Tag: Services

Consumer Tech Traps: How Storage Scams Trick Users and How to Protect Your Devices

We’re all annoyed by storage alerts, but we still need them to keep our devices running smoothly. Smartphone and computer users see these notifications when space is running low. Most people quickly respond to avoid performance issues. This habit created an opportunity that scammers know how to exploit. 

One of the most common tactics is based on a fake “disk full” warning, which appears as a system-like notification or a browser pop-up. The alert imitates real operating system messages, so it’s difficult for most users to recognize it’s fake at first glance. If you engage, you’ll be redirected to a page that promotes a suspicious app presented as a quick fix.

These scams are designed to feel urgent and legitimate. The message pushes you to act immediately, warning you about potential data loss. To understand how storage scams trick users, you must recognize the subtle signs that show you’re not being offered a legitimate tool. Even cautious users can be misled into entering payment details, so everyone needs to improve their phishing awareness.

Why Storage Alerts Work as a Scamming Strategy

Storage warnings are designed to lead to immediate action. When a device is low on space, its performance degrades. Some apps may stop working properly, so the user feels they have to fix the issue as quickly as possible. This sense of urgency is exactly what makes the alerts effective, but also easy to imitate. 

Scammers take advantage of this user behavior. They create messages that look like official system notifications. The alerts copy the design, language, and structure of real operating systems, so they seem trustworthy at a glance. For users who aren’t deeply familiar with system settings, it’s not easy to distinguish between a legitimate and a fake warning. 

Real storage notifications come from system settings. Scam messages, on the other hand, are triggered through web browsers or redirects. Then how can they trick users? These fake messages are designed to look identical to system pop-ups. Many users never notice the difference. 

First Step to Protection: Learn How Storage Scams Trick Users 

When you understand how these fake alerts work, it will be easier for you to recognize them. Although the design varies, most of these scams follow a pattern. 

  • Fake system warning

The process starts with a pop-up or redirect that displays a message. It might be something like “Your disk is full” or “Storage critically low.” These alerts show up while browsing, clicking on ads, or visiting compromised websites. They look like system-level notifications, using familiar icons and phrases.  

  • Redirect to a fake solution

If you interact with the alert, you’ll be taken to a page that offers a quick fix. This may be shown as a cleaning tool or security utility. Yes; there are legitimate apps that can help you deal with storage. But they are never promoted through “low storage” alerts. Fake pages usually include progress bars, scan results, and warnings that make the situation seem serious. 

  • Installation or payment trap

At this stage, users are encouraged to download software or subscribe to a service. Sometimes the app is unnecessary, but harmless. But in some cases, it may track your activity or request payments for features that won’t solve any real issues. 

Trends and Statistics on Storage Scam Messages

Storage scams are a part of a general increase in online frauds. Recent data shows how quickly the problem is growing. According to the Federal Trade Commission, over $12.5 billion losses to fraud were reported in 2024. That’s a 25% increase compared to the previous year. A big part of these scams were through Internet services, and younger people reported losing money to fraud more frequently than older people.  

The FTC also reported that people lost $3 billion to online scams. We’re seeing a decline in frequency for the traditional methods, such as calls and emails. The fact that these scams are becoming more effective is concerning. Phishing and impersonation tactics are strong entry points. Scammers use believable messages that mimic trusted systems. 

Unfortunately, these scams are effective. The increase in the percentage of targets who lost money shows that the messages are convincing. Storage scams aren’t isolated incidents. They are a part of a larger system of phishing attacks that keep evolving. 

Signs of a Storage Scam

Raising awareness about the warning signs of storage scams is important for improving consumer tech security. These messages do look convincing, but there are a few clear indicators that something isn’t right:

  • The alerts look like system messages, but they appear in the browser. The real storage warnings come from your device’s operating system. They won’t show up from a web page or a pop-up. 
  • Aggressive and urgent prompts are always suspicious. Don’t trust messages like “immediate action required.” Their goal is to pressure you into clicking without thinking too much. 
  • Once you engage with the message, an unfamiliar app will be recommended. Real systems don’t push unknown software as a solution to storage issues. 
  • Fake tools produce too-good-to-be-true scan results. They claim to find dozens of issues in an instant, even before they perform a real scan. 
  • Unexpected redirects are a clear sign of a sign. If you’re taken to an external website that is nowhere near the official app store, don’t trust it. 
  • Any demand for payments or sensitive data is suspicious. 

Being able to recognize the signs of an online scam is the only way to reduce the risks. Stay alert and follow basic security practices, so you’ll avoid falling for these threats. 

Will Regulation Make Casino Choice Harder in Ireland

Gambling in Ireland is in the middle of its biggest shake-up in decades. The Gambling Regulation Act 2024 created a new independent body, the Gambling Regulatory Authority of Ireland (GRAI), and the framework is rolling out in phases starting in 2026. For players trying to find a trustworthy online casino, this raises a fair question: Does all of this make the search simpler or more complicated? The honest answer is both, depending on where you are in the process and what you’re looking for.

What the New Framework Actually Changes

Before the Act, Ireland’s gambling laws were fragmented across several pieces of older legislation. The law itself was written before online casinos even existed, so change has been far overdue. As a result, online casinos largely fell into grey areas, and there was no single authority with the power to license, monitor, and discipline them. The GRAI aims to fill that gap. It will regulate gambling online and in person and has the power to oversee advertising, gambling websites, and apps.

The GRAI’s plan is to open Business to Consumer betting licence applications from December 2025, followed by remote gaming licences by the end of Q1 2026, with remaining licensing categories by the end of 2027. That staggered timeline matters because it means the full picture won’t be visible all at once — operators and players alike are adjusting to a moving target.

The Case for “Easier”

For anyone who has tried to vet an online casino before, the absence of a reliable public register was a genuine problem. That changes under the new regime. The GRAI is responsible for licensing gambling services and maintaining a register of all licensed operators. In practical terms, this means players will eventually be able to cross-check whether a casino is legally operating in Ireland with a single lookup, rather than relying on third-party review sites, like https://casimonka.com/ie/, or hoping the casino’s self-reported information is accurate.

The consumer protection measures are also more concrete than anything previously on the books. The Act provides for the establishment of a National Gambling Exclusion Register and a Social Impact Fund to support research, training, and problem gambling treatment. They will likely follow in the footsteps of the UK Gambling Commission, where players can effectively self-exclude from all online casinos in the same move. Right now, no such option exists in Ireland, and one would need to self-exclude from every single casino individually. Mandatory responsible gambling tools will likely also be a requirement, which is another important step towards a more responsible gaming setting. 

Advertising rules will tighten considerably, too. A statutory watershed prohibits gambling advertising between 5:30 am and 9:00 pm on television, radio, and on-demand audio-visual media. Fewer predatory promotions pushed at vulnerable times means, at minimum, that the ecosystem around casino discovery becomes less manipulative.

The Case for “Harder”

The transition period is genuinely messy. We are still waiting for a genuine switch date, when all online casinos need a GRAI license to target Irish players. The application process for the casinos takes time to commence, meaning that many serious online casinos likely will not be available when the rule takes effect.

For players, the patchwork isn’t straightforward. A casino that was accessible and nominally “legal” under the old system may not have applied for a GRAI licence yet, or may fall outside the current licensing phase entirely. The absence of a licence doesn’t automatically make an operator fraudulent, but it still makes it unavailable for Irish players. This means that an online casino you’ve played at for years may suddenly no longer be an option. 

For many players who are used to today’s situation, it will likely be a big change. They need to look for a new set of trust signals, amongst other factors. 

There’s also the question of operator attrition. The GRAI’s new application process involves a three-stage vetting process covering corporate, financial, and technical checks, with significantly more supporting documentation required than before, and the process may take several months. Smaller or less-established operators may simply not bother, and the market could narrow significantly before it stabilises. Players are used to a lot of options in today’s gaming market. Soon, it will be narrowed to just a handful of operators.

What Players Should Watch For

The GRAI register, once fully populated, will be the most reliable filter available for Irish players. What is new is that Ireland now has a formal complaints channel, and online casinos need to follow Irish regulations to the letter, whatever they may be. The GRAI is responsible for receiving, investigating, and addressing complaints about gambling providers. That’s not nothing — previously, a dissatisfied Irish player had limited formal recourse beyond contacting a foreign regulator that had no particular obligation to act.

Casinos competing for Irish players under the new regime will need to market responsibly or risk regulatory sanction — which should, over time, select for operators with more durable, consumer-friendly practices. However, it will likely result in a lesser choice, in both good and bad. 

Lesser selection, but safer choices

If we look at other European regulated markets, like Sweden and the UK, the regulation has resulted in a more uniform casino selection. They tend to have a lesser selection of casino bonuses available and fewer stand-out features that set them apart. 

For some players, this is fine, but for others, it may turn into a boring experience since there is little difference between the casinos. It also makes it all the more challenging for the casinos themselves since it’s harder to find good selling points that set them apart from the masses. Again, this may result in fewer online casinos targeting the Irish market, since they simply don’t think it’s worth it. 

On the plus side, the safety surrounding online gambling will take a significant step up. Players don’t need to know the difference between international licenses; as long as it has a GRAI license, it’s safe to play at.

How do emergency services navigate complex indoor spaces during critical situations?

When smoke fills a stairwell or a crowd surges toward a locked exit, seconds decide outcomes, and indoor navigation becomes as critical as the siren outside. Recent high rise fires, large venue evacuations, and more frequent multi agency drills have pushed emergency services to modernize how they move inside complex sites. The challenge is immediate: GPS weakens indoors, signage disappears in darkness, and even familiar buildings turn hostile when alarms, debris, and panic reshape every corridor.

When every second counts

Could you pick the right stairwell first? Firefighters and paramedics often enter with incomplete information, and they must choose routes quickly while heat, noise, and stress distort judgment. Dispatchers start with pre incident plans, verified access points, known hazards, and on site contact numbers, then they push that package to vehicle terminals and command tablets, so crews do not waste minutes hunting for a service entrance. Teams confirm their entry point on arrival, and they report changes fast, because a locked fire door or a disabled elevator can reroute the entire operation.

Radio remains essential, yet modern responses add structured data so teams do not rely on memory under pressure. Many services conduct surveys before emergencies occur, and they store hydrant locations, standpipe connections, sprinkler control valves, elevator overrides, and rooftop access routes in shared systems that supervisors can update after renovations. Incident commanders assign sectors, track who advances where, and enforce accountability checks at set intervals, because losing a crew inside a maze multiplies risk for everyone.

Maps that work indoors

How do you map a building you cannot see? Indoor mapping platforms convert architectural plans into navigable layers, with rooms, stair cores, restricted zones, and critical equipment marked clearly for operational use, rather than for a glossy brochure. Responders use those layers to plan approach routes, identify alternate exits, and avoid dead ends that trap teams when fire spreads or structural damage blocks corridors. When renovations change layouts, updated mapping prevents crews from sprinting toward a door that no longer exists, and it helps commanders choose safer paths as conditions evolve.

The best tools respect emergency constraints: they load fast, they work offline, and they present simple symbology that stays legible in low light or on a shaking screen. A crew leader can open a floor, tap a stairwell, and share a route to a teammate entering from another side, which keeps teams aligned even when they cannot meet face to face. Platforms such as Visioglobe.com show how indoor maps, routing logic, and searchable points of interest can merge into a single operational view, so navigation stays usable when voice instructions and visibility fail at once.

Finding people fast

What if the victim cannot call out? Locating occupants and responders often depends on indoor positioning, because GPS fades indoors and raw radio signal strength can mislead in steel heavy environments where reflections bounce signals into false confidence. Wi Fi and Bluetooth can estimate location using existing infrastructure, while Ultra Wideband can deliver higher precision in selected zones, and inertial sensors can bridge short gaps when signals drop in stairwells or underground corridors. Agencies rarely bet on one method, and they fuse inputs to stabilize results when smoke, moving crowds, and radio congestion turn clean diagrams into messy reality.

Finding people also means tracking teams, and that is where procedures and devices meet. Some departments use wearable tags or telemetry systems that log entry time, assignment, and last known position, while commanders monitor air supply limits and set check in points that prevent silent drift into danger. Venues can help by sharing live building data, such as elevator outages, access control status, and door sensor alerts, because a locked gate can funnel evacuees into a bottleneck and trap responders behind them.

What venues can do next

Book an indoor mapping and safety audit, then set a budget for updates, device replacement, and drills that keep crews fluent. Prioritize basements, plant rooms, and long corridors, and test offline access during exercises. Look for safety grants, smart city funds, and resilience aid to cover part of the rollout.

Ekco invests €10M in Caribbean expansion and new office

Ekco, one of Europe’s leading security-first managed service providers, today announces that it is opening a new office in Trinidad and Tobago, in the Caribbean, representing an investment of €10 million over the next two years. The company’s expansion in the Caribbean will lead to the creation of 18 jobs by the end of 2027. It will enable Ekco to more than double its revenues in the region from €2 million to €5 million over the same period.

This expansion builds on Ekco’s strong presence across the Caribbean over the past 12 years. The Irish-founded and headquartered company, with a global workforce of more than 1,000 people across the UK, Europe, Asia, Africa, and the U.S., will use its new base to deepen relationships with long-standing clients and strengthen its regional presence in countries including Trinidad and Tobago, Barbados, and Jamaica.

Ekco works with Caribbean-based organisations in highly regulated industries such as financial services, legal, and government. Driving demand for Ekco’s services among these industries is the growing volume of increasingly sophisticated cyberattacks, ever-evolving regulatory requirements, and a shortage of technical skills and internal resources to keep pace with rising threats.

In addition, the company will continue to build on its strong relationships with leading industry partners including the Caribbean Telecoms Union and Digicel to further enhance its capabilities and drive business growth in the market.

The new jobs will be created globally, all with a sole focus on the Caribbean market. They will cover sales and technical roles to support Ekco’s continued growth in the Caribbean.

Mark Donnellan, Head of Business Development – Caribbean, Ekco, said: “Ekco is currently on a path of accelerated global expansion which is being driven by organic business growth and a number of strategic acquisitions. As we continue to scale up our operations in the Caribbean region, we are excited to boost our offering for businesses, grow our customer base, and forge deeper relationships with valued partners in the market.

“Against a rising tide of cyber threats and a backdrop of increasing regulations, our team can help to fill widening technology skills gaps and enable businesses to remain competitive. We believe that the region will provide rapid business growth opportunities for Ekco and support the continued expansion of our skilled team. We are looking forward to strengthening our footprint in the Caribbean and, in doing so, supporting its growing economy.”

The Tech Behind Live Streaming

Live streaming has become one of those things people use every day without thinking about what makes it work. It sits behind video calls, investor briefings, gaming platforms, remote onboarding, and half of the entertainment world. When a stream loads instantly, nobody notices. When it doesn’t, suddenly the entire system feels fragile. The truth is that the technology behind live streaming is layered, messy, and constantly evolving in the background while the front-end looks calm.

How Real-Time Streaming Became a Standard

The shift toward real-time delivery hasn’t come from one industry alone. Finance, gaming, education, and entertainment all pushed for it in different ways. The gaming sector, in particular, raised the bar. Many non GamStop casino sites offer live dealer table games, which depend on smooth video to keep the entire experience believable. When the cards hit the table, the player sees it instantly. If there’s lag or the picture breaks, people stop trusting what’s on the screen.

That need for precision forced streaming providers to rethink everything from how video is encoded to how far it travels before it reaches the viewer. Those same upgrades now support financial dashboards, compliance recordings, large-scale investor calls, and other tools that demand immediate data without distortion. Live streaming didn’t grow because it was trendy. It grew because different sectors relied on it for different reasons and ended up shaping one another’s standards.

Why Compression Does Most of the Heavy Lifting

When someone tunes into a live stream, what they actually receive isn’t raw footage. It’s been compressed, trimmed, rearranged, and re-encoded in milliseconds. Most people never think about this part because they never see it.

Compression technology has changed quietly but dramatically. Older systems used fixed rules; newer systems adapt on the fly. If your connection weakens, the stream doesn’t stop; it reorganises itself. The sharpest details stay sharp, less important parts soften, and the video keeps moving.

This adaptability is what lets a financial analyst watch a live earnings call on a train, or a remote employee take part in an onboarding session from a café. Everything hinges on compression working fast enough that the viewer doesn’t realise anything changed.

The Importance of Edge Routing

Another piece of the puzzle sits at the “edges” of the network. Instead of sending all traffic through distant servers, companies now place smaller nodes closer to users. It shortens the distance data has to travel, which cuts down the delay.

Streaming companies borrowed this approach early, but now finance relies on it heavily, too. A real-time trading screen can’t freeze just because thousands of people log in at once. Edge routing spreads the load, redirecting traffic before it builds into a bottleneck.

The biggest advantage is stability. If one route slows down, another picks up the slack. Viewers never notice the switch, but without it, delays would be constant.

Security Built Directly Into the Stream

As streaming expanded, so did the security expectations around it. Encryption is now standard from the moment the feed is created. Tokens determine who can access it. Some systems rebuild the stream each time someone logs in, just to keep it from being reused elsewhere.

In the finance world, this matters because live-streamed meetings often contain sensitive information. In gaming, it matters for a different reason: payments and personal details move through the same systems that carry the video. Platforms want to make sure the wrong person can’t intercept or mimic the stream. Security isn’t a checklist anymore. It’s part of the architecture.

Latency and the Psychology of Timing

Latency, the small delay between an action and the viewer seeing it, affects how people interpret what happens on a screen. A one-second delay during a live interview feels uncomfortable. A half-second delay during a digital card game feels suspicious.

To shrink latency, developers trimmed how long each step takes: capturing, compressing, routing, and displaying. They removed extra buffer space. They rewrote how devices prioritise streaming data over background processes.

The result isn’t instant, but it is close enough that people feel as though the moment is happening right in front of them. In an economy that depends on trust, whether financial or recreational, that perception matters.

AI in the Control Room

A few years ago, live streaming relied mostly on fixed rules. Now, AI systems adjust quality before a user even notices a problem. They guess when the connection is about to dip and prepare alternative routing. They identify whether the image is too sharp for the available bandwidth and soften it before the viewer sees a glitch.

Some platforms use AI to detect motion and decide what needs the most clarity. Others predict peak usage times and shift server loads ahead of time. It is invisible work, but it is the reason modern live streams rarely collapse the way they used to.

How Different Sectors Shape the Technology

The strange thing about live streaming is that the industries shaping it rarely share the same goals. Finance wants reliable logs and verifiable security. Gaming wants speed and low latency. Education wants accessibility on low-bandwidth connections. Entertainment wants clarity.

Because all of these needs overlap in certain places, streaming providers have been forced to build systems that can handle unpredictable demands. A platform that streams a quarterly earnings call in the morning may be supporting a thousand gaming streams at night, and both expect flawless performance. This cross-influence is why live streaming keeps evolving even when users don’t notice any change.

Why the Future Will Depend on Consistency

As AI tools expand, as remote work continues, and as more industries move toward real-time platforms, the pressure on live streaming will only increase.

The next big improvements likely won’t be flashy. They’ll be structural: cleaner paths for data, faster response times during heavy usage, and new protections for everything that moves across a live feed.

Streaming has become one of the quiet pillars of the digital economy. The more people depend on it, the more the technology shifts from convenience to infrastructure.

Conclusion

Live streaming is no longer something reserved for entertainment. It supports financial markets, business operations, gaming platforms, identity verification, and daily communication. Its evolution has been shaped by the industries that needed it most. Often, without users realising the influence behind the scenes.

As more services depend on real-time interaction, streaming will continue moving from a background tool to a core part of how digital systems run. The better it gets, the more invisible it becomes and the more essential it is.

 

River Liffey rescue exercise showcases how drones can support emergency services

A pioneering research and innovation exercise in Dublin has demonstrated how automated drone docking station technology, supported by artificial intelligence, can help first responders deliver faster and more effective search-and-rescue operations in busy urban environments.

The live demonstration, part of a national Drone Innovation Partnership led by Maynooth University in collaboration with Dublin City Council, the Irish Aviation Authority, and Dublin Fire Brigade, simulated a water emergency incident on the River Liffey.

The rescue will be featured in RTÉ One’s new series of Futureville Ireland, which will be broadcast next week to mark Science Week, which begins on Sunday, 9 November.

In the demonstration, Dublin Fire Brigade personnel responded to a report of a person entering the water. An automated drone launched from a remote docking station, autonomously navigated to the scene, and streamed high-resolution data and video to incident command teams. Artificial intelligence tools supported real-time assessment, helping responders rapidly locate the casualty and understand their condition.

By providing critical situational awareness within moments of an emergency call, the drone system enhances response coordination and decision-making — helping first responders make the right decisions faster where every second counts.

Commenting on the exercise, Teresa Hudson, Station Officer, Organisational Intelligence Unit, Dublin Fire Brigade, said: “Drone dockstation technology, properly deployed and operated, will ensure our fire-fighting and rescue teams can respond more efficiently to emergency incidents where time is always critical.”

The Drone Innovation Partnership project, which is led by Maynooth University, in close collaboration with Dublin City Council and the Irish Aviation Authority (IAA) is funded through Research Ireland’s LERO Research Centre (Grant 13/RC/2094_P2).

It examines innovative drone technologies, operations, and public-sector applications, building on previous drone traffic management research at Maynooth University as well as Dublin City Council’s Smart City and Drone Strategy initiatives.

Speaking about the research, Principal Investigator Professor Tim McCarthy of Maynooth University, said: “These real-world search-and-rescue exercises allow us to understand both the capabilities and limitations of automated drone networks. This helps us scale AI-enabled emergency response in a structured, responsible, and effective way for the benefit of wider society.”

Enda Walsh, Manager of the UAS (Unmanned Aircraft System) Division at the IAA, said: “This exercise, leveraging both automated UAS and AI, demonstrates how the safe and pragmatic application of these technologies can have significant and positive societal impact. The Drone Innovation Partnership continues to investigate how UAS Ecosystems comprising Drone Regulatory, Technology, Operations, Services and Applications can be rolled out across cities and busy urban environments in a fair, accessible and transparent fashion.”

Digital Transformation in Banking and Financial Markets

The banking industry is experiencing one of the most significant shifts in its history. In 2025, more than 3.6 billion people worldwide are using digital banking services. Together with this 77% of consumers now prefer to manage their accounts through mobile apps or computers.

This trend highlights how digital channels have become the default choice for banking, with liquidity aggregation opportunities, advanced risk management, and enhanced user experience playing a key role in ensuring efficiency and resilience behind the scenes.

Where banks once differentiated themselves through physical presence and reputation, they are now judged by the efficiency of their platforms, the quality of their digital services, and their ability to integrate into an increasingly interconnected financial ecosystem.

From Closed Systems to Open Infrastructure

For decades, many banks operated on legacy technology. Systems were closed, data was siloed, and client access was limited to what a single institution could offer. The rapid rise of fintechs and alternative service providers has upended that model, showing clients that seamless digital experiences and global reach are not just possible, but expected.

As a result, banks are under pressure to modernize their core infrastructure. This includes migrating to cloud-based solutions, adopting real-time analytics, and rethinking how they connect with counterparties and clients.

For example, several leading European banks have partnered with fintech providers to implement cloud-native payment hubs. By doing so, they can process cross-border payments in real time, aggregate liquidity from multiple sources, and provide clients with transparent pricing — something that would have been impossible under their former legacy systems.

 

Technology as the New Competitive Edge

What sets leading banks apart today is their ability to use technology strategically. Artificial intelligence, advanced risk management tools, and automated compliance systems are now part of everyday operations. Beyond efficiency, these innovations create new opportunities to improve client experience, streamline back-office processes, and strengthen resilience during periods of market stress.

Among the many solutions reshaping the industry is liquidity aggregation, which allows institutions to consolidate liquidity from multiple sources into a unified framework. While it may sound highly specialized, its impact is broad: by reducing fragmentation and enabling more transparent pricing, it contributes to a more stable and efficient market environment.

For example, JPMorgan Chase has invested heavily in digital trading infrastructure, combining liquidity aggregation with advanced analytics to offer clients deeper market access and more competitive pricing. Similarly, Deutsche Bank has deployed AI-driven risk management and consolidated liquidity flows across multiple venues, enabling it to deliver greater resilience during volatile market conditions.

Expanding Beyond Traditional Boundaries

Another key element of transformation is the expansion into multi-asset services. Clients increasingly expect banks to support a wide range of financial instruments through a single interface. Delivering on this expectation requires more than technology — it demands strategic partnerships, agile operating models, and the willingness to rethink traditional boundaries.

This convergence of banking and financial technology highlights a larger trend: the emergence of connected ecosystems. Banks are no longer isolated institutions; they are nodes in a global digital network. Success depends on how well they integrate, adapt, and innovate within that network.

A good example is UBS, which has expanded its platform to provide clients with access to equities, fixed income, and digital assets within a unified environment. By partnering with fintech providers and leveraging open APIs, UBS has been able to integrate multiple asset classes into one client-facing interface. Similarly, Standard Chartered has embraced a multi-asset approach through collaborations with technology firms, enabling institutional clients to manage foreign exchange, commodities, and securities from a single digital platform.

The Road Ahead

The journey of digital transformation is far from complete. Many institutions are still in the process of modernizing legacy systems, while others are experimenting with new service models to stay ahead of client needs.

What is clear is that technology will remain at the center of banking’s evolution. Whether through artificial intelligence, open banking frameworks, or specialized solutions such as liquidity aggregation, the institutions that embrace innovation will shape the next era of financial services. Those that hesitate risk being left behind in an increasingly connected and competitive economy.

Ireland’s Ekco acquires UK’s Solsoft in latest rapid growth move

Ekco, one of Europe’s leading security-first managed service providers (MSPs), announced the acquisition of UK-based Solsoft Group Limited. Ekco, founded and headquartered in Dublin, is on an aggresive acquisition trail, with Solsoft marking its third acquisition this year.

Solsoft is a Bristol-headquartered MSP with over 26 years of experience delivering proactive IT services to small-and-medium sized enterprises (SMEs) and not-for-profit organisations across the South and Southwest of the UK. Key sectors include legal services, construction, engineering, energy, health, and social care. The company’s 16-strong team will join Ekco’s workforce of more than 1,000 people globally across Ireland, UK, Netherlands, Malaysia, and South Africa.

Solsoft will form part of the Ekco MSP Division and expand Ekco’s capabilities in the UK market under the leadership of Cian Prendergast. The latest deal in Ekco’s ambitious growth strategy, Solsoft is the seventh company to be acquired by Ekco in the last two years. This acquisition follows the purchases of MSPs Radius and Adapt IT, marking another milestone in Ekco’s strategy to build a unified MSP platform across Europe.

Solsoft is led by Managing Director Neil Farnworth and Operations Director Ilona Clark, who together bring over 40 years of industry experience to the business.

Paul Nannetti, Chair of Ekco, said: “Solsoft is a fantastic addition to the Ekco MSP Division as we accelerate our expansion strategy and continue to grow our footprint and capabilities in key markets. Their long-standing commitment to proactive service and their alignment with industry best practices give us real confidence in a fast, effective integration and a stronger UK presence—delivered with the discipline and consistency our customers expect.”

Cian Prendergast, CEO of the Ekco MSP Division, said: “Having known Solsoft very well for many years, we have always admired their rock solid, client focused, proactive service in the UK. With Ekco’s world class expertise in security-first managed services and cutting-edge technology, this partnership is a perfect match – and we are looking forward to growing and learning together.”

Neil Farnworth, Managing Director of Solsoft, added: “Joining Ekco lets us bring more capability and resilience to our customers, backed by Ekco’s scale—while maintaining the responsiveness they value. Our aligned ways of working and approaches to service delivery means we can really hit the ground running.”

NBA AND AWS ANNOUNCE NEW MULTI-YEAR PARTNERSHIP

The National Basketball Association (NBA) and Amazon Web Services (AWS) has announced a multi-year partnership to power the league’s next generation of innovation as AWS will become the Official Cloud and Cloud AI Partner of the NBA and its affiliate leagues, including the WNBA, NBA G League, Basketball Africa League and NBA Take-Two Media.

As part of the partnership, the NBA and AWS will launch NBA Inside the Game powered by AWS, a new basketball intelligence platform that will turn billions of data points into compelling insights and interactive experiences, reimagining how fans engage with the game of basketball worldwide.

Built on AWS’s industry-leading AI infrastructure, the platform will introduce a suite of features that enhance live broadcasts and elevate fan experiences across the NBA App, NBA.com, and the league’s social channels.

“Partnering with AWS provides us with an opportunity to elevate the live game experience through innovation and offer fans a deeper understanding of the game of basketball for years to come,” said NBA Executive Vice President and Head of Media Operations and Technology Ken DeGennaro. “AWS has a proven track record of delivering unique statistical insights and offering transformative experiences that will resonate with NBA fans around the world.”

“At AWS, we’re excited by the NBA’s vision to push the boundaries of what’s possible in sports,” said Francessca Vasquez, Vice President of Professional Services & Agentic AI at AWS. “This partnership will showcase how cloud and AI can reimagine the game of basketball – from generating new insights to creating experiences that bring fans closer to the game they love. Together, we’re delivering technology that not only enhances live broadcasts and digital platforms, but also transforms how players, coaches, and fans understand basketball.”

AI-Powered Advanced Stats

The NBA will leverage AWS’s AI capabilities to provide fans with live stats and comprehensive analytics during games. This new advanced statistics platform processes the NBA’s player tracking data, which analyzes the movements of 29 data points per player using machine learning and AI to contextualize in-game developments and generate real-time insights. Fans can deepen their understanding of the game by accessing new statistics via the NBA App, NBA.com and during live NBA games, including during NBA on Prime broadcasts.

Throughout the 2025-26 season, the NBA and AWS will introduce new AI-powered stats that capture aspects of basketball performance that have not been measured previously, starting with:

 

  • Defensive Box Score: Reimagining Basketball’s Fundamental Metric
    Defensive Box Score quantifies individual defensive contributions that traditional statistics cannot measure. AI algorithms detect which defender is responsible for each offensive player in real-time. Once the primary defender is determined, the traditional box score can now be enhanced by identifying the defender at the time each stat was recorded. Additional new metrics like ball pressure, double teams and defensive switches can now be viewed and tallied as well.
  • Shot Difficulty: The Science of Shooting

Shot Difficulty transcends traditional make-or-miss statistics to evaluate every aspect of each shot attempt. The difficulty of attempted shots will be quantified with new stats such as Expected Field Goal % which takes into account various factors such as the shooter’s orientation and setup, defensive contest details related to pressure, interference, and each player’s positioning on the court. This new statistic gives fans a deeper appreciation for the skill and strategy behind every scoring attempt.

  • Gravity: Quantifying the Invisible Impact
    Gravity showcases what coaches and analysts have observed for years – how certain players create advantages for teammates simply by being on the court, even without touching the ball. This new stat measures the level of attention a player receives from the defense, including how closely they’re guarded with or without the ball, to quantify the amount of space they create for their teammates. This revolutionary system processes optical tracking data 60 times per second, using custom neural networks to analyze how defenders react to specific players, while factoring in real-time game context and historical data.

Transforming Basketball Intelligence

NBA Inside the Game powered by AWS will also feature a first-of-its-kind technology called “Play Finder,” which uses AI to analyze and understand player movements across thousands of games.  Utilizing AWS services such as Amazon Bedrock and Amazon SageMaker, the feature will enable instant search and retrieval of similar plays, laying the foundation for future generative AI integrations built on player tracking data.  Play Finder will help fans and broadcasters learn common offensive strategies and explore deeper insights by combining play results with advanced analytics.

A real-time alert system within Play Finder will enable commentators to instantly provide historical context and strategic insights, making every live game more engaging, educational, and insightful for viewers.  NBA teams will have direct access to the ML models powering Play Finder to improve their front office and coaching workflows.

Future iterations of Play Finder will allow fans to explore basketball strategy with unprecedented depth on the NBA App.

Global Fan Engagement

The NBA App, NBA.com and NBA League Pass, delivering year-round NBA coverage and programming to fans around the world, will run on AWS. Through this partnership with AWS, the NBA will accelerate basketball’s growth worldwide by offering fans new and unique opportunities to understand team strategy and the concepts that lead to execution on the court. Additionally, the NBA and AWS will deliver in-language content and personalized experiences to fans across platforms.

The NBA’s partnership with AWS broadens its strategic relationship with Amazon. This season marks the start of Prime Video’s landmark 11-year media rights agreement with 67 regular-season NBA matchups streaming on Prime Video globally, and a suite of new interactive features set to debut.  The first night of the NBA on Prime will feature a doubleheader on Friday, Oct. 24 during the first week of the season, with the Celtics visiting the Knicks (7:30 p.m. ET) and the Lakers hosting the Timberwolves (10 p.m. ET) in two rematches from the NBA Playoffs 2025.