Features

Project Ara’s story is all about wasted potential

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After rumors recently surfaced about the cancellation of Project Ara, we now have confirmation from Google that their highly ambitious modular phone will no longer reach the consumer market. Reasons were somewhat vague, but what we do know is that it’s being done to “streamline the company’s hardware efforts.”

It was only last May when we witnessed a revived desire from Google to push the product, complete with a cool trailer and announcement of a possible consumer launch next year. Progress before and after the unveiling was typically silent, and we’ve finally confirmed that it’s been an internal structure issue all along. Now, we think about what could have been a savior for the smartphone industry.

The beginning of the end

Imagine presenting a prototype of your company’s next big thing in front of a worldwide audience, only for it to freeze during bootup and fail to even reach the home screen. No, I’m not talking about an episode of Silicon Valley. That’s actually the nightmare Google experienced back in 2014 when it presented a “working” prototype of its first modular smartphone. Thinking about it now, the incident summarizes the current situation really well.

Project Ara (1)

In the most recent build of Project Ara, you had all the functions you’d expect from the modern-day smartphone you’re accustomed to, along with the ability to plug in your choice of modules to add greater functionality. Upgrades ranging from cameras to replaceable batteries stylishly fit into the main frame to create one unified pocket computer. If you think the process is as simple as playing with Lego blocks, you’re absolutely right.

An eternity in the tech world

What could this have meant for consumers had it become a commercial product? It would have been a possible game-changer in terms of phone upgrade cycles. With a smartphone having limitless module options to keep you busy, ordering that newly launched Samsung Galaxy or Apple iPhone wouldn’t be as tempting anymore.

However, it’s been a long two years since the initial reveal, and much has changed.

It’s important to take note that Project Ara was no longer a fully modular smartphone as of May 2016. The Google phone had its core components fixed into the main frame, meaning you couldn’t touch the processor, internal storage, RAM, and front display. This became a potential deal-breaker for enthusiasts wanting a PC-like handheld gadget they can fiddle around with on the go. The development led to disappointment from the community and the product’s eventual downfall, but it might have also been able to entice a more mainstream market wanting a simpler package.

Project Ara (2)

In exchange for the loss of complexity, the last build came with welcome refinements. Plug and play was possible with certain modules, wherein you could hot swap the unit while the phone was on and even share with other Ara users on the spot. If you wanted to get fancy, saying “Okay Google, eject the camera” commanded the phone to do as it’s told.

Google’s very own

Looking back, it’s easy to forget how big of a deal Project Ara was when it was first announced at Google I/O 2014. Modular phone schematics were tossed around brainstorming sessions prior to that, but it was only when Google unveiled a (partially) working prototype that this concept became closer to commercial reality. Still, the fact that it froze shortly after being turned on established how much of a pipe dream it was back then, and how it continues to be one now.

During Project Ara’s downtime, a couple of companies took a crack at modular designs in attempts to overshadow the hype Google built and lost. The Fairphone 2 was the first modular phone to officially hit the market, and the LG G5 garnered even bigger headlines as a totally revamped flagship device with modular Friends you could attach to its Magic Slot. Most recently, Lenovo launched the Moto Z series, which proves that even partial modularity is still alive and kicking.

And yet, the latest announcement from Google I/O 2016 was more than just about a potential date and a sweet new trailer for Project Ara. Google was finally going to release a smart device that’s truly theirs – free of any partnership from the likes of Huawei or HTC in their long-running Nexus program.

The company’s previous attempt at controlling the hardware process came when it acquired Motorola in 2012. Google then became a competitor for a long list of smartphone brands that rely on Android as their sole operating system. This didn’t fly well with major players such as LG and Samsung, who subsequently secured backups in WebOS and Tizen, respectively, in case Google would suddenly favor its own manufacturing process for the latest Android updates, ultimately discriminating against loyal associates.

It’s uncertain how Project Ara would have impacted the search giant’s relationship with hardware partners as an indirect competitor, since modular phones might create a category of their own some day.

Let’s not get ahead of ourselves

Ironically, the highly customizable Project Ara proved that you didn’t have total control over the aesthetics and feel. While the dimensions and weight of the device vary depending on the components equipped, you’re going to end up with a bulky, blocky handset no matter what. LG saw through the weaknesses of a largely modular phone to produce the G5 we’re enjoying today. By allowing only partial modularity from the bottom end of its current flagship, the primary build remains largely intact, so there’s no need to worry about assembling a hideous product.

Our recent unboxing and hands-on review of the G5 and its add-ons showcased how much promise there is in upgrading your handset before committing to a completely different phone the following year or two. Lenovo followed shortly after with the Moto Z and its growing lineup, but it’s too early to gauge its success.

lg-g5-mwc-20160328-02

We’ve been wanting these possibilities for a while now. Smartphone technology in general has stagnated in the past years, with every manufacturer heavily focusing on simply improving on the touchscreen-optimized formula Apple established nearly a decade ago with the original iPhone. If your current smartphone already has a high-resolution display, fast-acting camera, accurate fingerprint scanner, and either a glass or metal physique, there isn’t much more you can ask for outside the realm of modularity. Well, probably better battery life, but we’ll never be satisfied with that, right?

Speaking of batteries, with news of entire Samsung Galaxy Note 7 units being recalled because of a single part, swappable components might be the solution to new-age manufacturing woes.

Or maybe, we simply aren’t ready yet for the complexity of a fully modular smartphone. Consumers have finally moved past DIY solutions for PCs in exchange for the simplicity of owning a razor-thin notebook or all-in-one laptop with as much, if not more, power. Complicating the everyday smartphone could just as easily backfire, and discriminate against users who aren’t that tech-savvy.

It’s not just about the modules anymore

Going back to Google I/O 2014, one of the presenters posed this question: Why choose a phone for its camera, when you could choose a camera for your phone? Project Ara’s vision remained the same until its demise, but we now have a more daunting question to ask: Since we’ve already reached the pinnacle of touchscreen-smartphone convenience, when will we be ready to embrace a more complex form factor?

Project Ara’s Twitter account once wondered if fans were still around after one of its long hiatuses. We, the consumers, haven’t left yet, and taking a look at the official website shows how the developers themselves haven’t let go of the project either.

[irp posts=”7634″ name=”Cancelled Project Ara prototype shows up, reveals specs”]

Image Credit: Maurizio Pesce

Tutorials

How to set up Apple Pay on your iPhone

It’s as easy as a single tap.

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Apple Pay is officially in the Philippines!

Pushing the country forward into a cashless and cardless future, Apple has now brought its contactless payment system to the Philippines. As with other countries, Apply Pay will work seamlessly and easily even for those who have problems with technology.

Now, despite how easy it is, sometimes we need to be pointed in the right direction. Here’s how you can set up Apple Pay on your iPhone:

Everything starts with the Wallet app. First, open your Wallet app. Tap the “+” button on the top and select “Debit or Credit Card.”

Normally, this is where you can input your card details (which you can still do, by the way), but the default method now is to just tap your card on the back of your iPhone. Your phone does the rest. You might need to confirm with your bank, but it’s as easy as a single tap.

Pick which cards to use. Once you have your cards online, you might need to change which one is the default card. Again, it’s easy. Just drag your preferred card to the front.

Afterwards, you can tap to pay in supported stores by priming the Wallet app for use. Tapping to pay is also available for Apple Watch. Meanwhile, online transactions can also work on MacBook.

Secure, all the time. If you’re worried about your security especially with online transactions, Apple keeps your information only between you and the seller. They don’t store your data.

Also, it’s not easy to make a transaction without your consent. You need Face ID, Touch ID, or your password. If you lose your phone, you can easily shut your phone down with the Find My app to prevent malicious parties from making transactions.

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Accessories

DJI Osmo Mobile 8P: From a videographer’s perspective

Better tracking, fewer buttons

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DJI’s smartphone gimbals have always chased one goal: delivering cinema-smooth footage without forcing you to carry a heavy rig.

The Osmo Mobile 8P (OM 8P) makes its priorities clear right out of the box. This is not a simple refresh. DJI rebuilt how you control the gimbal, and that decision shapes the entire shooting experience.

Freedom behind the lens

The biggest change is the FrameTap remote, and it’s the kind of upgrade that fixes a problem you didn’t realize was slowing you down until it’s gone.

On the standard OM 8, adjusting your framing meant reaching for your phone every time, which broke the flow of shooting and pulled you out of the moment.

FrameTap puts that control back in your hand. You can reframe shots and manage the gimbal without touching your phone at all, and for anyone shooting solo, that alone changes how usable the whole setup feels. Tracking has taken a real step forward too.

ActiveTrack 8.0, paired with Module 2, held onto its subject even after they stepped out of frame for a moment, then picked them back up without much fuss.

It also lets you sit off-center in the shot instead of forcing you into the middle every time, which gives you more room to compose something that doesn’t look like every other gimbal video.

None of that would matter much if the gimbal itself wasn’t solid, and it still is. The OM 8P holds onto the same foldable design, magnetic phone clamp, and built-in tripod that made the OM 8 easy to live with.

And it remains one of the better compact options for stabilization, tracking, and portability in one package.

The tripod legs are a touch wider this time, and that extra width does make a noticeable difference on uneven ground.

The trade-offs in touch

The trade-off for all that new remote functionality is a control scheme that takes more getting used to. More of the gimbal’s functions now live on the FrameTap touchscreen, the joystick is smaller, and switching between shooting modes takes a few extra taps compared to the OM 8. It’s not a dealbreaker, but it’s a learning curve you’ll need to budget time for.

DJI also removed the zoom and focus wheel, so if you leaned on that dial for quick adjustments, you’ll feel its absence here. Module 2 no longer lets you plug a DJI wireless mic in directly either.

You’ll need to connect it to your phone instead, which adds a step to a setup that used to be simpler. Phone compatibility is still a limiting factor as well. DJI lists support for phones up to around 300g and 11mm thick, so bigger phones or ones in chunky cases may not clamp in properly.

Finding your ideal workflow

The OM 8P makes the most sense for solo creators who want dependable tracking and the freedom of remote framing without stepping up to a dedicated camera like the DJI Osmo Pocket.

If you’re already shooting on a phone with a solid camera, this fills the gap nicely. It’s a tougher sell if you prefer physical buttons over touchscreen menus, or if your phone runs on the larger and heavier side, since fitting it onto the clamp might be a problem before you even get to shooting.

Price, availability

DJI is offering the OM 8P in three combos, so how much you pay depends on how much of the ecosystem you actually need.

  • Standard Combo (PhP 7,499): the gimbal itself, with 8th-gen stabilization and the detachable FrameTap remote included.
  • Advanced Tracking Combo (PhP 9,199): adds the Multifunctional Module 2 for the improved subject tracking we tested.
  • Creator Combo (PhP 11,099): the full kit, built for creators who want everything DJI bundles in from the start.

Is the DJI Osmo Mobile 8P your GadgetMatch?

The DJI Osmo Mobile 8P asks you to relearn a few habits in exchange for a gimbal that finally lets go of your phone. If hands-free framing and steadier tracking matter more to you than a dedicated zoom dial, this is worth the adjustment.

If you’d rather keep things exactly as they were on the OM 8, that learning curve might be the deciding factor.

Swipe right if you shoot alone often and have been waiting for a gimbal remote that actually works. The FrameTap remote alone justifies the upgrade if reaching for your phone mid-shot has been slowing you down.

Consider this if reliable tracking matters to you, especially if you’ve had a subject wander out of frame and stay lost on older gimbals.

And of course, get this if you already own a capable phone under the weight and thickness limits, and you’d rather invest in a smartphone rig than jump to a dedicated camera like the Osmo Pocket.

Swipe left if you lean on physical dials for zoom and focus, and moving those functions to a touchscreen sounds like a downgrade rather than an upgrade.

This is not for you if you use a DJI wireless mic and want it plugged directly into the module without routing through your phone first. Or, your phone runs heavier or bulkier than DJI’s limits allow, since no amount of enthusiasm fixes a clamp that won’t close.

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Features

GadgetSnaps: Westminster Abbey

A thousand years of history, unfolded with the Samsung Galaxy Z Fold8 Ultra

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Graphics by Vincenz Lee | GadgetMatch

Westminster Abbey isn’t just another stop on the London tourist trail.

It’s the stage for coronations, royal weddings, and burials that span nearly a thousand years, all still playing out under the same vaulted ceilings that have been standing since before most countries had names.

Once you get past the crowds and the audio guides, a quieter version of the abbey starts to show itself: worn stone steps, poets resting a few feet from kings, light that shifts across the nave like it’s in on the performance too.

While losing track of time in Poets’ Corner (yes, me, playing amateur historian for an afternoon), I unfolded the Samsung Galaxy Z Fold8 Ultra and decided the abbey deserved more than a quick tourist snap.


All photos captured using the Samsung Galaxy Z Fold8 Ultra.

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