Tag: CPU

Samsung Unveils Galaxy S26 Series. Ireland details

Samsung Electronics Co., Ltd. today announced the Galaxy S26 series, featuring our most intuitive, proactive and adaptive Galaxy AI experiences yet and designed to simplify the tasks people do on their phones every day. From managing plans and finding information to capturing and refining content, Galaxy S26 reduces the effort and number of steps required to get things done. As Samsung’s third-generation AI phones, Galaxy S26, S26+ and S26 Ultra handle complex tasks in the background, allowing users to focus on results rather than how the technology works.

The Galaxy S26 series was engineered with Samsung’s most advanced capabilities working together as one: incredible performance, an industry leading camera system and Galaxy AI. This provides a strong foundation that gives Galaxy S26 users the confidence to depend on their phone throughout the day without compromising security or privacy.

Building on Samsung’s decades of innovation in display technology, Galaxy S26 Ultra introduces the world’s first built-in Privacy Display for mobile phones to unlock a new class of display experiences and reinforce Samsung’s commitment to privacy at a pixel level. Galaxy S26 Ultra also delivers a customised chipset and upgraded thermal management that enable faster and more powerful AI — all wrapped up in the slimmest Ultra yet.

Together, these choices allow the Galaxy S26 series to deliver the most powerful Galaxy experience yet.

“The most powerful phones should also be the easiest to use,” said Annika Bizon, Vice President of Product and Marketing for Mobile Experience at Samsung UK and Ireland. “The Galaxy S26 Series featuring our most intuitive Galaxy AI ever is designed to reduce the mental load people carry daily, with hardware and AI working together so tasks are handled in the background while privacy stays protected at every level. When technology removes friction, you start experiencing what it enables: more time, less effort and the confidence that your life stays yours.”

Engineered for enhanced performance, the Galaxy S26 series is built on the most powerful hardware ever on a Galaxy S series, powered by a customised chipset. Across the line-up, the Galaxy S26 series is engineered for AI performance, power efficiency and thermal management, ensuring demanding tasks run smoothly and consistently, so users can rely on their device when it matters.

On Galaxy S26 Ultra, a customised mobile processor — Snapdragon® 8 Elite Gen 5 Mobile Platform for Galaxy — delivers enhanced performance with significant gains across CPU, GPU, and NPU to support faster, smoother experiences that keep up throughout the day.

A CPU performance increase of up to 19% means Galaxy S26 Ultra responds more quickly and handle complex workloads intelligently, even when multiple tasks are running at once. A 39% improvement in NPU performance powers always-on Galaxy AI features that run seamlessly, allowing users to move between tasks without lag or interruption. A 24% boost in GPU performance delivers richer visuals and more fluid gameplay.

To sustain this level of performance, Galaxy S26 Ultra introduces a redesigned Vapor Chamber with thermal interface material positioned along the sides of the processor, allowing heat to spread more efficiently across a larger surface area. This improves heat dissipation to keep the device cool and consistent, even during demanding activities such as gaming, multitasking and video capture. Galaxy S26 Ultra also brings Super-Fast Charging 3.0, minimising downtime by reaching up to 75% charge in just 30 minutes.

Embedded into the processor, Samsung’s proprietary technologies enhance visual performance. ProScaler improves image scaling so photos and videos appear rich and clear at a glance by sharpening text and fine detail while smoothing textures. Additionally, Samsung’s mobile Digital Natural Image engine (mDNIe) delivers more subtle and lifelike colours thanks to image processing with four times the precision compared to the previous generation.

Taken together, these advancements deliver dependable all-day performance, making every action feel effortless.

The Galaxy S26 series brings the same focus on intuitive interaction to creativity and productivity, delivered through the industry-leading Galaxy camera system. With an approach that integrates capturing stunning photos and videos, editing and sharing into a single, seamless experience, creativity feels more natural and accessible even without professional tools or technical knowledge.

On Galaxy S26 Ultra, wider camera apertures  allow more light to reach the sensor, delivering clearer photos with richer details in low-light conditions, even when zoomed in. Enhanced Nightography Video keeps footage clearer and more vibrant even in dim scenes, whether capturing concerts indoors or recording moments around a campfire after sunset. Video capture is further enhanced with upgraded Super Steady capabilities, which add a horizontal lock option for greater stability and to make consistent framing easier to achieve, even with bumpy trails or fast-paced activities.

Galaxy S26 Ultra is the first Galaxy device to support APV, a new professional-grade video codec designed to deliver efficient compression for high-quality production workflows. Optimised for advanced creators, it ensures visually lossless video quality that stays true even after repeated editing.

Improvements to the AI ISP now extend to the selfie camera, capturing more natural skin tones and finer detail in mixed lighting. Editing photos and videos is just as easy and straightforward, with AI-powered tools built into familiar workflows so users can make changes quickly and unlock their creativity without design expertise.

With the upgraded Photo Assist suite, users can simply describe what they want to change in their own words. Changing the scene from day to night is just a matter of asking. It can also add to images and restore missing parts of objects like a bite taken out of a cake. Personal details, such as a spill on clothing, can also be cleaned up with Galaxy AI’s new ability to change outfits in photos. Edits can now be made continuously, reviewed step by step, and easily adjusted or undone along the way, making the process feel fluid rather than final.

Creative Studio builds on this simplicity by bringing creation and customisation into one integrated space, making it easy to act on ideas when inspiration strikes. Starting from a sketch, photo or prompt, users can quickly turn ideas into polished visuals — from stickers and invitations to personalised wallpapers — and refine or share them without switching tools or interrupting creative flow.

The Galaxy S26 series also simplifies frequent visual tasks with AI-powered tools like the Document Scan, which removes distortions and distractions such as creases or fingers to deliver clean scans instantly. Multiple images can be organised automatically into a single PDF, making it easy to digitise receipts, forms or notes.

The Galaxy S26 series is designed to make frequently used experiences feel straightforward and user-friendly, with Galaxy AI reducing the steps between intent and action. It works proactively and seamlessly on the user’s behalf based on context, surfacing the right support at the right moment and automating tasks with minimal manual input. As the technology fades and handles tasks in the background, users can focus on the results.

With Now Nudge, timely and relevant suggestions help users stay in the flow without being distracted. If a friend asks for photos from a recent trip, Galaxy S26 automatically suggests photos from the Gallery, removing the need to search through albums or switch between apps. When receiving a message about a meeting, Galaxy S26 can recognise related Calendar entries and check for conflicts.

On the Galaxy S26 series, Now Brief has become proactive and personalised. It surfaces timely reminders for important events – from reservations to travel updates – based on personal context, helping users stay organised throughout the day.

Searching for information is also easier than ever. Circle to Search with Google on the Galaxy S26 series has been upgraded with enhanced multi-object recognition, so users can now explore more deeply on multiple parts of an image at once. If users spot a look they love, the feature also identifies everything from the jacket to the shoes, all in one search.

Galaxy S26 series features an upgraded Bixby as a conversational device agent, making it more intuitive and easier than ever to interact with Galaxy devices. Users can navigate their devices and adjust settings using natural language, without the need for exact terminology or commands.

Alongside Bixby, Galaxy S26 series integrates a choice of agents, including Gemini[19] and Perplexity[20]. Once set up, tasks can be completed with a single button press or voice prompt. Galaxy S26 can also handle multi-step tasks in the background, streamlining the process on the user’s behalf.

Together, these proactive, personalised and adaptive experiences lay the foundation for more agentic AI experiences — setting the stage for Galaxy devices to become trusted companions that understand and anticipate user needs.

As mobile experiences become more personalised thanks to AI, protecting user privacy becomes even more critical. Samsung builds protection into every layer of Galaxy S26, keeping personal data secure while giving users transparency and control over how their information is used.

Galaxy S26 Ultra introduces privacy at the pixel level with the mobile industry’s first built-in Privacy Display, a breakthrough in display technology that fundamentally changes how privacy can be protected on a phone. Designed for everyday situations like transit, cafés and shared environments, Privacy Display goes beyond anything previously available on mobile devices — hardware and software working as one to protect privacy without compromising the viewing experience.

By controlling how pixels disperse light, the display keeps content clear, bright and comfortable for the user in everyday use, while limiting what others can see. Unlike traditional stick-on privacy films, Galaxy’s integrated Privacy Display preserves full viewing quality from all directions when off, and limits visibility for others from side viewing angles when activated, even when switching between portrait and landscape orientation.

Users can customise when it turns on — such as when entering PINs, patterns and passwords or opening selected apps — and adjust privacy levels depending on the situation. Partial Screen Privacy intelligently limits visibility for notification pop-ups, while Maximum Privacy Protection further obscures side views for added discretion, all with minimal impact on power or usability.

The Galaxy S26 series also brings smarter software safeguards that work quietly in the background. AI-powered Call Screening identifies unknown callers and summarises intent, making it easier to safely manage calls. Privacy Alerts use machine learning to proactively notify users in real time when apps with device admin privileges unnecessarily attempt to access sensitive data, such as precise location, call logs or contacts. These alerts help users quickly understand when apps are seeking deeper access, so they can manage permissions with greater clarity and control.

Private Album, built directly into Gallery, lets users easily hide selected photos and videos without creating a separate folder or signing into a Samsung Account. To stay ahead of emerging threats, Galaxy S26 also extends Samsung’s innovation in post-quantum cryptography (PQC) to critical system processes, including software verification and firmware protection, strengthening device integrity for the future.

New updates to Knox Matrix further strengthen protection across connected Galaxy devices, adding PQC-enabled end-to-end encryption for more services such as eSIM transfers and clearer visibility into firmware update status across the ecosystem through Security Status of Your Devices.

These experiences are supported by Samsung Knox, the multi-layer security platform that protects Galaxy devices from the chip level up. For on-device Galaxy AI, Personal Data Engine (PDE) enables context-aware, personalised AI experiences. To keep this process safe, Knox Enhanced Encrypted Protection (KEEP) encrypts each app’s data, while Knox Vault adds a physical layer of protection that isolates sensitive data inside its own secure hardware. Together with settings that let users choose how AI features operate, Galaxy S26 combines hardware and software to deliver a comprehensive, system-wide approach designed to keep personal data protected.

These updates build on Galaxy’s existing security and privacy portfolio which includes Auto Blocker, Theft Protection, Private Sharing, Secure Wi-Fi and more. These layers of protection are designed to give users greater transparency, choice and control through Samsung’s continued mobile security innovation in the age of AI. And with seven years of security updates, Galaxy S26 helps keep these layers resilient over time — supporting longer, more confident use well into the years ahead.

Galaxy S26’s ease of use continues even when the phone is out of reach. The new Galaxy Buds4 series is a natural companion to Galaxy S26, extending everyday experiences beyond the phone while delivering rich and immersive hi-fi sound. When Galaxy S26 is paired with Galaxy Buds4, interactions can continue naturally in moments when using hands isn’t practical. Users can activate AI agents with their voices, manage calls through simple Head Gestures on Buds4 Pro, and stay connected without breaking their flow. Customers who pre-order Samsung Galaxy S26 Series will receive 10% off the new Galaxy Buds4 Series[25] from Samsung.com or Samsung Experience Stores.

Galaxy S26 Ultra, S26+ and S26 will be available for pre-order from February 25 and will be available from March 11. The Galaxy S26 series features a unified design language across all models, with shared colour options including Cobalt Violet, White, Black and Sky Blue alongside the Samsung.com exclusive colours, Pink Gold and Silver Shadow.

Galaxy S26 starts from RRP €1019 (256GB), Galaxy S26+ from RRP €1289 (256GB) and Galaxy S26 Ultra from RRP €1499.

Samsung.com offers

  • Pre-order now and receive €210 off 1TB for Galaxy S26 Ultra
  • Pre-order now and double the storage to 512GB for the price of 256GB, worth €190 across Galaxy S26 series
  • Trade-in a selected smartphone and receive up to €600 off the Galaxy S26 Series

For additional offers, data plans and finance solutions, please visit samsung.com for more information.

 

See our S25 reviews

What does API Testing look like in 2026

A good/efficient/capable API testing tool can handle numerous APIs built for various functionality. 

You wouldn’t know it from the surface but tools like Postman and Swagger still dominate the markets. 

Conferences are showcasing “automated testing” as if we’re still in 2018. But beneath all this hype, we see a quiet revolution is exploding everything we thought we knew about API quality.  

According to Postman’s 2026 State of the API Report, teams now ship APIs 4.2x faster than in 2022. Yet Gartner warns that 68% of API breaches originate from testing gaps invisible to traditional scanners. 

Meanwhile, developers waste 37 hours per week trying to remove flaky tests that pass in CI but fail in production (2026 State of QA Survey).  

We’re not just testing more APIs—we’re testing in a world where:  

– 87% of new systems are event-driven (async APIs, webhooks, WebSockets)  

– AI-generated code now writes 41% of API endpoints (GitHub Octoverse 2025)  

– Third-party dependencies have grown 300% since 2020 (Stripe, Twilio, Auth0)  

– Data poisoning attacks bypass OWASP’s top 10 protections silently  

Despite using all these tools, you’re still unable to meet expectations. This is because each tool misses certain functionalities, or your testing methods lack clarity.

Old testing methods aren’t just failing—they’re creating dangerous blind spots. 

After analyzing 12,000+ Reddit threads, Stack Overflow debates, and GitHub issue logs, We’ve uncovered five massive shifts every engineering leader/tester must admit. These aren’t incremental changes. They’re necessary changes that you need introduce in your CI/CD pipeline.  

Shift 1: Synchronous Testing Is no longer sufficient

Remember when APIs were neat request-response cycles? Its long gone. 

Today’s systems pulse with Kafka streams, payment webhooks, and IoT sensor floods. Testing them with Postman collections is like checking a Formula 1 car with a bicycle pump.  

Reddit’s r/apitesting sub is flooded with such desperate questions:  

> How do I validate that a webhook fires AFTER a database commit—not before?(2.1k upvotes)  

> Our payment confirmation events arrive out of order in prod. Tests pass locally.(Top comment on r/devops)  

Why are these patterns emerging? The truth? 63% of async API failures stem from race conditions invisible to synchronous tools (Twilio Engineering Blog, Jan 2026). Something that older testing practices can’t replicate which causes:  

– Message queue backlogs during traffic spikes  

– Distributed services  

– Partial failures in event transactions  

Now what should you do differently

Forward-thinking teams are openly embracing what we call controlled chaos:  

– Simulating region failures during test runs (not just in staging)  

– You start by introducing latency between services to expose timing bombs  

– Work towards validating event ordering using distributed tracing IDs which can be later in

Shift #2: Contract Testing is Important 

Contract testing tools like Pact are having a moment. Google searches for “API contract testing” grew 214% YoY. But here’s what vendor docs won’t tell you: backward compatibility checks are failing silently in 9 of 10 implementations.  

Why? Most teams test schemas, not behaviors. Consider this example a real scenario:  

> A food-delivery startup updated a `GET /orders` endpoint. The response schema stayed identical, but pagination logic changed from offset-based to cursor-based. Mobile apps crashed because tests only validated JSON structure—not how data was chunked. Result: $1.2M in lost orders and a CTO’s resignation.  

The problem here? Data drift between environments. Staging databases lack production-scale data skew. Your tests pass with 100 records but choke with 10 million.

 Stack Overflow’s top-voted API question (5.2k upvotes) shares a similar pain:  

> “Why do my contract tests pass locally but break in prod with ‘invalid token’ errors?”  

The fix isn’t more tests—it’s testing contracts in production shadows:  

– Mirror production traffic to a canary environment running new contracts  

– Validate against real data distributions (not synthetic test data)  

– Inject chaos into contract tests: “What if this field is 10x larger?”  

– Treat contracts as living documents auto-generated from test traffic (not manually updated Swagger files)  

Teams using qAPI treat contracts through schema validation, which can be enforced across environments and tied directly to test execution. Because contracts are derived from real API behavior—not manually curated specs—they stay relevant as systems evolve.

AI Testing Tools Are Failing the Auth Test (Quite Literally)  

AI-powered testing tools promise dreams: “Generate 10,000 test cases in seconds!” Vendors now embed AI into their core workflows. But Quora threads tell a darker story:  

> “Tried 7 AI testing tools. All failed at OAuth2 token rotation scenarios.” (2.4k views)  

> “My AI-generated tests passed—but missed a critical JWT expiration bug that leaked user data.” (Top comment on r/Python)  

The reality is this- 68% of engineers abandoned AI testing tools within 3 months (GitLab 2026 Survey). Why? They excel at happy paths but collapse on:  

– Token expiration/renewal flows  

– Role-based access control (RBAC) permutations  

– Idempotency key validation during retries  

– Stateful workflows (e.g., checkout processes)  

 

AI can’t replace human intuition for edge cases… yet. But progressive teams are using it strategically:  They used it to reduce human load where it matters least and preserve human judgment where it matters most.

qAPI supports this balance by enabling:

  • Rapid baseline test generation from schemas and traffic
  • Easy refinement of edge cases engineers actually care about
  • Reuse of validated flows across teams

Idempotency failures don’t announce themselves

Idempotency keys seem trivial. Yet they’re the silent killers of transactional systems. Stripe’s documentation warns about them, but testing guides ignore them. Why? Because idempotency isn’t a feature—it’s a distributed systems constraint.  

Consider this:  

– 83% of payment failures occur during network timeouts when clients retry requests  

– Without idempotency keys, retries create duplicate charges or inventory oversells  

– 95% of teams don’t test idempotency in CI/CD—they pray it works in prod  

The consequence? In 2025, a ride-sharing startup lost $4.7M when a surge pricing event triggered duplicate charges during a database failover. Their tests never simulated partial failures mid-transaction.  

Idempotency testing requires rethinking your entire strategy:  

– Simulate network partitions during payment processing (not just before/after)  

– Validate key reuse across service restarts and clock drift scenarios  

– Test with real payment gateways using test-mode webhooks (not just mocks)  

– Measure duplicate transaction rates as a core quality metric—not just “tests passed”  

Basic flaky Tests Are a Symptom—Not the Disease 

Flaky tests cost 37 hours per engineer per week. But chasing flakes is like mopping a flooded floor while the tap runs. The root cause? Testing in artificial environments that ignore production reality.  

Stack Overflow’s most-commented API question (14k monthly views) screams the pain:  

> “My API tests pass locally, pass in CI, but fail 30% of the time in staging. Why?!”  

The answer lives in three ignored dimensions:  

  1. Data drift: Staging databases lack production data skew, null distributions, and timezone chaos  
  2. Time sensitivity: Tests ignore daylight saving changes, leap seconds, and clock drift across containers  
  3. Resource constraints: CI runners have infinite CPU/memory; production has noisy neighbors and pumped up databases.

The human cost is brutal:  

– QA engineers lose trust in automation, reverting to manual checks  

– Developers ignore failing builds (“it’s just flaky”)  

– Security teams can’t distinguish real breaches from test noise  

qAPI supports this by standardizing test execution across environments, minimizing hidden dependencies, and making test behavior explainable—not magical.

The human impact is immediate:

  • Engineers trust CI again
  • QA focuses on coverage, not cleanup
  • Failures regain meaning

The Way Forward: From Testing APIs to Stress-Testing Trust  

These five shifts reveal a deeper truth: API testing isn’t about validating endpoints anymore. It’s about stress-testing trust in a world where:  

– Systems are distributed, stateless, and event-driven  

– Failures cascade silently across team boundaries  

– Security threats evolve faster than scanner definitions  

The teams winning this war share three best practices one that you need to adapt too:  

  1. They test like attackers: Not just “does it work?” but “how can it be broken when components fail?”  
  2. They value observability over coverage: A 60% coverage rate with production tracing beats 95% coverage in a sandbox  
  3. They treat tests as living contracts: Auto-generating documentation from test traffic, not manual updates  

This isn’t about buying new tools. It’s about rewiring your quality mindset. As one principal engineer at Spotify whispered in a private Slack channel:  

> “We stopped counting test cases. Now we measure ‘how many 3 AM pages did this prevent?’”  

The clock is ticking. Every minute your async APIs go un-tested for race conditions, every idempotency key left un-validated, every AI-generated test that misses auth edge cases—you’re shipping technical debt with a countdown timer.  

When APIs behave predictably under change, teams move faster without second-guessing every release. When they don’t, velocity collapses under fear, workarounds, and manual checks.

Teams that adopt platforms like qAPI are not testing more aggressively for the sake of coverage. They are testing more intentionally. Instead of validating endpoints in isolation, they validate flows that mirror how real systems behave. 

One VP of Engineering summarized this shift during a post-incident review in a way that stuck: “The real win wasn’t that we caught the bug. The real win was knowing that we would.”

By reducing the effort required to create, maintain, and run meaningful API tests, they lower the cost of doing the right thing consistently. The goal isn’t to make testing more impressive. It’s to make it dependable enough. This is where tools like qAPI makes a difference.

 

4 Games We Are Looking Forward To In 2026

Thirteen years. That is exactly how long fans have had to wait for the latest instalment of Grand Theft Auto. The hype is so off the charts that the game won Most Anticipated Game at the Game Awards for 2024 and 2025. Developer, Rockstar, describes the game as “the largest game launch in history,” and right now, other games will just avoid GTA VI’s launch day, week, and even month.

However, 2026 is more than one particular game. No doubt, GTA VI will be the focus of most of the attention of game launches in 2026. Yet, the coming year also brings an incredible lineup for the gaming world. From epic fantasy adventures to monster-hunting expansions and console exclusives, 2026 is shaping up to be one of the most exciting years in gaming history. Let’s break down what’s coming.

1. The Game Everyone’s Waiting For: Grand Theft Auto 6

Grand Theft Auto VI will now be released on Thursday, November 19, 2026. This is after several delays resulting from a widely publicised security breach, Rockstar’s own perfectionism, and the game’s sheer complexity and technical scale. The initially scheduled release period for the game was 2025, then May 26, 2026.

Grand Theft Auto VI is positioned to be the most culturally significant game of 2026. Rockstar continues to push the genre they built through innovations such as density, realism, and dynamics that improve over time. All the parts of the common reiterations that felt unfinished are expected to be revamped and improved. The fact that there were no car-stealing side missions, the NPCs were unexciting, and the Diamond Casino was unavailable in story mode. Even though available in GTA online, there were no real stakes, as the money wagered was in GTA dollars because of the regulatory hiccups that surround gambling in different parts of the world. 

Gamers hope that GTA VI will use a special currency that can be converted into real-life currencies. They believe that emulating the same principles already being used by crypto casino sites like the many top Ethereum casinos, for instance, will enhance the gameplay. Using cryptocurrency allows for improved access without dealing with the regulatory hurdles that come with using different fiat currencies in regions around the world. While it is unlikely that Rockstar will incorporate real money gambling on gaming software, fans are hoping for a similar experience.

2. An Epic Fantasy Awaits in Crimson Desert

Crimson Desert marks a significant leap for Pearl Abyss, shifting toward more cinematic, story-driven open-world design. The game combines large-scale exploration with intense, skill-based combat. It takes place in the fictional continent of Pywel, which is dealing with numerous conflicts and mysterious occurrences. The protagonist, Kliff, undertakes a mission to reunite his separated Graymane friends, in the process rallying all the forces of Pywel against the evil that threatens to engulf the world. 

Crimson Desert’s defining characteristic is its active combat system, which is supported by the BlackSpace Engine. The game was initially a prequel to Black Desert Online, but it eventually became a standalone single-player game. Making it standalone allows Pearl Abyss to focus on greater specialisation and polish its storyline.

3. Raccoon City Makes a Return in Resident Evil Requiem

After the story of Ethan Winters in RE7: Biohazard and RE8: Village, Requiem returns the franchise to Raccoon City, the ground zero of the deadly T-Virus. Since RE has always been a classic survival horror game, there’s a strong emphasis on exploration, solving various environmental puzzles, and prudent resource usage. 

Combat is purposeful, not constant, prompting players to weigh when to fight and when to evade. Raccoon City is a dense, interconnected place, merging old and new, with some sections now abandoned or inaccessible due to years of decay. The lighting and sound design are also integral. Limited visibility heightens tension and encourages players to move cautiously, observe their surroundings, and survive by wits rather than brute force.

4. Monster Hunter Just Keeps On Growing

On March 13, 2026, a new Monster Hunter spin-off, Twisted Reflections, is scheduled to drop for Xbox Series X|S, PlayStation 5, Nintendo Switch 2, as well as PC via Steam. Prior to that, though, there’s still a lot to enjoy in the current instalment. 

Capcom recently announced that a fourth major patch for Monster Hunter Wilds is set to arrive in December, wrapping up major updates on that title. The company is also set to release a performance patch exclusively on PC in January 2026. This release features graphics settings, CPU options, and memory presets to help free computer space. This series appeals to fans of turn-based RPGs for its engaging experience and several exciting additions introduced with each new instalment.

The upcoming year brings big sequels, exciting new IPs, and a shiny new console crammed with exclusives. So, whether you’re a monster hunter, vice lord, or island tycoon, there’s something phenomenal waiting for you in the year 2026

Staying Ahead of the Threat: The Future of Cyber Defense

What’s your plan when your Wi-Fi suddenly dies during a Zoom call? Restart the router? Blame your service provider? Panic a little? Now, imagine that instead of a frozen screen, your company’s internal data system crashes because of a silent, fast-moving cyberattack. Not so funny anymore.

Today’s digital world doesn’t wait. Neither do cyber threats. They move with speed, precision, and sometimes, eerie silence. Breaches no longer come with flashing red lights or alarms. Most slip in quietly, linger, and then strike with force. The gap between threat and response has become the defining line between resilience and disaster.

In this blog, we will share how cybersecurity has shifted from reaction to readiness, why velocity matters more than ever, and what forward-thinking companies are doing to stay ahead of attackers who’ve swapped brute force for stealth and strategy.

Why Instant Response Is the Only Response That Matters Now

Here’s the blunt truth: if your defense strategy depends on finding the threat after it shows itself, you’re already behind. Modern cyberattacks are designed to strike without leaving obvious clues. By the time traditional defenses raise a flag, the damage has often been done.

That’s why tools like Heimdal’s EDR solution have become indispensable. It doesn’t just detect known threats. It hunts for anomalies, responds autonomously, and learns from each attempt to get smarter. It plugs directly into a broader ecosystem of threat intelligence, giving organizations a 360-degree view of their digital environment.

Think of it like this: traditional antivirus is like locking your front door. Heimdal’s approach is like having security guards, cameras, motion sensors, and a rapid-response team trained for every possible break-in—all operating in real time.

More importantly, this kind of system works quietly in the background. It doesn’t need constant babysitting. And it doesn’t rely on a human noticing something’s off. In today’s world, waiting for someone to click “scan for threats” is like locking the barn after the horse has bolted.

One global retail chain recently avoided a six-figure breach because their threat monitoring system flagged a remote access attempt from an unfamiliar device. Within seconds, it blocked the attempt, flagged the user account, and alerted the IT team. They never had to shut anything down. Customers were unaffected. That’s what modern defense looks like.

The Bigger Picture: Trust, Downtime, and the Cost of Being Slow

Cybersecurity is no longer just an IT issue. It’s a business issue. And a trust issue. Consumers today aren’t forgiving. A single breach can kill a brand’s reputation overnight. Just ask any major company that’s been in the headlines for leaking personal data. Recovery is slow, public confidence is slower.

Then there’s the cost. IBM notes in its Cost of a Data Breach Report that the average global breach cost $4.45 million in 2023. That number climbs if the attack affects regulated industries like healthcare or finance.

But here’s the real kicker: much of that cost comes not from the attack itself, but from the time it takes to detect and contain it. The longer you wait, the worse it gets. This is why fast, proactive protection isn’t just a feature. It’s a business necessity.

And yet, many companies still treat cybersecurity like a seatbelt they only buckle once they’ve seen an accident. In an era where ransomware gangs offer customer support (yes, that’s real), hesitation is an open invitation.

From Passive Monitoring to Active Defense: What Modern Systems Do Differently

The best protection doesn’t wait. It predicts.

Instead of scanning for known threats once a day, modern systems continuously analyze behavior. That weird file you downloaded? The strange login at 2 a.m.? The sudden spike in CPU usage? These aren’t ignored—they’re investigated immediately.

Today’s top platforms combine several functions into one: antivirus, patch management, access controls, threat intelligence, and more. They don’t operate in silos. They share insights and trigger automated actions, reducing the time between detection and resolution to near-zero.

This integrated model also removes friction. IT teams don’t have to juggle five dashboards or hop between tools. They get alerts that matter, not noise. And they can respond without wasting time figuring out where the threat came from.

It’s not about replacing humans. It’s about giving them superpowers.

What You Can Do Now: Building a Speed-Oriented Cyber Mindset

So, how can you keep up?

First, review your current tools. Are they reactive or proactive? Do they stop at detection or go further? Take a hard look at what each solution actually does in practice, not just what the vendor promised in the brochure.

Second, look at integration. If your antivirus doesn’t talk to your firewall, and your firewall ignores your threat logs, you have blind spots. The attackers won’t miss them. Every second counts, and fragmented systems slow down your ability to act fast and effectively.

Third, educate your team. The best tools in the world won’t help if an employee clicks on a phishing link. But education must go beyond a once-a-year PowerPoint. Make it a habit. Keep people aware. Create a security culture where everyone understands that fast action is part of their job, too.

Fourth, automate where you can. Manual incident response is too slow. Build workflows that isolate devices, flag accounts, and shut down access when red flags appear. Automation doesn’t replace your team—it gives them the speed they need to stay ahead.

Fifth, audit your response time. Run simulations. Can you detect, assess, and respond to an incident in under 30 minutes? If not, that’s your benchmark. If you’re not testing regularly, you’re gambling with your downtime and customer trust.

Remember, cybersecurity is not about perfection. It’s about preparedness. The faster you respond, the smaller the damage. It’s a race—and the attackers aren’t slowing down.

The future of digital protection isn’t locked behind a firewall or buried in a policy document. It’s active, alert, and always learning. The goal isn’t to eliminate risk. That’s impossible. The goal is to get faster than the threat. The companies who realize this now won’t just survive the next breach. They’ll barely feel it. And while others scramble to catch up, these organizations will be moving forward, uninterrupted.

Dell launches new Pro Max laptops with AI features in Ireland

Dell Technologies has today announced the launch and availability of its next generation of flagship laptops, now rebranded under the new Dell Premium line. The range marks a new chapter in Dell’s premium offering, replacing the XPS brand while retaining its hallmark craftsmanship, performance, and design. The new line includes the Dell 14 Premium and Dell 16 Premium and are positioned as the company’s lead offering for users seeking high-performance, future-ready devices. The laptops are now available in Ireland.

Built on Intel® Core™ Ultra 200H series processors, the Dell Premium range delivers significant gains in both performance and battery life. The 14.5-inch and 16.3-inch screens offer increased display real estate without expanding the devices’ footprint, while OLED options with 4K resolution and 120Hz refresh rates provide enhanced visual quality. The range also includes features such as EyeSafe® technology for reduced blue light exposure and Liquid Crystal Polymer fan blades designed for more efficient, quiet cooling.

Kevin Terwilliger, Vice-President and General Manager of the PC Product Management Group, Dell Technologies said: “We’re in a dynamic era where technology serves as both the tool and the canvas for ideas and innovation. Built for the power users, engineers, creators and AI developers transforming industries, these AI PCs not only handle the most demanding AI workflows but set the standard for performance and creativity.

“Reliability, configurability, and performance aren’t just features—they’re the foundation. We know professionals need tools they can count on to tackle their most critical and impactful workloads, and that’s what we deliver.”

Early benchmarks show up to 33% improved performance for general use and up to 21% faster speeds for lighter creative workloads. The 14-inch model offers up to 20 hours of streaming battery life, with the 16-inch version extending to 27 hours using energy-efficient 2K displays. Both laptops support memory speeds up to 8400MHz, while advanced multithreading improves performance for heavier workflows such as video editing or content processing.

The Dell 16 Premium can be configured with up to Intel® Core™ Ultra 9 processors and offers 45W sustained CPU power. An optional NVIDIA RTX 50 Series GPU delivers AI-enhanced graphics and DLSS 4 for accelerated image rendering, while Thunderbolt 5 connectivity (optional) supports transfer speeds up to 120Gbps and multi-monitor setups with up to four 8K displays.

The smaller Dell 14 Premium model includes integrated graphics with 29% faster processing, and optional RTX 4050 GPU for enhanced creative performance. Both models support Wi-Fi 7 for improved network speed and responsiveness.

Build quality and materials used by Dell remain a key focus, with both devices featuring CNC-machined aluminium, Gorilla Glass 3, and a streamlined edge-to-edge design. Sustainability measures have also been expanded, with the range meeting ENERGY STAR 9.0, EPEAT Gold Climate+, and integrating recycled aluminium and plastics in both construction and packaging.

All devices ship with Windows 11 and include Copilot on Windows, Microsoft’s integrated AI assistant. The release comes ahead of the October 2025 end-of-support date for Windows 10, as businesses and consumers here in Ireland prepare to upgrade to more secure and modern platforms.

Pricing and Availability

  • Dell 14 Premium starting at €1,899.00 is now available
  • Dell 16 Premium starting at €1,998.99 is now available

Top 5 SFX power supplies for small form factor builds in 2025

Are SFX power supplies ideal for small form factor (SFF) PCs? For sure. At Seasonic, they offer the well-known and time-proven SFX power supply FOCUS Series. They are perfectly fit for the SFF form factor, which our clients highlighted the most. Primarily, because they combine the mix of effectiveness, compact size, and reliable work even during peak loads.

They have a standard size: 125 mm × 125 mm × 63,5 mm. This ensures compatibility with most of the small form factor cases. With the 80 PLUS® Gold certification, they eliminate threats and save you electricity. Particularly, gave 90% of effective work while 50% workload.  

With a 10-year warranty from Seasonic, they bring a high-productive performance to your PC and a long lifespan to its components. Additionally, they are fully modular, which makes it highly comfortable to connect extra components or conveniently organise existing ones. 

How do you choose the right SFX PSU based on wattage and efficiency?

When picking the right SFX PC power supply for a small form factor (SFF) PC, here are a few key things to keep in mind:

Power capacity. Start by figuring out how much power your system actually needs, including the CPU, GPU, memory, storage, and any other components. We highly recommend using Seasonic’s online power calculator for a more accurate estimate. It even adds an extra 20–30% buffer to ensure your PC runs smoothly under load. No need to calculate all by yourself. 

Efficiency. Go for models with 80 PLUS® Platinum or Titanium certification. Basically, the higher the rating, the less energy is lost as heat. Also, keep in mind that PSUs are most efficient when running at 50–80% of their total capacity, so it’s a good idea to choose one with some headroom.

Other practical things. Look for fully modular power supplies, because they make cable management much easier in tight spaces. And don’t forget to double-check the physical size: standard SFX units are usually 125 × 63.5 × 100 mm. And finally, make sure it fits your case, and that the PSU’s ventilation lines up with the airflow design of your setup for optimal cooling.

 

Which brands offer the most reliable SFX PSUs in 2025?

Seasonic offers SFX solutions with premium quality and highly efficient features that support the smooth operation of your PC. Two key options here are FOCUS SPX PSUs and FOCUS SGX with SFX-L form factor. Both were presented with 750 W and 650 W power, have 80 PLUS® Platinum certification, and a 10-year warranty from Seasonic. But they have slightly different characteristics. 

Seasonic FOCUS SGX Series is its SFX-L power supplies. They have the longest form than standard SFX PSUs, work quieter while giving more power to your PC. 

Seasonic FOCUS SPX Series are pure SFX power supply units (shorter). They are suitable even for the smallest cases where SGX will not fit.

 

What are the key differences between SFX, SFX-L, and ATX PSUs?

ATX PSUs are a standard form factor for power supplies which used in most medium and large cases. Their size is 150  mm × 86 mm × 140 mm. These power supplies have ample space for cooling, larger fans, high power (up to 1200 W and above), a large number of connectors, and, in general, offer quiet PC operation. 

SFX PSUs are a compact form factor measuring, with dimensions 125 mm × 63.5 mm × 100 mm. They were designed for small cases, such as mini-ITX. Thanks to their limited size, SFX units have smaller fans (usually 80 mm), which can lead to higher noise levels under load. The power level usually reaches 600 – 700 W, although some models offer up to 750 W today. They are a go-to for those who want to build a compact but powerful PC.

SFX-L PSUs are an extended version of SFX. The standard size is 125 mm × 63.5 mm × 130 mm. With the extra depth, you can install a bigger fan (120 mm), which improves cooling. They often have higher power ratings (up to 800 W) and 80 PLUS® Gold or Platinum certification. They’re good for builds in compact cases that give you a little more room. SFX-L doesn’t support all cases, so make sure yours does before buying.

Do you need a fully modular SFX power supply for a clean build?

Definitely yes. Especially for small cases, like SFF and mini-ITX. A fully modular SFX power supply lets you connect only the cables you need, which creates less clutter.

Having this kind of power supply also makes upgrades and maintenance easier since you can replace a single cable if it breaks. Yes, it’s pretty cashier than non-modular models, but you are paying for convenience, high performance, and complete freedom when it comes to connecting PC components. 

What cooling and noise levels should you expect from top SFX models?

The Seasonic Focus SPX-750 is one of the top SFX power supplies, combining high power, reliability, and a modern cooling system. This PSU is equipped with a 92 mm fan with Silent Hybrid Fan Control. It means that up to a certain temperature, the fan doesn’t turn on at all, and it runs completely silently. The fan turns on gradually as the temperature rises, so there is less noise.

At low and medium loads (up to 30-40% power), the noise level is only 19-20 dB, which is practically inaudible. The noise increases to 31-36 dB at 40-50% load, which is like a system fan running quietly. However, at high loads (70–100%), the noise can reach 40–53 dB. 

A well-designed cooling system and high-quality components prevent overheating. The fan in the SPX-750 can be used in both hybrid and constant modes, depending on your preferences. The power supply is popular with users, especially for assemblies in compact cases. 

Are SFX power supplies compatible with high-end GPUs and CPUs?

Yes, modern SFX / SFX-L power supplies can power top-of-the-line processors and graphics cards. Even RTX 4090 and Ryzen 9 or Core i9. But only if you have an SFX with enough power (≥ 850 W, preferably 1000 W+ for reserve). We also recommend making sure you have the right cables for your PC or are compatible with 12VHPWR. 

Compactness does not mean limitations. With the right approach, SFX power supplies can easily handle the high-speed components of your PC.

Which are the top 5 SFX PSUs for performance, silence, and compact design in 2025?

Here they are:

Seasonic Focus SPX-750 (80 PLUS® Platinum)

Seasonic is a reliable brand synonymous with quality for power supplies and additional components for your PC. Offers a powerful and reliable power supply with a hybrid cooling mode. Silent at low loads. It’s got high-quality parts and a 10-year warranty. 

Corsair SF750 (80 PLUS® Platinum)

Extremely quiet and compact power supply. Has standard dimensions of 125 mm × 63.5 mm × 100 mm. Features high-quality cooling and is a perfect choice for most SFF builds.

Phanteks Revolt SFX 850W (80 PLUS® Platinum)

A premium choice with PCIe 5.0 support and Zero-RPM mode. Quiet, compact, and convenient. Supports modern GPUs.

Cooler Master V850 SFX (80 PLUS® Gold)

Good price/power ratio. Supports ATX 3.1, fully modular, compact.

SilverStone SX1000R (80 PLUS® Platinum)

One of the most powerful SFX on the market. Ideal for systems with RTX 4090. Works stably, but the noise is slightly higher under high load.

Conclusions

Today, the market offers a lot of options for computer PSUs in the SFX form factor. It’s up to you what to choose, but it’s better to evaluate all pros and cons before buying. Identify each PSU’s individual characteristics, then compare them with your case. This way, you make sure it fits perfectly and gives you the best performance.