Boost Bank & ZUS Coffee Brew Up Smarter Savings

Boost Bank is teaming up with ZUS Coffee to give everyone a chance to enjoy their daily coffee while also growing their savings. This partnership introduces a cool new way to save called the ZUS Coffee Jar, where customers can earn a decent 3.5% per year on their savings.

Here’s how it works: If you’re new to Boost Bank, all you have to do is open an account, and you’ll get access to the ZUS Coffee Jar. Once you’ve got it, you can deposit any amount of money you like and start earning that daily interest.

Now, here’s the catch to keep that 3.5% interest coming in: you’ll need to buy at least one ZUS Coffee every month. Just order through the ZUS app and pay with your Boost Bank Debit Card or Boost eWallet. Getting a Boost Bank Debit Card is pretty straightforward – you can apply for one right in the Boost Bank app.

Boost Bank Partners With Zus Coffee To Brew Up Smarter Savings For Malaysians With 3.5% P.A. Interest Through The Zus Coffee Jar
Source: Boost Bank

To sweeten the deal, there’s also a special promo running for a limited time:

From May 10th to July 31st, 2025, if you’re a new Boost Bank customer, you can score a “Buy 1 Free 1” deal on ZUS Coffee’s handcrafted drinks every weekend. The free drink is capped at RM12. Keep in mind that this offer is valid only on Saturdays and Sundays, and there are only 300 free drinks up for grabs each day. To redeem it, you’ll need to use a specific promo code when you order through the ZUS app, and it’s only valid for pickup orders at ZUS Coffee outlets across the country.

This collaboration between Boost Bank and ZUS Coffee is all about making personal finance fit seamlessly into our daily routines. Boost Bank, which launched on June 6, 2024, wants to make banking more accessible and rewarding for everyone. They’re a mix of fintech and banking expertise, aiming to bring some fresh ideas to how we manage our money.

Sony Unleashes the Xperia 1 VII Packed with Xperia Intelligence & Sony Legacy

Sony has unveiled its latest flagship smartphone, the Xperia 1 VII, which integrates technologies from its α (Alpha) digital cameras, Walkman portable audio players, and ‘BRAVIA™’ televisions. A key highlight of the Xperia 1 VII is ‘Xperia Intelligence’, Sony’s suite of AI technologies designed to elevate the smartphone’s camera capabilities, audio playback, and content viewing.  With the launch of the Xperia 1 VII, Sony is guaranteeing 4 major OS updates and 6 years of Security updates,.

Screenshot 2025 05 13 at 18 32 25 Xperia 1 VII Ultra wide Long Battery Life AI Smartphones Sony Malaysia
Source: Sony

Xperia Intelligence enhances Camera Capabilities

As always, the Xperia 1 VII comes with a power-packed camera setup. This year, it comes with a triple rear camera setup. It comes with a new 16mm ultra wide-angle lens that features a larger 48MP 1/1.56-inch sensor. Sony states that this larger sensor captures clear night shots with low noise and a wide dynamic range, comparable to full-frame cameras. The lens also minimises distortion and can capture close-up shots from about 5cm away for macro photography.

Complementing this is a wide-angle lens that offers 24mm/48mm (2x optical zoom) and is equipped with the 48MP Exmor T for mobile image sensor. Sony highlights the sensor’s low-light performance, enabling high-quality footage even when cropping the image using AI Camerawork and Auto Framing.  Completing the triple camera array is a 12MP telephoto lens that provides optical zoom from 85mm to 170mm, allowing for high-resolution images of distant subjects.

Screenshot 2025 05 13 at 18 33 03 Xperia 1 VII Ultra wide Long Battery Life AI Smartphones Sony Malaysia
Source: Sony

On the software and AI side of things, the Xperia 1 VII introduces ‘AI Camerawork’ and ‘Auto Framing,’ two new features that transform the video capture experience with Xperia Intelligence.

‘AI Camera Work’ helps users create professional-level, stable, and framed videos. This feature keeps the subject fixed in the centre of the composition, even when the user is moving around while filming a moving subject. This is achieved through image stabilisation and posture estimation technology, ensuring the subject’s relative position remains consistent. According to Sony, this makes professional-looking video possible for even novice camera users.

‘Auto Framing’ uses AI to track the subject and automatically crops the shot to centre it on the screen. When filming a moving subject, users can simply point the camera roughly at the subject, and it will automatically capture it without having to chase it. ‘Auto Framing’ can capture two types of videos: one showing the whole scene and another cropped close-up of the subject.

An Audio and Visual Experience Powered by BRAVIA and Walkman

The Xperia 1 VII inherits sound quality enhancements from Sony’s Walkman devices. Sony has incorporated a circuit design focused on sound quality and components used in Walkman devices. This design significantly enhances the sound quality when connecting wired headphones, achieving clarity similar to listening on a dedicated music player.

For both wired and wireless connections, the high-quality enhancement technology DSEE Ultimate utilises AI to deliver high-quality sound. This technology enables compressed streaming audio sources to be enjoyed with immersive, high-quality sound. The full-stage stereo speakers of Xperia have been adjusted to deliver clearer sound across the entire frequency range.

Screenshot 2025 05 13 at 17 53 03 Xperia 1 VII Ultra wide Long Battery Life AI Smartphones Sony Malaysia
Source: Sony

The 6.5-inch FHD+ display of the Xperia 1 VII comes with Sony’s BRAVIA know-how and legacy. This year, Sony is adding an additional light sensor at the back of the device to improve the viewing experience in various lighting conditions. This sensor enables the adjustment of brightness and colour to suit the viewing environment. Sony claims that whether outdoors under bright sunlight or indoors in dim lighting, the phone accurately recognises the surrounding brightness and adjusts to the optimal settings. When viewing playback outdoors, the combination of an improved peak brightness display panel and ‘Sunlight Vision’ enhances visibility under direct sunlight.

Bringing the Best Performance with 2-Day Battery Life

The Xperia 1 VII is equipped with Qualcomm’s Snapdragon 8 Elite chipset. Sony states that the NPU, CPU, and GPU have each been improved by over 40%, supporting fast AI processing, high-performance gaming, and reduced battery consumption. When the Xperia 1’s “Processing Optimization” is turned on, it achieves up to 10% power savings for specific uses such as social media, web browsing, and online video viewing. Sony claims this enables up to two days of active use. The device supports up to four OS version upgrades and six years of security updates.

Screenshot 2025 05 13 at 18 33 48 Xperia 1 VII Ultra wide Long Battery Life AI Smartphones Sony Malaysia
Source: Sony

The Xperia 1 VII includes accessibility features for camera use, such as horizontal measurement information provided through sound and vibration. The Android ‘TalkBack’ feature incorporates Sony enhancements for ease of use, such as reading the menu in order of usage frequency.

Sony has also focused on environmentally conscious design. The product box and internal tray use Sony’s Original Blended Material, achieving a completely plastic-free packaging solution. Approximately 84% of the materials used for some components inside and outside the device include environmentally conscious plastics such as SORPLAS.

Pricing and Availability

The Xperia 1 VII will be available in Slate Black, Moss Green, and Orchid Purple in Malaysia from mid-July 2025.

The Xperia 1 VII is currently on pre-order in other regions. Pricing in Europe starts at €1,499 (RM7,191.30) and £1,399 (RM7,984.37). Pre-orders in the UK come with a set of Sony’s popular WF-1000XM5 headset worth £238.

A dedicated Style Cover with Stand for Xperia 1 VII (sold separately) is also available. The cover can be used in both vertical and horizontal orientations. It features a grip and stand, and comes with a ring strap. The cover is available in three colors that match the device. Sony states that the cover uses approximately 78% environmentally conscious resins, including SORPLAS.

POCO F7 Pro In-depth Review: A Phone that Knows What It’s Going For and Excels

The smartphone market these days feels a bit like a crowded arcade – everyone’s flashing bright lights and making loud noises, especially in the “gaming” segment. You see a lot of devices slapped with the “gaming phone” label, promising the world with aggressive designs and over-the-top features. But, let’s be honest, many of them end up being one-trick ponies, excelling only in raw power while falling flat on their faces when it comes to the all-around smartphone experience that most of us actually need day-to-day.

POCO F7 Pro 11Amidst this, Xiaomi’s POCO brand has quietly, or perhaps not so quietly, carved out its own path. Their F series, in particular, has always aimed to deliver flagship-level performance without the flagship-level price tag. But what’s been interesting to see is a refinement over generations – a move beyond simply being a budget beast for gaming. The POCO F series has matured, striving to excel in photography, display quality, and overall user experience, all while keeping that aggressive pricing strategy intact.

This brings us to their latest offering, the POCO F7 Pro. It arrives with the promise of not just powerful performance capable of handling the most demanding games, but also a refined experience that aims to challenge devices far pricier. It looks like POCO is pushing the boundaries, trying to offer a truly premium feel and performance without breaking the bank.

But does the POCO F7 Pro truly deliver on these lofty promises? Can it really be the well-rounded performer it claims to be, and is it genuinely worth your hard-earned money in this competitive landscape? Let’s dive deeper and find out.

 

Design

In a world where many phones are shouting for attention with flashy aesthetics, Xiaomi has opted for something a bit more understated, yet still distinctly POCO, with the F7 Pro. It’s a design that feels refined and mature, moving away from the often-aggressive lines you might expect from a brand with gaming roots. We have to commend them for striking this balance – it’s subtle, but upon closer inspection, quite unique.

POCO F7 Pro 12

One design choice that immediately stands out, and frankly, is quite welcome, is the decision to stick with a flat display. While curved screens can look sleek, they often come with downsides like accidental touches and sometimes make screen protectors a nightmare. The flat screen on the POCO F7 Pro, combined with the gently rounded edges of the frame, makes a noticeable difference in how the phone feels in your hand. It offers a much more secure and natural grip, making it feel less likely to slip and generally more comfortable for extended use, whether you’re scrolling through social media or deep into a gaming session. It just feels right.

Turning the phone over, the back panel tells its own story with a rather interesting two-textured finish. This is where POCO subtly nods to its performance-oriented roots without resorting to overt, flashy “gamer” aesthetics. The majority of the back has a pleasant, perhaps slightly textured or matte finish that feels good to the touch and resists fingerprints fairly well – a practical win.

However, look closely at the top portion, particularly around the camera module. This is where Xiaomi has cleverly integrated a more aggressive design language, almost hiding it in plain sight. It’s not screaming for attention, but you’ll notice subtle lines, patterns, or perhaps a distinct texture that hints at the power beneath the surface. It’s like a chameleon – blending in at first glance, but revealing its true colours (or in this case, design intent) when you take a closer look. It’s a smart way to keep that POCO “gaming” edge visible for those who appreciate it, without alienating users who prefer a cleaner, more sophisticated look. This dual-texture approach gives the phone character without sacrificing elegance or ergonomics.

 

Hardware

Moving past the external design, it’s time to look at what powers the POCO F7 Pro. Despite its relatively subtle appearance, this device houses components selected with performance in mind. It’s equipped with hardware designed to offer a high level of capability for demanding tasks. While it may not sit at the very apex of the flagship market occupied by the most premium “Ultra” devices, the F7 Pro is clearly positioned to compete in the upper tier, offering a level of performance that aims to rival or exceed that of many other smartphones often considered flagships. It’s built to be a capable performer.

 

Specifications

 Processor Qualcomm SM8650-AB Snapdragon 8 Gen 3 (4 nm)

Octa-Core

1×3.3 GHz Cortex-X4

3×3.2 GHz Cortex-A720

2×3.0 GHz Cortex-A720

2×2.3 GHz Cortex-A520

RAM 12GB (Review Configuration)
Memory 256GB (Review Configuration)

512GB

UFS 4.1

Graphics Processing Unit (GPU) Adreno 750
Main Display AMOLED panel
6.67-inch (~521 PPI)
1800 nits (peak)QHD+ resolution (1440×3200 pixels)20:9 Aspect Ratio

120Hz Refresh rate

HDR10+

Corning Gorilla Glass 7i

Operating System Android 15 with HyperOS 2
Battery Non-Removable 6,000mAh
Fast Charging (90W)
Connectivity Nano SIM

5G/4G LTE/EVDO/HSPA/CDMA/GSM
Wi-Fi 802.11 a/b/g/n/ac/6e(ax)/7

GPS, GLONASS, GALILEO, BDS, QZSS
A2DP
Bluetooth 5.4
OTG Support
USB 3.2 Type-C

Camera REAR:
Dual Sensor:50-megapixelf/1.6, 24mm (wide angle), 1.0µm, 1/1.55”

Dual Pixel Phase Detection Autofocus (PDAF)

Optical Image Stabilisation (OIS)

 

8-megapixel

f/2.2, (Ultrawide), 1.12µm, 1/4.0”

 

HDR

Colour Spectrum Sensor

Auto-HDR
LED Flash

Panorama

 

8K Video recording (24fps)
4K Video recording (24/30/60fps)
1080p Video recording (30/60/120/240/960fps)

720p Video recording (1920fps)

 

Gyro-EIS

Stereo Sound

FRONT:
20-Megapixel

wide

1080p video recording (30/60fps)

Gyro-EIS

Sensor Accelerometer
Proximity
Fingerprint (Under Display)
Gyroscope
Compass
Miscellaneous Dual SIM/eSIM
Retail Price (Malaysia) MYR 2,299 (256GB)

MYR 2,499 (512GB)

Retail Price (US) USD$ 499.99 (256GB)

USD$ 649.99 (512GB)

 

User Interface

Navigating the POCO F7 Pro means interacting with Xiaomi’s HyperOS 2, which is built on top of the latest Android 15. Xiaomi has been refining its software layer for years, and HyperOS represents its current vision. On the POCO F7 Pro, you get the core Android 15 features, but overlaid with Xiaomi’s distinct flavour and a host of their own customisations and improvements.

20250327 135307One notable aspect, especially for the POCO line, seems to be a push towards a slightly more minimal and streamlined look right out of the box compared to previous MIUI iterations on other Xiaomi or Redmi devices. It feels a bit cleaner initially, which can be a refreshing change. Under the hood, HyperOS also appears to bring improvements to responsiveness. Swiping through menus, opening and closing apps, and generally zipping around the interface feels fluid and quick, contributing to a snappy user experience that matches the capable hardware.

Where HyperOS truly shines, and something it proudly carries over from the MIUI days, is in its sheer level of customisation and personalisation. If you love tweaking every aspect of your phone’s look and feel, you’re in for a treat. Beyond the standard customisation options that come with Android 15, HyperOS offers a powerful theming engine. This isn’t just about changing your wallpaper; you can dive deep and customise everything from icon packs and fonts to the look of your always-on display and system animations. It allows you to truly make the phone feel uniquely yours, which is a big plus for many users.

However, it’s not all smooth sailing. One persistent niggle that we observed is HyperOS’s tendency to push notifications that feel a bit like ads – sometimes suggesting apps or other content through the notification shade. It’s an intrusive practice that detracts from the otherwise clean experience. We sincerely hope Xiaomi addresses this in future updates and severely limits or removes these promotional notifications. A notification shade should be for important alerts, not marketing.

Despite this notable drawback, the overall experience with HyperOS 2 on the POCO F7 Pro is pretty good. The blend of Android 15’s core features with Xiaomi’s deep customisation options and the apparent improvements in responsiveness make for a capable and highly personalizable operating system. Just be prepared to potentially manage some unwanted promotional notifications.

 

Performance

When it comes to how the POCO F7 Pro actually performs in daily use and under pressure, the overall experience is genuinely impressive. It quickly becomes clear that this phone isn’t just about having powerful specs on paper; it translates into real-world speed and fluidity that can easily go toe-to-toe with many devices carrying a much heftier price tag.

POCO F7 Pro 15A significant part of this smooth operation seems to stem from the balance Xiaomi has struck between the underlying hardware and its HyperOS 2 software layer. It feels like HyperOS 2 is well-optimised to make the most of the components within the POCO F7 Pro, ensuring that tasks are handled efficiently and the user interface remains responsive. It’s this synergy between the muscle of the hardware and the finesse of the software that allows the POCO F7 Pro to deliver an overall performance experience that sits comfortably alongside, and in some cases surpasses, that of several established flagships currently on the market. It’s a promising start to the performance story.

 

Multitasking & Productivity

Beyond just raw speed in launching apps or playing games, a true test of a smartphone’s performance is how effortlessly it lets you switch between tasks and run multiple applications simultaneously without breaking a sweat. For anyone who uses their phone as a productivity tool, this is paramount. The good news is, the POCO F7 Pro steps up to the plate here, offering a range of features and underlying power that enable quick and efficient working.

Juggling multiple apps is handled with impressive fluidity on the F7 Pro. Whether you’re using split-screen mode to reference a document while writing an email or using floating windows to keep a calculator or chat app open on top of another task, the phone takes it all in stride. You won’t typically encounter frustrating stutters or significant slowdowns when jumping from one demanding application to another.

POCO F7 Pro 12A key player in this smooth multitasking experience is the amount of RAM the phone is equipped with. Think of RAM (Random Access Memory) as your phone’s short-term workspace. The more RAM you have, the more applications and processes your phone can keep active and readily accessible in the background without needing to fully close and relaunch them each time you switch. This is why having ample RAM is crucial for seamless multitasking – it allows for instant switching rather than waiting for apps to reload. While we’ll detail the specific RAM configuration in the specs section, rest assured that the F7 Pro comes with enough to handle demanding multitasking scenarios comfortably.

But hardware is only part of the equation. Xiaomi’s HyperOS 2 also plays a vital role with its software optimisations. These optimisations ensure that the available RAM is managed efficiently, background processes are handled intelligently, and transitions between apps are smooth. Features like refined app management and quicker animations contribute to the overall feeling of responsiveness when you’re trying to power through your tasks. It’s the combination of robust internal memory and intelligent software tuning that makes the POCO F7 Pro a capable partner for productivity, allowing you to switch between different parts of your digital workflow quickly and efficiently.

Call Quality & Connectivity

In the hustle and bustle of daily life, a reliable phone for making and receiving calls is still essential. With the POCO F7 Pro, we found the call quality to be generally solid. Voices on both ends of the conversation come through clearly, with sufficient volume. The microphones do a good job of picking up your voice, even in moderately noisy environments, ensuring the person you’re talking to doesn’t have to constantly ask you to repeat yourself. It handles the primary function of being a phone without any fuss, providing a clear and dependable line of communication.

Beyond just calls, staying connected in today’s world means robust data and wireless capabilities. The POCO F7 Pro is equipped with modern connectivity features to keep you hooked up at speed. Naturally, it supports 5G networks, meaning you can take advantage of the fastest mobile data speeds available in your area, which makes a significant difference for streaming high-resolution video, downloading large files on the go, or online gaming without frustrating lag.

For staying connected at home or in the office, the F7 Pro includes support for recent Wi-Fi standards. While the exact version can vary depending on the specific model or region, expect support for at least Wi-Fi 6, which provides faster speeds and better performance in crowded Wi-Fi environments compared to older standards. This means quicker loading times when browsing or streaming over Wi-Fi. Bluetooth is also on board, ensuring stable connections to your wireless headphones, smartwatches, and other peripherals. NFC is also included, which is essential for contactless payments via Google Pay and quickly pairing with compatible devices. GPS performance for navigation was also reliable in our testing, locking onto signals quickly and accurately.

 

Gaming

Now, for many, the true test of a phone’s power lies in its ability to handle demanding games. POCO phones have often been associated with strong gaming performance at accessible prices, and the F7 Pro continues this tradition, largely delivering a very capable gaming experience.

Under the hood, the POCO F7 Pro is equipped with the Snapdragon 8 Gen 3 Mobile Platform. While the tech world keeps churning out newer chips, the Snapdragon 8 Gen 3 is still a seriously powerful piece of silicon, known for its strong performance capabilities. Paired with the ample RAM we discussed earlier and HyperOS 2’s optimisations, this phone is built to handle graphically intensive titles.

POCO F7 Pro 2In our time testing the POCO F7 Pro with a range of games, including Pokémon UNITE, Diablo Immortal, Asphalt Legends Unite, and Genshin Impact, the overall performance was quite admirable. For the most part, gameplay felt smooth and responsive, with no noticeable lag or frustrating screen tearing that can really pull you out of the immersive experience. The phone was able to maintain stable frame rates in many scenarios, which is crucial for competitive or fast-paced games.

Thermals are always a concern when pushing a phone hard with gaming, but the POCO F7 Pro managed to stay relatively cool even during extended gaming sessions. It gets warm, as any powerful phone will, but it remained comfortable to hold without becoming alarmingly hot – a testament to its cooling system, which is an important, albeit often invisible, piece of the performance puzzle.

However, it wasn’t a perfect run across the board. We did observe a minor hiccup, specifically in Diablo Immortal. When the screen became absolutely swarmed with enemies and we unleashed animation-heavy Area of Effect (AoE) attacks, there was occasional stuttering. This was particularly noticeable when there were well over 50 enemies on screen and multiple complex animations firing off at once. It’s a demanding scenario, and while it resulted in some frame drops, it’s important to note that the game never became unplayable. It was a brief stutter rather than a complete freeze, and the phone still managed its temperature well even under this specific heavy load.

In other graphically rich and animation-heavy titles like Pokémon UNITE and Genshin Impact, the experience was largely smooth. Animations were fluid, and we didn’t encounter significant lag that impacted gameplay. The phone also maintained reasonable temperatures during these sessions. The same held true for Asphalt Legends Unite, where the high-speed racing action remained smooth and visually impressive without the phone becoming uncomfortably warm.

So, while there might be a rare moment of strain in extreme gaming scenarios like the one encountered in Diablo Immortal, the POCO F7 Pro generally delivers strong and consistent gaming performance. It handles popular demanding titles admirably and keeps thermals in check, making it a solid choice for mobile gamers who want a powerful experience without necessarily opting for a dedicated, often more expensive, gaming phone.

 

Battery Life

Battery performance is often a trade-off – do you get a slim, light phone with a smaller battery, or a slightly bulkier device that just keeps going? With the POCO F7 Pro, it seems Xiaomi has leaned towards endurance while still offering rapid top-ups. It packs in a massive 6,000mAh battery, which is genuinely one of the largest capacities you’ll find in a smartphone currently available on the market, immediately suggesting promising longevity for demanding users.

But it’s not just about the size of the tank; how quickly you can refuel matters too, and how intelligently that refuelling happens is becoming increasingly important. The POCO F7 Pro supports 90W HyperCharge, which is seriously fast. This isn’t just a number on a spec sheet; it translates to real-world convenience. With this technology, Xiaomi claims the battery can charge to 100% in just 37 minutes. This means even if you’re caught with a low battery before heading out, a quick 15-20 minute charge can give you a substantial amount of power to get you through several more hours.

POCO F7 Pro 1Adding to this efficiency are Xiaomi’s dedicated charging and battery management chipsets: the Surge P3 charging chipset and the Surge G1 battery management chipset. These work in tandem behind the scenes to not only improve charging efficiency but also to help maintain the long-term health of the battery. They intelligently regulate the charging process to prevent overheating and excessive stress on the battery cells.

Beyond just raw capacity and charging speed, Xiaomi has also built in some intelligence when it comes to managing that power and optimising background activity. HyperOS 2, combined with POCO’s WildBoost Optimisation 4.0, includes software features that allow for intelligent battery management and better background process handling. WildBoost 4.0, often associated with performance optimisation, also plays a role in managing system resources to improve power efficiency during both demanding tasks like gaming and general use by intelligently optimising background activity.

Furthermore, the intelligent charging features, particularly useful for overnight charging, leverage some form of artificial intelligence. These learn your charging habits – for example, knowing when you typically wake up – and optimise the charging speed accordingly. This means the phone might charge quickly initially, but then slow down as it approaches 100% just before you need it, which is a smart way to maintain battery health over the long term by avoiding sitting at 100% for hours.

In our testing, that large 6,000mAh battery, combined with these optimisations, translated into some impressive real-world usage times. With what we’d consider regular daily use – a mix of browsing, social media, messaging, emails, and some media consumption – the POCO F7 Pro comfortably lasted an average of about 12 to 13 hours on a single charge. That’s solid performance that should get most users through a full day without anxiety, and for some, even spill into a second day.

When we pushed it harder with extended gaming sessions, as mentioned in the performance section, the battery lasted approximately 4 to 5 hours before needing a recharge. Now, while that might sound like a shorter duration, it’s important to note that these tests were conducted with demanding games, with the Always On Display active, and with minimal manual optimisations for background app activity. For a device powering intensive graphics and keeping the screen on constantly, 4-5 hours of continuous heavy gaming is still respectable.

Crucially, with a bit more conscious battery management – perhaps toning down the AOD or implementing some background activity restrictions – and letting WildBoost 4.0 do its thing, we found the battery life extended well beyond the 12-hour mark, often stretching to needing a charge only after about 1.5 days of use. Furthermore, if you’re someone who leaves their phone on standby for periods, say over a weekend, the POCO F7 Pro demonstrated excellent power efficiency, lasting about 4 days on standby without an active mobile connection constantly draining power searching for a signal.

 

Display

Alright, let’s turn our attention to the window into your digital world – the display. It’s one of the most crucial parts of any smartphone, as it’s where you consume content, interact with apps, and, of course, game. The POCO F7 Pro gives you a generous canvas to work with, featuring a 6.67-inch WQHD+ display with a 2K resolution. Now, if those terms sound a bit technical, think of the 6.67 inches as the size of your viewing area – quite substantial for a modern smartphone – and the WQHD+ with 2K resolution means that this large screen packs in a lot of pixels, resulting in a very sharp and detailed picture. Text looks crisp, and images and videos are rendered with impressive clarity across this expansive panel.

POCO F7 Pro 10Beyond just sharpness and size, the display on the F7 Pro is notable for its vibrance and colour reproduction. Colours pop without looking oversaturated (though you can usually tweak this in settings if you prefer a different look), and the accuracy means that photos and videos appear much closer to how they would in real life. Whether you’re scrolling through your photo gallery or watching a movie, the visual experience on this 6.67-inch screen is genuinely pleasing and immersive.

It’s also clear that Xiaomi has put a good amount of thought into the user’s well-being when it comes to this display. They’ve included features aimed at eye care and circadian rhythm maintenance. This typically involves technologies that reduce the amount of blue light emitted, especially in the evenings, which can help lessen eye strain and improve sleep patterns. It’s a small but significant detail that shows consideration for how people use their phones for extended periods on such a large screen, particularly before bed.

POCO F7 Pro 8The physical design of the display also contributes significantly to the overall experience. The slim bezels around the 6.67-inch screen create a nearly edge-to-edge visual space. This minimal framing makes the display feel even larger and more immersive, pulling you into whatever content you’re viewing, whether it’s a game or a video. It provides a seamless and expansive window into your digital world.

For gamers, or anyone who values precise interaction, the sensitivity of the screen is key. The POCO F7 Pro’s display offers excellent touch responsiveness, which is particularly beneficial in fast-paced games where split-second reactions matter. What’s even more interesting is Xiaomi’s leveraging of AI to enhance touch sensitivity. This technology allows the screen to remain highly responsive and accurate even when there are external factors like small amounts of water or moisture on the display. It’s a clever bit of engineering that ensures consistent performance on that large, vibrant screen even in less-than-ideal conditions, preventing frustrating missed touches or inaccurate swipes.

 

Cameras

Turning the POCO F7 Pro around, you’re greeted by its camera system. On paper, the setup might look relatively straightforward compared to some multi-lens monsters out there, but it’s the technology backing it up that’s particularly noteworthy. You get a primary 50MP sensor, which is the workhorse for most of your shots. This isn’t just any 50MP sensor; it features the Light Fusion 800 image sensor, a 1/1.55″ sensor size, a wide f/1.6 aperture to let in plenty of light, and utilises 2.0μm 4-in-1 Super Pixel technology. Crucially, the main sensor also benefits from Optical Image Stabilisation (OIS), which helps keep your photos sharp and your videos steady, especially in less-than-ideal lighting or when your hands aren’t perfectly still.

POCO F7 Pro 13Alongside the main camera, there’s an 8MP sensor paired with an f/2.2 ultrawide lens. This is great for capturing broader scenes, like landscapes or group photos, allowing you to fit more into the frame. The setup is further complemented by a colour sensor, which aids in more accurate colour reproduction. Xiaomi also highlights a Cinema-level 13.2EV dynamic range, suggesting the camera is capable of capturing a wide range of tones from bright highlights to deep shadows in a single shot, which is important for balanced exposures. Together, these lenses cover focal lengths from 15mm (with the ultrawide) to 48mm, offering flexibility for both effortless landscape shots and nicely framed portraits.

POCO F7 Pro 9But the real magic, according to POCO, lies in their first AI computational photography platform, POCO AISP. This isn’t just a catchy name; it represents how the phone’s core processing power – the CPU, GPU, NPU (Neural Processing Unit), and ISP (Image Signal Processor) – are tightly integrated through Xiaomi HyperOS. What this means for you is that the software and hardware work together seamlessly to perform advanced computational photography tasks incredibly efficiently. This results in significantly faster end-to-end image processing. The idea is that with its exceptional processing speed and intelligent scene optimisation, the camera can deliver professional-grade results with just a simple tap of the shutter button, aiming to make every captured moment more vivid and memorable.

So, how does this translate to real-world image and video quality? We have to say, for a phone at the POCO F7 Pro’s price point, the camera experience is genuinely one of Xiaomi’s best efforts. The camera interface itself is snappy – and yes, the pun is intended! It’s responsive, relatively easy to navigate, and keeps things simple without burying essential features deep within menus. This makes for a pleasant shooting experience, allowing you to quickly launch the camera and capture the moment.

When it comes to picture quality, especially from that main 50MP sensor under the right conditions, the results can be impressive. Under good lighting conditions, the photos exhibit an insane depth of colour and detail. You can zoom in and still see fine textures, and colours are rendered richly. Pictures are generally sharp, with little to no aberrations, like chromatic fringing, which can sometimes plague smartphone cameras. In bright, well-lit environments, the pictures are honestly near DSLR quality, which is high praise for a phone in this category. The pixel binning, or Ultrapixel technology as Xiaomi calls it (the 4-in-1 Super Pixel), certainly seems to work as advertised, allowing the sensor to gather more light and detail, especially when the light isn’t perfect.

We’ll admit, we didn’t go into the low-light testing with the highest expectations for stills – phones in this price range have historically struggled in dimmer conditions, often producing noisy or muddy images. However, the POCO F7 Pro pleasantly proved us wrong here. It delivered strong showings even in the dullest of lights. While not matching flagship phones that cost twice as much, it managed to retain good details and exhibit great dynamic range, preventing highlights from being blown out and lifting shadows effectively. The result is low-light photos that are noticeably better than your average for this segment, making the camera much more versatile for capturing moments regardless of the time of day.

Moving on to video, the POCO F7 Pro also had a very strong showing. Under the right lighting conditions, it truly excelled and could realistically be used as a primary camera for a content creator hands down. The footage was clear, detailed, and the colours were vibrant. It also features an acceptable steady mode (likely digital or electronic stabilisation working with the OIS) which does a good job of reducing a lot of the motion from handheld shots and stabilises pretty well, resulting in smoother videos that are much more watchable. In low light, as expected, videos were a little grainy, but crucially, they were not unusable. While you’ll see noise in darker areas, the footage still retains enough detail and brightness to be salvageable for many purposes, which is a commendable feat for this class of device.

Overall, the POCO F7 Pro’s camera system, powered by the Snapdragon 8 Gen 3 and the new POCO AISP, is a significant strength for both stills and video. It offers a responsive user experience and delivers impressive image quality in good light, while surprisingly holding its own in low light, making it a well-rounded shooter for its class and a very capable tool for capturing your world.

 

It’s That Good (and That Affordable) and It’s also Shaking up the Flagship Market

So, where does the POCO F7 Pro land after putting it through its paces? In a market crowded with devices, many of which promise the world but underdeliver, the F7 Pro carves out a compelling space for itself. POCO’s approach with the F series, moving beyond just raw gaming power, seems to have paid off.

This phone successfully blends a subtle, ergonomic design with powerful internals driven by the Snapdragon 8 Gen 3. The 6.67-inch 2K display is a visual treat – vibrant, sharp, and thoughtfully designed with eye comfort and usability in mind, even featuring smart AI touch sensitivity. Performance is undeniably strong, handling multitasking with ease and tackling demanding games admirably, staying surprisingly cool under pressure, thanks in part to features like WildBoost 4.0.

POCO F7 Pro 14The massive 6,000mAh battery is a highlight, offering impressive longevity for daily use and supporting blazing-fast 90W HyperCharge that gets you back to 100% in around 37 minutes, aided by the Surge chipsets and intelligent charging. The cameras, while perhaps not the absolute best on the market, are highly capable for the price, delivering sharp stills in good light and surprisingly strong low-light performance, plus decent video quality.

The main caveat remains the HyperOS notifications pushing ads, a persistent annoyance we hope to see addressed.

Despite this, the POCO F7 Pro largely delivers on its promises. It offers a refined, high-performance smartphone experience that genuinely challenges devices in higher price brackets. If you’re looking for flagship-level power, a great display, and excellent battery life without paying a premium price, the POCO F7 Pro is absolutely worth considering. It’s a true contender in the “flagship killer” space.

Hexagon’s MAESTRO Rethinks Manufacturing to Deliver Speed & Scalability

Hexagon’s Manufacturing Intelligence division has introduced MAESTRO, a new coordinate measuring machine (CMM) designed to meet the needs of modern manufacturing. This machine is engineered to deliver speed, precision, and enhanced performance, addressing the increasing demand for productivity and quality in manufacturing environments. MAESTRO’s design focuses on enabling faster inspection processes while maintaining precision, ultimately improving productivity and reducing bottlenecks in manufacturing.

Hexagon MI MAESTRO Application Image 017
Source: Hexagon

MAESTRO is built upon the principles of speed, ease of use, connectivity, and scalability. Its all-digital design aims to provide rapid measurement routines, a user-friendly experience, and seamless data integration. The machine’s modular software and hardware allow it to adapt to evolving production demands, making it suitable for industries such as aerospace, automotive, and high-precision manufacturing.

The system incorporates digital sensors, a single cable system, and a new controller with updated firmware. These technological advancements are intended to increase throughput, streamline measurement operations, and ensure connectivity for modern production environments.

MAESTRO is designed to provide fast measurements with sub-micron tolerances, ensuring repeatable and reliable results for quality control. The machine’s design emphasizes high-speed motion and synchronized axis movements to accelerate setup, programming, execution, and reporting.

Hexagon MI MAESTRO Application Image 029
Source: Hexagon

MAESTRO aims to simplify CMM programming and workflows through an intuitive user interface and cloud-native metrology apps. This approach seeks to enable users with varying skill levels to generate accurate measurements without coding.

As an Industrial Internet of Things (IIoT) device, MAESTRO integrates into Hexagon’s Nexus ecosystem, facilitating real-time data sharing across design, production, and quality teams[cite: 16]. This connectivity supports data-driven decision-making and enhances overall equipment effectiveness (OEE). The system also allows for integration with automation systems.

MAESTRO’s modular design supports scalability, allowing manufacturers to update software, sensors, and capabilities over time.

MAESTRO includes the Smart Machine Eye camera for measurement volume monitoring and a digital changer rack that tracks the occupancy status of each port. The machine also features status LEDs, an Eco Mode for power efficiency, and a sensor interface designed for easy sensor exchange.

Hexagon MI MAESTRO Application Image 004
Source: Hexagon

Additional technical features of MAESTRO include a new jogbox for manual wrist positioning, fast probe calibration, performance upgrade options, and the Metrology Communication Interface (MCI) for data exchange with other systems.

MAESTRO is designed to support digital workflows across planning, programming, setup, execution, analysis, and reporting. This is facilitated by Hexagon’s software tools and services, such as PC-DMIS and the Metrology Reporting Nexus Apps, to improve productivity and collaboration.

MAESTRO will be available for order from June 30, 2025.

Building trust: Foundations of security, safety and transparency in AI

This artricle is an adaptation of a Red Hat research paper of the same name (Bestavros, Chen, Fox, Mollett & Sidhpurwala, 2024). You may access the full paper here.

As publicly available artificial intelligence (AI) models rapidly evolve, so do the potential security and safety implications, which calls for a greater understanding of their risks and vulnerabilities. To develop a foundation for standardized security, safety and transparency in the development and operation of AI models–as well as their open ecosystems and communities–we must change how we’re approaching current challenges, such as consistent information about models, lack of distinction between security and safety issues and deficient and non-standardized safety evaluations available and in use by model makers.

Risks and vulnerabilities

While similar, AI security and AI safety are distinct aspects of managing risks in AI systems. AI security protects the systems from external and internal threats, while AI safety provides confidence that the system and data don’t threaten or harm users, society or the environment due to the model’s operation, training or use. However, the relationship between AI security and safety is often blurry.

pexels fauxels 3184420
Photo by fauxels

An attack that would typically be considered a security concern can lead to safety issues (or vice versa), such as the model producing toxic or harmful content or exposing personal information. The intersection of AI security and safety highlights the critical need for a comprehensive approach to AI risk management that addresses both security and safety concerns in tandem.

Current challenges and trends

While the AI industry has taken steps to address security and safety issues, several key challenges remain, like the prioritization of speed over safety, inadequate governance and deficient reporting practices. Emerging trends suggest that targeting these areas of growth are crucial for developing effective safety, security and transparent practices in AI.

Speed over safety

In the spirit of developing and deploying AI technologies quickly to “secure” increased market share, many organizations are prioritizing quickening their pace to market over safety testing and ethical considerations. As seen via past security incidents, security is often years behind nascent technology, typically leading to a major incident before the industry begins to self-correct. It’s reasonable to predict that in the absence of individuals pushing for risk management in AI, we may experience a significant and critical safety and security incident. While new models are being introduced with security and safety in mind, the lack of consensus around how to convey the necessary safety and transparency information makes them challenging to evaluate, though the increase in safety-conscious models is a positive step forward for the AI industry.

Governance and self-regulation

With very little government legislation in effect, the AI industry has relied upon voluntary self-regulation and non-binding ethical guidelines, which have proven to be insufficient in addressing security and safety concerns. Additionally, proposed legislation often doesn’t align with the realities of the technology industry or concerns raised by industry leaders and communities, while corporate AI initiatives can fail to address structural issues or provide meaningful accountability as a result of being developed especially for their own use.

pexels thirdman 5060979
Photo by Thirdman

Self-governance has had limited success and tends to involve a defined set of best practices implemented independent of primary feature development. As seen historically across industries, prioritizing security at the expense of capability is often a trade off stakeholders are unwilling to make. AI further complicates this by extending this challenge to include direct impacts to safety.

Deficient reporting practices

As the industry currently stands, there is a lack of common methods and practices in handling user-reported model flaws. This is partially due to the fact that the industry’s flawed-yet-functional disclosure and reporting system for software vulnerabilities isn’t an apples-to-apples solution for reporting in AI. AI is a technical evolution of data science and machine learning (ML), distinct from traditional software engineering and technology development due to its focus on data and math and less on building systems for users that have established methodologies for threat modeling, user interaction and system security. Without a well understood disclosure and reporting system for safety hazards, reporting an issue by directly reaching out to the model maker may be cumbersome and unrealistic.  Without a well understood, standardized reporting process, the impact of an AI safety incident could potentially be far more egregious than it should be, due to delayed coordination and resolution..

Solutions and strategies

Heavily drawing upon prior work by Cattel, Ghosh & Kaffee (2024), we believe that extending model/system cards and hazard tracking are vital to the improvement of security and safety in the AI industry.

Extending model/safety cards

Model cards are used to document the possible use of an AI model, as well as its architecture and occasionally the training data used for the model. Model cards are currently used to provide an initial set of human-generated material about the model that’s then used to assess its viability, but model cards could have more potential and applicability beyond their current usage, regardless of where they travel or where they’re deployed.

To effectively compare models, adopters and engineers need a consistent set of fields and content present on the card, which can be accomplished through specification. In addition to the fields recommended by Barnes, Gebru, Hutchinson, Mitchell, Raji, Spitzer, Vasserman, Wu & Zaldivar, 2019, we propose the following changes and additions:

  • Expanding intent and use to describe the users (who) and use cases (what) of the model, as well as how the model is to be used.
  • Add scope to exclude known issues that the model producer doesn’t intend or have the ability to resolve. This will ensure that hazard reporters understand the purpose of the model before reporting a concern that’s noted as unaddressable against its defined use.
  • Adjust evaluation data to provide a nested structure to convey if a framework was also used, and the evaluation’s outputs that were run on the model. Standardized safety evaluations would enable a skilled user to build a sustainably equivalent model.
  • Add governance information about the model to understand how an adopter or consumer can engage with the model makers or understand how it was produced.
  • Provide optional references, such as artifacts and other content, to help potential consumers understand the model’s operation and demonstrate the maturity and professionalism of a given model.

Requiring these fields for model cards allows the industry to begin establishing content that is essential for reasoning, decision making and reproducing models. By developing an industry standard for model cards, we will be able to promote interoperability of models and their metadata across ecosystems.

Hazard tracking

While the common vulnerability disclosure process used to track security flaws is effective in traditional software security, its application in AI systems faces several challenges. For one, ML model issues must satisfy statistical validity thresholds. This means that any issues or problems identified in an AI model, such as biases, must be measured and evaluated against established statistical standards to ensure that they’re meaningful and significant. Secondly, concerns related to trustworthiness and bias often extend beyond the scope of security vulnerabilities and may not align with the accepted definition. Recognizing these limitations, we believe that expanding the ecosystem with a centralized, neutral coordinated hazard disclosure and exposure committee and a common flaws and exposure (CFE) number could satisfy these concerns. This is similar to how CVE was launched in 1999 by MITRE to identify and categorize vulnerabilities in software and firmware.

Users who discover safety issues are expected to coordinate with the model providers to triage and further analyze the issue. Once the issue is established as a safety hazard, the committee assigns a CFE number. Model makers and distributors can also request CFE numbers to track safety hazards they find in their own models. The coordinated hazard disclosure and exposure committee is the custodian of CFE numbers and is responsible for assigning them to safety hazards, tracking them and publishing them. Additionally, the formation of an adjunct panel will be responsible for facilitating the resolution of contested safety hazards.

What next?

Models developed according to open source principles have the potential to play a significant role in the future of AI. The frameworks and tools that are necessary for developing and managing models against industry and consumer expectations require openness and consistency in order for organizations to reasonably assess risk. With more transparency and access to critical functionality, the greater our ability to discover, track and resolve safety and security hazards before they have widespread impact. Our proposals intend to afford flexibility and consistency through existing governance, workflows and structure. When implemented, they could provide more efficient avenues to resolving the pressing need to effectively manage AI safety.

More Developers Aren’t Enough! Citizen Development Unlocks True Enterprise Digitisation

Malaysia is on an accelerated path towards becoming a digital economy. Yet, the ambitious goal of digitising every facet of business and public service faces a significant hurdle: the sheer scale of the task. Traditionally, digital transformation has heavily relied on central IT departments and the availability of skilled developers. But what happens when the number of processes needing automation far outstrips the capacity of even the most capable IT team?

This is where a paradigm shift is gaining traction: Citizen Development. It’s a concept championed by many in the tech space, including those we recently spoke with, that suggests the key to widespread digitisation lies in empowering the workforce itself.

pexels yankrukov 7793247
Photo by Yan Krukau

Citizen Development is about enabling individuals within business units – the HR executive, the operations manager, the procurement officer – to create, or significantly modify, applications and workflows that solve their specific problems, using tools sanctioned by IT. It’s born out of the recognition that these individuals possess invaluable domain knowledge about their processes, knowledge that is crucial for building effective digital solutions. As Rakesh Nandakumar, Associate Vice President, Southeast Asia at Kissflow, put it:

“Citizen development is when business users build applications or workflows or any automation which the organization wants in a way the organization would prefer it… I’m talking about proper business guys… They themselves building their own process automations and more automations is what I’m alluding to.”

The Imperative for Broader Digital Participation

Why is this shift necessary now? Firstly, the scale of internal processes in large organisations is staggering. Relying solely on a central IT team to automate hundreds or thousands of unique workflows is simply not feasible within a realistic timeframe. It creates bottlenecks and slows down the pace of innovation and efficiency gains.

Secondly, the workforce is changing. Newer generations entering the workforce are digital natives, comfortable with technology and eager to solve problems directly. Handing them manual processes in a digital world is inefficient and can impact employee satisfaction. Empowering them with the tools to improve their own workflows leverages their digital fluency and intrinsic motivation.

Kissflow Article

Thirdly, and crucially, relying solely on hiring more professional developers, while important for complex systems, cannot close the digital gap fast enough. Think back a few decades: taking a photograph required specialised skills, equipment, and a trip to a studio. Today, sophisticated technology in our pockets makes photography accessible to virtually everyone. Similarly, the challenge isn’t just about having more developers, but about making digital creation accessible to a much wider audience – making “everyone a problem solver,” digitally.


Rakesh Nandakumar Kisslfow

“How many more developers will you bring in to solve the problems which are there in enterprise? Because the scale of the problem is not 10x. The gap is too wide to simply create more developers to solve the problem. This problem can only be resolved if you believe everybody in your organization can potentially be a problem solver…”

Rakesh Nandakumar, Associate Vice President, Southeast Asia at Kissflow


Technology as the Great Enabler

This is where modern technology plays a vital role. The rise of no-code/low-code platforms has fundamentally changed who can build digital solutions. These platforms abstract away the complexity of traditional programming. Instead of writing lines of code, users can build applications and automate workflows using intuitive visual interfaces, drag-and-drop components, and pre-built templates. A business user can define a process flow or build a digital form by thinking about the business logic, not the underlying database structure or programming language. Low-code also provides IT with the flexibility to extend these solutions or build more complex components when needed, fostering collaboration between IT and business users.

pexels fauxels 3183197
Photo by fauxels

Furthermore, advancements in Artificial Intelligence, particularly generative AI, are accelerating the citizen development journey. AI can act as an intelligent co-pilot, offering suggestions based on best practices, automatically generating form fields for common processes, and guiding users through workflow design. This reduces the initial learning curve and helps citizen developers build solutions more effectively and efficiently, bridging the ‘knowledge gap’ on how to start.

These technologies empower individuals with deep process knowledge to translate that understanding directly into functional digital tools, addressing the “middle office” challenges that often fall through the cracks of enterprise-wide system implementations.


Rakesh Nandakumar Kisslfow

“The middle of this operation is just often left to excels and spreadsheets and paper. And that is exactly where [platforms enabling citizen development] come into play.”

Rakesh Nandakumar, Associate Vice President, Southeast Asia at Kissflow


Ensuring Governance and Security

A common concern with distributing development capabilities is the risk of ‘shadow IT’ and security vulnerabilities. However, the enabling technologies designed for citizen development incorporate governance frameworks. These platforms are typically owned and overseen by a central authority within the organisation, like IT or a dedicated Center of Excellence (COE).

This central team can set standards, provide guidance, validate citizen-built solutions, and manage the underlying infrastructure. Modern platforms also come with built-in enterprise-grade security and compliance features, ensuring that even solutions built by non-developers adhere to necessary regulations and data protection standards. This ensures that empowering the workforce doesn’t come at the expense of security or compliance.

Accelerating Malaysia’s Digital Future

For Malaysia, embracing Citizen Development, supported by accessible no-code/low-code technologies and AI, offers a powerful path to accelerate its digitisation goals. It allows organisations across key sectors – finance, retail, manufacturing, energy, and more – to rapidly digitise internal operations, improve efficiency, and enhance employee experience. By empowering a broader segment of the workforce to participate actively in the digital transformation journey, the nation can unlock significant productivity gains and foster a more digitally capable and agile economy. Citizen development, therefore, is not just a trend; it’s an essential strategy for comprehensive and effective digitisation in the modern era.


Rakesh Nandakumar Kisslfow Profile

Rakesh Nandakiumar
Associate Vice President, Southeast Asia
Kissflow

With over 10 years of experience in the IT industry, Rakesh is a result-driven professional who leads the SEA and inside sales business teams at Kissflow, a low-code no-code platform. His mission is to help businesses achieve digital transformation and operational excellence with simple and powerful solutions.

Should You Buy the Galaxy S25 Series? Full Review & Comparison | techENT

Welcome to our in-depth review of the highly anticipated Samsung Galaxy S25 series! In this video, we break down everything you need to know about the Samsung Galaxy S25, Samsung Galaxy S25+, and the powerhouse Samsung Galaxy S25 Ultra.

We explore the key features, including the stunning displays, powerful processor in the Snapdragon 8 Gen 3, advanced camera systems, battery life, and the latest software innovations in Samsung’s One UI 7. We also compare the differences between the three models to help you decide which Galaxy S25 phone is the perfect fit for you.

Whether you’re curious about the camera capabilities of the Galaxy S25 Ultra, the balanced performance of the Galaxy S25+, or the sleek design of the standard Galaxy S25, we’ve got you covered. We delve into the specifications, discuss the user experience, and share our honest thoughts on the value proposition of the entire Samsung Galaxy S25 lineup.

In this video, we cover:

0:00 – Intro
0:27 – A detailed look at the design and build quality of the Galaxy S25 series.
1:14 – A look into the hardware that comes with the cameras of the Galaxy S25 Series
1:35 – Performance and insights into the processing power and battery life.
2:35 – An analysis of the key differences between the S25, S25+, and S25 Ultra.
6:00 – A Breakdown of How Galaxy AI changes the user experience on the S25 series.
7:28 – A dive into the software optimisations on Samsung’s S25 Series and One UI 7
8:05 – Looking back at the Hardware
8:50 – Concluding thoughts: Should you upgrade?
9:45 – Outro: A thorough examination of the camera features and photo/video quality across all models.

SEA’s Health Tech Leap: Secure Data Powers Remote, Personalized Care

This article is written from an interview with Mr Ruch De Silva, Head of Patient & Payor Solutions and M&A Lead at DKSH Healthcare

Southeast Asia presents a fascinating paradox: a region surging with technological adoption and economic growth, yet grappling with healthcare systems often hindered by fragmentation and disparity. The ambition of achieving truly integrated, accessible, and high-quality medical care faces persistent challenges. This complexity stems from a confluence of factors, including the diverse regulatory landscapes across different countries that complicate the implementation of standardised digital health solutions, as well as varying levels of healthcare infrastructure and maturity. Adding to these systemic issues, as Ruch De Silva, Head of Patient and Payor Solutions and M&A Lead at DKSH Healthcare, pointed out, “Inadequate infrastructure in rural areas also hinders access to digital tools, while a shortage of skilled healthcare professionals exacerbates inefficiencies, as existing staff often lack the training needed to manage digitised systems.” These are not theoretical obstacles; they are tangible barriers impacting millions seeking consistent, quality care.

pexels edward jenner 4031710
Photo by Edward Jenner

Overcoming such deeply embedded challenges requires a transformative approach, one that leverages technology to fundamentally redefine how healthcare is delivered. This is the driving force behind integrated, patient-centric platforms like DKSH Patient Solutions. Born from a clear recognition of the region’s fragmented healthcare landscape, DKSH Patient Solutions platform is designed to bridge these gaps and, as Ruch explained, “empower patients by placing them at the centre of the healthcare journey by improving availability, accessibility, and convenience.” By building with local insights and navigating the complexities of diverse national regulations, DKSH aims to forge a more unified and accessible healthcare experience across Southeast Asia.

Bringing Healthcare Beyond the Clinic Walls

One of the most immediate and practical benefits of integrated digital platforms for individuals is the extension of healthcare services beyond the confines of physical clinics and hospitals. In a region where geography can be a major barrier and travel a burden, bringing care closer to the patient is crucial for improving access and ensuring continuity of treatment.

DKSH Patient Solutions’ platforms facilitate a range of home-based and remote care solutions. Telemedicine stands out, enabling remote consultations that significantly reduce the need for patients, particularly those in distant or underserved areas, to travel long distances. As Ruch noted, this is “particularly beneficial for the elderly, patients with mobility issues and those in rural areas.” When you consider the uneven distribution of medical professionals, such as the low doctor-to-population ratio in some rural parts of the region, telemedicine becomes an indispensable tool for extending the reach of limited medical expertise.

The platform’s capabilities extend beyond consultations to practical logistics. Direct-to-patient delivery services ensure essential medications and supplies reach individuals at their homes, overcoming significant infrastructure and logistical challenges. Integrated services like Home Pulse further support this by offering safe transportation for tests or medication delivery. Ruch highlighted that this service actively “prioritises patient convenience by minimising travel time, wait times, and disruptions to daily routines.”

Supplementing these direct services are digital engagement tools designed for ongoing patient involvement and education. A Patient Education Portal digitises educational resources into interactive formats, accessible on demand, empowering patients with knowledge about their health. Features like medication and symptom trackers, combined with multi-channel support, help patients stay connected and adhere to their treatment plans. This ecosystem creates multiple points of contact, allowing the platform to “gather insights into their unmet needs, and provide tailored support to enhance overall satisfaction,” according to Ruch. The platform’s proven ability to run over 200 programs across eight markets in the Asia-Pacific region and support multiple languages demonstrates the essential scalability and adaptability required to cater to the region’s immense diversity.

The Data Engine: Powering Personalisation Securely

At the core of delivering effective, personalised remote and home-based care lies the intelligent and secure management of patient data. Integrated digital health systems generate vast amounts of information – medical histories, treatment plans, adherence data, communication logs, and more. Transforming this raw data into actionable insights is the crucial engine that drives personalised care pathways and improves outcomes.

DKSH Patient Solutions’ platforms employ a sophisticated technical architecture for robust data management. Data is aggregated into a secure data lake infrastructure, processed by a rule-based engine for consistency. To ensure patient privacy while enabling analysis, the platform incorporates crucial layers: a synonymised layer for data mapping and integration, and a vital anonymisation layer that protects sensitive personal information. This layered approach ensures “secure data analysis without compromising patient confidentiality,” allowing the platform to safely leverage data as a powerful resource.

irwan rbDE93 0hHs unsplash
Photo by Irwan on Unsplash

The ultimate objective of this data management is to enhance healthcare delivery and patient outcomes. As Ruch explained, when handled safely, “healthcare systems can leverage on this wealth of data resource to ensure that providers can analyse trends, identify gaps, and improve service delivery – ultimately enhancing performance and leading to better health outcomes.” By analysing anonymised data on patient trends, adherence, and engagement, healthcare providers gain insights that enable them to “refine healthcare strategies and enhance patient outcomes.” This data-driven approach is fundamental to delivering the “personalised patient experiences” that make care more effective and engaging, contributing to a significant shift towards “more personalised care, early intervention, and continuous monitoring.” DKSH views its Patient Solutions’ platforms as a “catalyst for digitising and integrating Southeast Asia’s healthcare systems”, providing a concrete example of how digital solutions can mitigate complexity by focusing on patient-centric concepts like Access, Adherence, and Convenience, all powered by the effective use of data.

Trust is Paramount: Navigating the Security and Compliance Maze

In the digital healthcare space, trust is the bedrock, built upon rigorous data security and unwavering compliance. Handling sensitive health information across markets with differing regulations is a significant challenge. DKSH prioritises this, implementing practices to “ensure patient trust and safety.”

Navigating the complex regulatory environment across Southeast Asia requires dedicated expertise. DKSH maintains a regional compliance function and develops country-specific SOPs to ensure alignment with local regulations. Beyond policy, robust technical and organisational measures are essential to safeguard patient data against cyber threats. This includes secure access controls, advanced encryption protocols, regular security audits, and continuous system monitoring. Adherence to international standards like ISO 27001, GDPR, and HIPAA is a cornerstone of their data security framework. Transparency is also key, with all interactions being “auditable via eAudit logins, with support from accredited industry leaders like Accenture and PwC,” providing crucial accountability. Balancing personalized communication needs with privacy is managed through secure messenger systems integrated within the platform.

The AI Horizon: Empowering Analysis for Better Health

The secure, structured data environment established by integrated platforms provides a powerful foundation for the next wave of healthcare innovation: Artificial Intelligence. While the current focus is on leveraging data to generate actionable insights and analyse trends for healthcare providers, AI has the potential to dramatically enhance these capabilities.

AI being used in diagnosis and patient care in healthcare
AI generated image using Microsoft Copilot depicting the use of AI in a futuristic medical diagnosis

AI algorithms are exceptionally skilled at processing vast, complex datasets to identify subtle patterns and predictive indicators that might be imperceptible to traditional methods. Building upon the secure data infrastructure and analytics layers, AI could significantly improve the ability to analyse patient data for earlier identification of health risks, prediction of treatment responses, and further refinement of personalised care plans based on aggregated learnings from similar patient profiles. This is not about replacing clinicians but augmenting their expertise with sophisticated data-driven intelligence, leading to more informed decisions and potentially more proactive and effective interventions. The evolution from current analytics to AI-powered insights represents a significant step towards making personalised healthcare more precise, efficient, and impactful.

Digital Inclusion and Integration will make healthcare more personal and allow it to exit the four walls of a diagnosis room

The challenges facing healthcare systems in Southeast Asia are substantial, but the development and deployment of integrated digital platforms like those from DKSH Patient Solutions offer a compelling vision for the future. By focusing on patient centricity, securely managing and leveraging data, and expanding the reach of care through remote and home-based services, these platforms are directly addressing key regional pain points.

The ability to deliver high-quality, personalised care conveniently to patients, regardless of their location or mobility, represents a transformative step forward. Empowering patients with knowledge, facilitating continuous engagement, and providing healthcare providers with data-driven insights fosters a more effective and responsive healthcare ecosystem. This shift towards truly personalised care, delivered securely and built upon robust technological architecture, holds immense promise for improving not only the efficiency of healthcare systems but, more crucially, the health outcomes for individuals across Southeast Asia. As digital integration deepens and the capabilities of AI in healthcare analytics continue to advance, the future of accessible, equitable, and personalised healthcare in the region looks increasingly promising.


This article is written from an interview with Mr Ruch De Silva, Head of Patient & Payor Solutions and M&A Lead at DKSH Healthcare

Ruch De Silva

Ruch De Silva
Head of Patient & Payor Solutions and M&A Lead
DKSH

Ruch de Silva joined DKSH as Director, Service Development for Patient Solutions in October 2018. He was designated Head of Patient & Payor Solutions and M&A Lead in July 2024 and is a member of DKSH Business Unit Healthcare’s Senior Leadership Team. Ruch has over 16 years of experience in the healthcare industry.

He held previous senior positions at Datamonitor Healthcare and at Takeda, where he was the Director of Business Operations and Analytics. He has a proven track record of delivering high-impact growth initiatives across various areas that ultimately lead to improved patient outcomes.