical standards.

Schools must establish clear policies regarding data usage, storage, and access. Transparency helps maintain trust among students, parents, and staff.

Balancing safety and privacy ensures that security measures are both effective and responsible.

Technology is transforming school safety by enabling real-time monitoring, proactive risk detection, and coordinated response systems. From access control to advanced sensor solutions, these tools provide comprehensive protection across multiple dimensions. When integrated effectively and supported by trained staff, technology enhances both safety and operational efficiency in educational environments.

Ireland’s Age-Friendly AI Training Programme Launches in Cavan

The Age-Friendly AI training programme, Ireland’s National Artificial Intelligence Literacy Initiative for Older Adults, was officially launched at Johnston Central Library in the Farnham Centre in Cavan on Monday. The programme is delivered by researchers from Technological University Dublin and the ADAPT Research Ireland Centre. Funded by Research Ireland, the initiative will roll out in public libraries across Ireland throughout 2026 in partnership with Libraries Ireland, managed by the Local Government Management Agency.

Age-Friendly AI was developed in partnership with older adults and leading ageing-focused organisations across Ireland. This training programme follows a year-long public dialogue exploring their hopes, concerns and expectations regarding artificial intelligence (AI) and its role in everyday life. Accompanying resources and training materials for librarians and other educators will support lifelong learning in their communities.

Speaking about the launch, Minister of State with responsibility for trade promotion, artificial intelligence and digital transformation, Niamh Smyth TD said:

As technology accelerates, we must ensure our progress is measured not just by the speed of innovation, but by its inclusivity. No citizen should be left behind in the wake of advancement. That is why the work being done through ADAPT’s Age-Friendly AI programme is so vital, it bridges the generational divide, ensuring that the rewards of AI are accessible, equitable, and empowering for everyone, regardless of age. I was delighted to work alongside the team at ADAPT to arrange for the Launch of Phase 2 of the Age-Friendly AI project held in Johnston Library, Cavan, and wish the project continued success.”

Stuart Hamilton, Head of Libraries Development for the Local Government Management Agency (LGMA) said

“Libraries Ireland is proud to support the Age Friendly AI initiative as part of our national Skills for Life programme. Libraries are trusted, welcoming spaces at the heart of every community and play a vital role in ensuring learning is inclusive and accessible as society evolves. Already this year, we have seen Age Friendly AI engagements in libraries across several counties, and over the rest of 2026, libraries across Ireland will host a national rollout of the programme. Ultimately, this is about ensuring older people are part of the conversation on AI, giving them the time, support and confidence to engage at their own pace.”

Dr Emma Clarke from the ADAPT Centre said,

“Ongoing dialogue, enabled by the #DiscussAI national conversation on Artificial Intelligence, is at the very heart of this programme. By listening to older people from the outset, we ensure that the individuals this training aims to reach are actively involved at every stage of the process. This collaborative approach ensures that the programme is relevant and resonates with the real-life experiences and needs of older adults across Ireland.”

Paula Kelly, Age-Friendly AI Lead at TU Dublin, added:

“We are delighted to be partnering with the LGMALibraries Ireland, under their Skills for Life programme, as well as over twenty other community partners, to bring this training to every corner of the country. The Age-Friendly AI initiative isn’t just about teaching AI technology; it’s about making sure older adults aren’t left behind as AI becomes part of our everyday products and services, from healthcare to banking to staying in touch with family.”

The launch event began with an introductory workshop on artificial intelligence (AI) delivered by Paula Kelly. Participants explored what AI is, where it appears in daily life and how it is shaping areas such as healthcare, banking and communication. The session also examined both the benefits and potential risks of AI and allowed attendees to try AI tools in a supportive, hands-on environment.

The event also featured remarks from Paula Butler, Assistant Chief Executive and Head of Local Government Strategy, Research and Communications at the Local Government Management Agency, who highlighted the role of libraries in supporting community learning and digital inclusion.

Following the formal launch, attendees tried out interactive demonstrations, including “Spirit of Radio,” a vintage radio with a modern AI twist; an “Art or AI?” exhibit that challenged participants to distinguish between human-created and AI-generated artwork; and a voice-activated smart lamp.

The Age-Friendly AI training programme will continue to roll out in libraries across Ireland throughout 2026, providing accessible, community-based opportunities for older adults to learn about and experiment with artificial intelligence technologies. No previous knowledge of AI is necessary.

For updates on upcoming workshops and programme developments, members of the public can sign up to the Age-Friendly AI newsletter.

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.

Uber scales on AWS to help power millions of daily trips and to train its AI models

Uber, the world’s largest ride-sharing and on-demand delivery company, is expanding its infrastructure and artificial intelligence (AI) capabilities on Amazon Web Services (AWS). Uber is using AWS Graviton instances to support more of its Trip Serving Zones, the real-time infrastructure behind every ride and delivery, and has started pilot training some AI models on Trainium—enabling faster rider and delivery matching, global demand handling, and smarter, more personalized experiences for millions of daily users.

Every time you open Uber and request a ride or delivery, a series of split-second decisions happens behind the scenes. Which driver is closest? What’s the fastest route? How long will it actually take? Getting those answers right instantly—for millions of people at once—requires the right infrastructure for Uber to deliver these capabilities at scale during rush hour and major events.

How Graviton helps power millions of trips in real time

Uber’s Trip Serving Zones are part of the system that makes sure every ride and delivery runs smoothly, which requires making millions of predictions and processing location data in milliseconds.

Now, Uber is expanding its use of AWS compute, storage, and networking to help power real-time operations for Trip Serving Zones. By running more of these workloads on AWS Graviton, Uber can reduce energy consumption while scaling rapidly during demand spikes, both reducing latency and optimizing costs. Graviton’s high performance enables some of the real-time calculations that help match riders with drivers faster—without compromising reliability, availability, or security.

“Uber operates at a scale where milliseconds matter,” said Kamran Zargahi, vice president of engineering at Uber. “Moving more Trip Serving workloads to AWS gives us the flexibility to match riders and drivers faster and handle delivery demand spikes without disruption.”

Improving Uber rides at scale with AWS Trainium chips

Uber has also begun experimenting with AWS Trainium to train some of the AI models that help power its apps. These models analyze data from billions of rides and deliveries to determine which driver or courier to send, calculate arrival times, and recommend the best delivery options to the customer. Training AI at this scale requires enormous computing power—Trainium provides an efficient, cost-effective way to do it. As the models learn from more trips, Uber delivers faster matches, more accurate arrival time estimates, and more personalized recommendations to customers worldwide so they can get where they are going faster and receive their deliveries sooner.

“By starting to pilot some of our AI models on Trainium, we’re building a technology foundation that will make every Uber experience smarter—so we can keep our focus where it belongs: on the people who use Uber every day,” Zargahi said.

“Uber is one of the most demanding real-time applications in the world, and we’re proud to be an important part of the infrastructure powering their global operations,” said Rich Geraffo, vice president and managing director of North America at AWS. “We’re helping Uber deliver the reliability hundreds of millions of people count on today—and the AI-powered experiences that will define ride-sharing and on-demand delivery tomorrow.”

Learn more about how AWS Graviton and Trainium are helping companies build faster, more efficient AI applications.

How Technology Is Changing Rugby in 2026

From the data vest worn under a player’s jersey to the bunker review that can overturn a referee’s call, technology is reshaping how rugby is coached, officiated, and how players are kept safe, with the Rugby World Cup in Australia next year adding urgency to every decision.

Smart Mouthguards: A Turning Point for Player Welfare

World Rugby mandated the Prevent Biometrics instrumented mouthguard across all elite competition from January 2024, backing the rollout with €2 million. 

Transmitting impact data via Bluetooth to a pitchside doctor, the device triggers a Head Injury Assessment when a collision exceeds a set g-force threshold. 

A newer version with LED lights debuted at the 2025 Women’s Rugby World Cup and is confirmed for the men’s Rugby Championship ahead of RWC27, representing a significant step forward in real-time concussion identification.

GPS Tracking: The Data Behind Every Metre

The GPS vest has become standard kit at elite level, with devices from providers like STATSports and Catapult tracking distance, speed zones, and collision counts in real time. 

The data is position-specific, meaning backs and forwards are managed on different conditioning programmes, with AI now used to refine individual training loads further. 

Platforms like Vodafone’s PLAYER.Connect pull GPS, heart rate, and biometric data into a single coaching dashboard, and by the time squads assemble for Australia, performance staff will have years of granular player data to draw on.

Referee Technology: Progress With Caveats

The Foul Play Review Officer process and TMO system give referees access to multiple camera angles and a dedicated bunker team, allowing decisions on foul play, try awards, and card upgrades to be reviewed with a level of scrutiny impossible in real time. 

The 2026 Six Nations largely demonstrated the system working as intended, though the closing stages of France’s title-winning 48-46 victory over England drew criticism after the TMO was accused of intervening outside its permitted scope. 

World Rugby has since appointed an independent panel with a July deadline to resolve questions about protocol consistency and referee authority during reviews before Australia.

The Stakes

Rugby in 2026 finds itself better equipped than ever to protect players and improve decision-making, but the sport is still resolving where the boundaries of technological intervention should lie. With the World Cup less than a year away, the pressure to get that balance right has never been greater.

Skullcandy Introduces Push 540 Open

Skullcandy, the original lifestyle audio brand, has introduced the Push 540 Open, a new open-ear true wireless earbud designed for people who want to stay connected to their surroundings while listening to music, podcasts or calls. 

Designed for active lifestyles and everyday use, Push 540 Open combines a secure over-ear hook fit with an optional detachable magnetic neckband for added stability when on the move. Whether commuting, working, or training, the design ensures the earbuds stay comfortably in place. 

With up to 42 hours of total battery life, including 10 hours in the earbuds and an additional 32 hours in the charging case, Push 540 Open is built to last throughout the day. Rapid Charge support means a quick 10-minute charge delivers up to two hours of playback, helping users stay powered through busy schedules. 

The earbuds also feature IP44 sweat, dust and water resistance, making them suitable for workouts and outdoor use. Compatibility with the Skullcandy app allows users to customise EQ settings, button functions and audio preferences. 

BUY Push 540 Open – £79.99 

See our Skullcandy reviews

Taoiseach Micheál Martin announces €750,000 funding from Google.org for Docklands upskilling initiatives

Taoiseach, Micheál Martin joined Google’s Vanessa Hartley at the Fair Play Cafe in Ringsend today to announce €750,000 in funding from Google.org, the philanthropic arm of Google, to St Andrews Resource Centre. This project will deliver comprehensive wrap-around training and support to 1,000+ unemployed individuals and early school leavers in Dublin Docklands communities, aiming for at least 50% of beneficiaries to access further education or employment opportunities.

The funding will help future-proof Dublin’s Docklands communities through hyperlocal training initiatives that will strengthen essential skills and provide support to help people access jobs, education, and long-term employment opportunities.

Google.org provided the funding to St Andrews Resource Centre who will use the funds to support the work of This City Works, a platform between Dublin city-based community employment services, helping job seekers in Dublin find the right job for them. The training will be delivered through several vital programmes. These include a certified Train-the-Trainer programme for unemployed adults, an expanded community-based digital support for early school leavers and long-term unemployed, and a Level 5 Homecare Assistant course for 20 learners aimed at bridging local employment gaps and preparing students for AI-linked apprenticeships.

The grant will also fund wraparound support across multiple partner organisations such as LIR, Lets Go, FAACT, Fair Play Digital Hub, and others to ensure learners can access coaching, mentoring, and practical assistance. The initiative will support 100 learners through career development programmes, upskill students in ten local schools, and enable 15 learners with additional support needs to complete a modular employment programme.

Speaking at today’s event Taoiseach Micheál Martin said:

“The strength of Ireland’s digital future lies in our people. This initiative directly supports our national ambition to make Ireland a global leader in applied AI. It is vital that early school leavers and those seeking new career paths have direct access to AI and digital literacy. This project shows that when we align community needs with the right training, we create a more inclusive, resilient, and future-proof workforce for the Dublin Docklands and beyond. I want to thank Google.org for its continued commitment to this invaluable work.”

Vanessa Hartley, Head of Google Ireland, said:

“The Docklands has been our home for over twenty years and we are dedicated to working in partnership with our neighbours to identify the skills and support they need to succeed. In today’s world, fluency in digital tools and AI is no longer optional, it’s essential.  The success of our programmes in recent years is why we remain committed to ensuring people from all backgrounds have access to the skills needed to thrive in an ever-evolving society and work environment.”

Jim Hargis  St Andrews Resource Centre and member of This City Works, said:

“Support like this is the lifeblood of community development. It means we can immediately scale up our operations to meet the rising demand for vocational and AI and digital skills training in the Docklands community. We are grateful to Google.org for its ongoing support on this initiative, which will have a tangible, lasting impact on the lives of our learners and their families.”

The goal of This City Works is to empower vulnerable and at-risk school leavers and unemployed people in the local community of Ringsend and Pearse Street by providing training and skill enhancement opportunities, complemented by support services, with the aim of increasing their employability and promoting social inclusion.

For more information visit This City Works.

Eighteen Events Announced for Dublin City’s Local Enterprise Week 2026

Small businesses and budding entrepreneurs will have the opportunity to sample 18 events aimed at helping them to start or grow their business as part of this year’s Local Enterprise Week in Dublin City. The initiative of the Local Enterprise Offices, supported by Enterprise Ireland and the local authorities, takes place from the 2nd to the 7th of March this year across the country.

While there are hundreds of events taking place nationally during the week, there are plenty of events in Dublin City open to all. These events will focus on helping small businesses or anyone just looking to get started on their business journey to plan, start, sustain and grow.  From AI and Green regulations to Food and Finance workshops there will be something for every type of business across the week.

Each of the 31 Local Enterprise Offices will be running a full programme of events in their area that will cover a variety of topics relevant to small businesses and those starting up.  The events are open to all, from budding entrepreneurs to established businesses and offers the opportunity to get expert advice on key areas of business from raising funds, improving your online presence, the benefits of AI, to how to make your business more productive and save money.

Warren Cray, Head of Enterprise, Dublin City Council said on the upcoming events: 

“Local Enterprise Week is the highlight of the year for us at LEO Dublin City. It’s a real opportunity for businesses to step back and look at where they can grow, innovate, or perhaps become more sustainable — and to discover what support is right on their doorstep. Whether you’re running an established business or you’ve been sitting on an idea and wondering where to start, this is the week to do something about it. I’d encourage anyone with even a passing interest to come along, you might be surprised at what’s possible.”

The Local Enterprise Offices located in the local authorities and funded through Enterprise Ireland support thousands of small Irish businesses and entrepreneurs nationwide.  Since their establishment in 2014 they have been for the first stop for entrepreneurs and small businesses and providing a range of supports including funding, mentoring, training and sector specific expertise to help guide businesses at any stage of their development.

They also run key initiatives to foster entrepreneurship across the country including Local Enterprise Week, National Women’s Enterprise Day, the Student Enterprise Programme and the National Enterprise Awards.  The Local Enterprise Offices are also running a campaign encouraging small businesses to save time money and energy by availing of their competitiveness and productivity supports including Green, Lean and Digital for Business. www.AllInADaysWork.ie

For more information on the Local Enterprise Offices go to www.LocalEnterprise.ie

Details for all the events taking place across the country during Local Enterprise Week, from March 2nd to 7th March, are available at www.LocalEnterprise.ie/Week

For the Full List of Dublin City Events: Local Enterprise Week Dublin City Events 2026.