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Mobile Syrup

Digital giants mandated to contribute Canadian content under new law

Bill C-11, known as the Online Streaming Act, is now law in Canada.

The bill received Royal Assent on Thursday, and streaming services, like YouTube, must contribute to the creation of Canadian content.

“The law will give Canadians more opportunities to see themselves in what they watch and hear, under a new framework that will lead to a modern definition of Canadian Content that better reflects our country’s diversity,” Canadian Heritage said in a press release.

The Canadian Radio-television and Telecommunications Commission (CRTC) will govern the bill, but content creators have questioned how far the commission’s regulations will go. Canadian Heritage says the commission is now responsible for providing details on how it will implement the act.

Introduced in February 2022, the bill has faced massive backlash from several parties. YouTube argued the bill could impact how much Canadian creators could earn. Disney and TikTok also raised concerns.

Image credit: Shutterstock 

Source: Canadian Heritage

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Mobile Syrup

Are Apple Pay and Google Pay secure?

How do you pay for things?

Do you insert a physical debit or credit card or tap that card against a payment terminal? Perhaps you’re among the average 30 percent of Canadians who reported using mobile payments in 2020. Without a doubt, that number has only gone up since. 

I’ve been in love with the concept of mobile payments and digital wallets since Apple Pay first came to Canada in 2015. During Apple Pay’s early days in Canada, I encountered many situations where I was the first person to pay with my Apple Watch in a store. Of course, those stories are far less common seven years since launch. 

My goal to someday replace my keys and wallet with my phone is well on track. I no longer need house keys, car keys, or my physical bank cards. My phone covers everything, minus my mailbox key and driver’s license. In a previous article I wrote, you can learn how I started to replace my physical wallet by learning about all the different items you can add to the Apple Wallet app. 

Even though Apple Pay has been available in Canada since 2015, Samsung Pay since 2016 and Google Pay (formerly Android Pay) since 2017, there is still a lot of hesitation with using smartphones and smartwatches to pay for things in place of our traditional credit and debit cards.

Let’s explore what payment option is the most secure and if mobile wallets should be the future of payments.

What is a Mobile Wallet?

If you use Samsung Pay, Google Pay or Apple Pay, you have a mobile wallet. In their most common form, mobile wallets are digital versions of our debit and credit cards on our mobile devices like smartphones and smartwatches. All mobile wallets are also digital wallets, with the difference being that digital wallets aren’t exclusive to mobile devices. Digital wallets can also support cryptocurrencies and digital cash. Still, for this article, we’re focusing on how secure a digital debit or credit card is compared to tapping or inserting a physical card.

How secure is tapping my bank card?

Functionally, tapping your debit or credit can is very secure. “Tap” or contactless payment, as the feature is officially called, uses a technology called NFC which stands for near-field communication. NFC is a wireless communication protocol which can transmit data between two devices that are very close together. 

The primary risk with tapping your debit or credit card is there is no form of authentication; anyone with the card can make a payment. To mitigate this risk, most cards have a limit of $100 to $250. In my experience, banks will let you disable contactless payments on debit cards but not credit cards. This is because credit cards offer fraud protection, unlike debit cards. 

A lesser secondary risk is contactless skimming. You may have heard stories where people use a device to wirelessly capture card details from your debit or credit card. This is incredibly rare for two reasons. First, the scammer would have to be physically very close to you. Second, NFC generates a random transaction ID every time it communicates with a device, meaning the scammer can only complete one transaction at most with the captured details. 

How secure is inserting my bank card?

In general, inserting your physical debit or credit card is very secure. In Canada, we have a reasonably modern financial system, at least compared to our neighbours south of the border. Canadians just about never have to swipe their payment cards, which is excellent because, unsurprisingly, swiping your card is far less secure than inserting it or using a mobile wallet. 

When inserting a chip-enabled debit or credit card, you enter a pin to verify the transaction is authorized. Then your transaction is securely transmitted to the bank. However, there are two situations where chip-inserted cards are not ideal. 

The first is related to security. Skimming is where an unauthorized device is used in place of the legitimate payment terminal, and it captures your card number and sends it to the scammer. Skimmer attacks aren’t common but are most often used at bank machines and self-served gas pumps because they aren’t attended by staff. 

The second is related to privacy. When swiping a card using its magnetic stripe, the merchant can see the card number, expiration date, and CVV number. In contrast, when using a chip-enabled card, the merchant doesn’t get the card number and instead receives a random transaction ID. However, they can still possibly get the transaction amount, date and time, your name, address, and phone number. 

How secure is Samsung Pay, Google Pay, or Apple Pay?

All three mobile wallets function similarly on the surface, with a few differences underneath. While inserting your card is reasonably more secure than tapping, it’s less convenient. All three mobile wallet platforms improve on the weaknesses of using tap while providing similar convenience. Smartphones and smartwatches use an NFC chip, like your debit or credit card, to conduct contactless payments. 

The primary difference is that your mobile device leverages different technologies to prevent fraud. First, passcodes and biometrics like facial recognition or fingerprint sensors prevent unauthorized payments. It’s pretty slick to pull out your smartphone, verify with a biometric and wave your device to pay. Additionally, as far as I know, banks still maintain the $100 to $250 contactless payment limit. Although I’d argue that should be removed for mobile wallets since they have some form of authentication. Not to mention, leveraging biometrics is far more secure than the four to six-digit pin you’d use on your physical card that someone could shoulder surf. 

In terms of skimming, mobile wallets win here too. Since you don’t insert your phone, skimming isn’t possible. Regarding wireless skimming, our smart devices are intelligent enough to know whether a payment is legitimate, unlike your regular card. 

The main difference between these three mobile wallets is how they operate behind the scenes. Samsung Pay and Google Pay securely store payment details on a company server instead of a device. There isn’t anything necessarily insecure about this since the data is encrypted. However, the server-based approach could, in theory, be compromised. However, this would be to an incredibly sophisticated attacker. Ultimately, Samsung and Google likely took the server-based approach to collect data. 

Apple being Apple opted for the privacy-first approach and stores all card details on a device instead of a server. Apple devices supporting Apple Pay have a special chip called a Secure Enclave. The Secure Enclave is encrypted and physically separate from the main processor, leveraging its own memory and storage. This means that even if someone does compromise the processor or other parts of the system or even physically gets a hold of the device, they can’t access your card details. Your health data and other sensitive information are also stored on the Secure Enclave. 

Samsung Pay, Google Pay, and Apple Pay all provide the same service. All three also do it more securely than by using a physical card. The primary difference is that Apple takes a more privacy-focused approach by completing processes on-device instead of on a server like its Android counterparts.

Are Mobile Wallets the future of payments?

Personally, I firmly believe mobile wallets are the future of payments. Ideally, they’ll be the future of our house keys, car keys, and IDs too. When we migrate systems onto our heavily connected devices, there will undoubtedly be risks. However, when done right, leveraging the computer in your pocket or wrist is a better option than a physical card because it can provide additional security and privacy benefits. Ultimately, if you prefer a physical card, that’s fine, our payment networks are very secure, and the risk is low.

But if you’re currently on edge about using your mobile device to pay for things, do it. Paying with your smartphone or smartwatch is easy, convenient, and secure.

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Mobile Syrup

Ayaneo 2S handheld PC to launch with Ryzen 7000 series

Handheld gaming PC maker Ayaneo is currently working on the successor to its original Ayaneo 2. The company recently streamed a product showcase on YouTube, where it confirmed the use of AMD’s new 7000 series chips.

Outside of the Ayaneo 2S, the company announced that the new AMD tech will make its way into the upcoming Ayaneo Geek 1S, Ayaneo Slide, and Ayaneo Air Plus models.

The company also pledges free hardware upgrades for existing customers, though nothing looks to be set in stone yet. Upgraded cooling and speaker units will also apparently be on offer for select older devices.

The Ayaneo 2S is expected to appear on the crowdfunding site Indiegogo by the end of the month.

Image source: Indiegogo

Source: Ayaneo Via: The Verge

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Mobile Syrup

Surface is replacing all other Microsoft branded PC peripherals

Microsoft’s legacy lineup of mice, keyboards, and webcams are being discontinued. The news comes per a statement from the company’s senior communications manager (via The Verge).

“We will continue to offer a range of Surface-branded PC Accessories — including mice, keyboards, pens, docks, adaptive accessories, and more. Existing Microsoft branded PC accessories like mice, keyboards, and webcams will continue to be sold in existing markets at existing sell-in prices while supplies last,” says Dan Laycock.

Microsoft has a long and rich history of making its own in-house PC peripherals. Once the Surface brand got off the ground, we started seeing the release of Surface-branded accessories in addition to the existing Microsoft-branded ones.

It makes sense for Microsoft to combine its efforts under a single, unified hardware brand going forward. That said, it’s bittersweet as it will likely spell the end for some classic Microsoft offerings.

Image credit: Microsoft

Source: Microsoft Via: The Verge

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Mobile Syrup

Samsung’s upcoming Watch 6 Pro reported to feature a rotating bezel

Samsung is working on the successor to its Wear OS-powered Galaxy Watch 5 lineup.

While we already know quite a lot about the upcoming watch series through leaks and rumours, it is still unclear how many models of the watch Samsung will release and what they will be called.

The confusion surrounding the branding of the Galaxy Watch 6 family can be traced back to Samsung’s decision to remove the rotating bezel feature from the Watch 5 lineup. To differentiate the top-of-the-line member of the family from the Galaxy Watch 4 Classic, Samsung opted for the Watch 5 Pro name.

Rumours from March suggested that the rotating bezel is making a comeback with the Watch 6 series. The watch, according to the rumour, will be named Galaxy Watch 6 Classic. Now, new rumours suggest that the rotating bezel feature may return in a ‘Galaxy Watch 6 Pro’ device. According to Ice Universe, a reliable source of Samsung leaks, the Galaxy Watch 6 Pro will have an overall design that’s similar to the Galaxy Watch 4 Classic but with a narrower border, via PhoneArena.

Ice Universe didn’t share any information about the regular Galaxy Watch 6. However, there may not be a radical redesign with the Watch 6 since the Watch 5 wasn’t too different from the Watch 4. Further, the upcoming watch could hit the market with a brand new smartwatch chip known as the Samsung Exynos W980.

The Watch 6 series is expected to be released alongside the company’s new foldables sometime in August.

Source: @UniverseIce Via: PhoneArena

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Mobile Syrup

Google rolls out podcasts on YouTube Music for iOS and web users

Google has announced that YouTube Music on the web and the YouTube Music app for iOS devices now offer podcasts natively.

The update, which is rolling out now, allows users of the main YouTube app to continue listening to podcasts directly on the YouTube Music app.

Podcasts on YouTube Music are accessible on-demand, offline, and can be listened to in the background or while casting, with options to swap between audio and video versions.The podcast feature is available through the Home tab by tapping on the Podcasts section at the top of the screen. Users can use the Explore feature to find popular podcasts based on categories, which include gaming, music, true crime, comedy, health and fitness, business and society and culture.

Google has made it clear that podcasts on YouTube Music are free and do not require a Premium subscription. However, it’s worth noting that Canadians would have to wait a little bit until they can start using the feature.

Currently, podcasts on YouTube Music are limited to the United States, though Google is planning to expand access to other regions in the future.

Image credit: Google

Source: Google Via: MacRumors

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Mobile Syrup

Meta is done making original content for Facebook Watch

Facebook owner Meta is closing its Facebook Watch originals division. The service is known for its original programming including Red Table Talk, Sorry for Your Loss, Sacred Lies, and Strangers.

The decision comes amid a new layoff of 10,000 employees, including head of development and programming Mina Lefevre.

Meta is among the many tech companies scaling back its employee base. In recent months, we’ve seen layoffs from big players like Microsoft, Google, and Amazon.

The shuttering of original content creation is something we’ve also seen before. Notably, YouTube ended its Originals program early last year.

Facebook Watch was first launched in Canada in August 2018. While the service itself will continue to operate, it looks like the rollout of new original content will be a thing of the past.

Image credit: Shutterstock

Source: Deadline Via: The Hollywood Reporter

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Mobile Syrup

Google Authenticator to get end-to-end encryption ‘down the line’

On Wednesday, April 26th, we shared how Google’s Authenticator application was discovered to not offer end-to-end encryption (E2EE). Earlier this week, Google announced that users would now be able to sync Authenticator to a Google account and use it across multiple devices.

However, when security researchers and app developers for the software company Mysk dug deeper into the change, they noticed that the underlying data wasn’t end-to-end encrypted. This opened up the possibility for Google getting a glimpse at users’ apps and data for the purpose of targeted ads.

Now, Google product manager Christiaan Brand has responded to criticism from security researchers. He said, “we have plans to offer E2EE for Google Authenticator down the line.”

With the Authenticator app synced to Google Accounts, users can easily sign into their accounts on new devices. Although this feature is a welcome addition, it raises security concerns, as hackers who breach a user’s Google account could gain access to numerous other accounts through the Authenticator app. If the new update featured E2EE, hackers and third parties, including Google, would not be able to see this sensitive information.

Brand added that while E2EE is a powerful feature, it comes at a cost. Google encrypts “data in transit, and at rest, across our products, including in Google Authenticator,” adding E2EE would come at the “cost of enabling users to get locked out of their own data without recovery.”

It is currently unknown when Google will offer E2EE for the Authenticator app.

Image credit: Shutterstock

Source: @christiaanbrand Via: The Verge

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Mobile Syrup

Roaming rates keep rising – can eSIMs ease pressure on wallets?

Canadian carriers hiking prices aren’t anything new, but telcos have been in the news lately for increases to already pricey roaming rates. Thankfully, there might be a solution for Canadians willing to jump through a few hoops — eSIMs.

Bell and Telus both upped the cost of their roaming plans by a dollar or two, which might not sound like much, but the companies charge daily for roaming. Telus and its flanker brand Koodo charge (at least, at the time of writing — it might have gone up again) $14/day for U.S. roaming and $16/day for international roaming. Bell and its flanker brand Virgin charge $13/day for the U.S. and $16/day for international. Rogers and Fido didn’t participate in this round of increases but still charge $12/day for U.S. and $15/day for international roaming.

These daily rates add up fast, though the carriers generously cap you at several hundred dollars per billing cycle (Rogers, the cheapest of the three, will charge for a maximum of 20 days per billing cycle, or $240 per bill for U.S. roaming and $300 per bill for international roaming). And it’s clear these roaming rates are good business for Canadian telcos, with Rogers reporting Q1 2023 revenues were up in part due to increased travel, boosting roaming use. Even the CRTC is investigating (though I don’t hold hope it’ll do much).

Canadian eSIM companies might have a solution

During the roaming price hikes, two Canadian companies that offer travel data packages over eSIM reached out to me, pitching their products as the solution to ridiculous roaming rates. Airalo, whose founders are based in Toronto, and Ottawa-based AloSIM both offer the ability for people to purchase data packages to use in a variety of countries. The data packages are delivered via eSIM, which means they should work in the smartphone you already have.

Of course, Airalo and AloSIM aren’t the only companies out there offering eSIM travel packages like this. KnowRoaming lives on with an eSIM option, and there are others like Truphone, Nomad eSIM, YeSIM and more. But much of what I address below will apply to other services as well.

I ended up testing eSIMs from Airalo and AloSIM in my Pixel 7 and iPhone XS, respectively, with the aim of getting a feel for how the eSIM setup process works on both Android and iOS. You can use these services with any unlocked device that supports eSIM — on the iPhone side, that should be everything including the iPhone XS and newer. On the Android side, it will vary by manufacturer, but most smartphones released in the last few years should have it. If you’re not sure, just Google your phone model and “eSIM” to see. Per CRTC rules, smartphones sold since 2017 should be unlocked, but in the event that you have a locked phone, your carrier has to unlock it for free.

With all that out of the way, let’s dive into how it all works and how well it works, followed by a cost analysis.

How to set up an eSIM on your phone

Before you can get started loading an eSIM, you’ll need to make an account with Airalo or AloSIM and buy a package. You can browse prices at both before getting an account, so I’d recommend shopping around for the best price and then going from there. Also, somewhat frustratingly for Canadian companies, both charge in USD, so keep that in mind when looking at the prices.

There are a ton of supported countries and several packages available with a range of data options. Depending on the country and carrier the package works on, you can get 4G, LTE or even 5G data, though speeds will vary based on location and other factors (as they do anywhere). One major caveat is you need an internet connection to set up the eSIM. Because the packages have expiries — usually 7, 15 or 30 days — you’ll want to do the setup either right before leaving Canada or immediately after arriving at your destination (if you can find free Wi-Fi to do it).

It’s also handy to keep the apps on your device since you can use them to monitor how much of your data you’ve used and to top up your eSIM if you need it.

iOS

On iOS, it’s as simple as tapping ‘Install now’ with AloSIM and Airalo.

Both Airalo and AloSIM offer detailed setup instructions for loading the eSIM onto your device once you’ve purchased it. For iPhone owners, the process is incredibly simple and can be done from each company’s respective app. All you need to do is tap the button to install the eSIM in the app and then tap through the iOS dialogues and wait for your iPhone to finish installing the eSIM.

Don’t forget to turn on roaming for your eSIM.

Once it’s done, iOS will ask you to pick which SIM to use for calls, texts, iMessage and data. Per the instructions, you’ll want to pick the new eSIM as your default for data use and leave calls and texts for your primary SIM — this is because the plans on offer only have data and no calling or texting. You’ll also need to make sure roaming is turned on for the eSIM to work properly.

Android

Unfortunately, you can’t add eSIMs with a tap on Android.

On the Android side, things are a bit more complicated. Unfortunately, there’s no option to directly install an eSIM from the Airalo or AloSIM app. Instead, you’ll have to either scan a QR code with your phone or manually enter the information. Of the two, the QR code is easier if you’ve got a second screen around, like a laptop or tablet. Simply open up the Airalo or AloSIM website, scan the QR code for that eSIM, and follow the steps on your device to install it. To scan it, you’ll need to head into the ‘Network & Internet’ menu, tap ‘SIMs’ and then add a SIM. From there, follow the steps to scan the QR code.

I ran into a handful of issues when setting up an Airalo eSIM on my Pixel 7, though part of it was related to me running the Android 14 beta. Still, it was a more confusing process than on iPhone. Airalo, thankfully, has detailed setup instructions, and I was able to resolve my issues and get connected, but I can see the process being stressful if you’re trying to get it done on top of travelling.

I ended up needing to add access point name (APN) details and then reboot my Pixel 7 to get data working over the Airalo SIM, though the latter part was related to Android 14 beta issues. If you’re running stable Android, you likely won’t run into as many issues. Either way, it might be worth reading through the setup instructions first to make sure it’s something you’re comfortable (and capable of) doing — you can find Airalo instructions here and AloSIM instructions here.

How well do eSIMs work?

The short answer is pretty well, but there are a variety of factors at play. The eSIM process itself works fine and should be more or less the same in terms of setting it up and accessing the network.

As for how well the service works, it depends on the country, network, phone and more. I did my testing in Canada, in part because I’m not travelling anywhere anytime soon and because performance will vary based on which carrier your eSIM connects to.

Fido LTE speeds (left) versus Airalo speeds (right).

My Airalo eSIM says it connects to Bell, Telus and SaskTel networks and uses LTE data. Before swapping over, I ran a speed test on my physical Fido SIM in my Pixel 7 just to see what it was like — Fido scored 66.8Mbps down and 2.58Mbps up, while Airalo running on the Telus network scored 112Mbps down and 16.4Mbps up. Not bad!

I did the same test on my iPhone with the physical Fido SIM and then the AloSIM running on Rogers. Fido scored 39.5Mbps down and 4.09Mbps up, while the Rogers-based AloSIM hit 71.3Mbps down and 6.64Mbps up.

Fido LTE speeds (left) versus AloSIM speeds (right)

Again, it’s important to remember that actual network performance will vary based on a variety of factors. The main takeaway here is that you’re not getting cut-rate service from Airalo or AloSIM.

Beyond straight speed tests, I spent some time doing basic tasks while running on the eSIMs. That included scrolling social media, messaging, and watching some videos and TikToks. Everything went smoothly and worked well. I briefly encountered some connectivity issues on my iPhone with the AloSIM, but it was because I forgot to turn on roaming for the eSIM — once it was on, it worked fine for the rest of my testing.

Are eSIMs worth it?

Ultimately, the crux of all this is whether it’s worthwhile to rock an eSIM over using your carrier’s roaming package. To figure that out, there are a few things to consider.

The first is cost. As mentioned up top, you’re looking at $12 or $14/day in the U.S., and $15 or $16/day internationally, depending on your Canadian carrier. Since costs vary from country to country with the eSIM options, we’ll focus on the U.S. to make the comparison easier.

For the U.S., Airalo and AloSIM both offer a range of plans from $4.50 USD (about $6.12 CAD) for 1GB up to $42 USD (roughly $57.13 CAD) for 20GB.

Depending on how long you’ll be visiting the U.S. and how much data you use, you could potentially cover the cost of roaming for your entire trip with an eSIM for less than it would cost for one day with a Canadian carrier.

However, this brings us to the next question — what is your usage like? If you only need a few gigabytes of data, then the eSIMs definitely offer a more affordable option. But heavy data users, or people who do a lot of calling or texting, have more to consider.

Canadian carriers’ roaming options include calls and texts with the daily rate, and data use is capped at whatever allotment you have in Canada — i.e. if you have 15GB of data per month in Canada, your usage while roaming counts against that monthly cap. Ultimately, it’s still cheaper to go with eSIMs — $57 CAD will get you 20GB for 30 days in the U.S., way less than $240 for access to the data in your Canadian plan (probably around 20GB anyway) for 20 days — usage beyond the 20th day is free until your bill resets.

Calling and texting will be the main hitch for most. You can get around it with internet-based messaging and calling platforms like WhatsApp, but not having a phone number to make calls is a major drawback.

Ultimately, Airalo and AloSIM both seem like great options I’ll be considering next time I travel outside Canada. While not perfect, the lower cost makes both options appealing. You can learn more about Airalo here and about AloSIM here.

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Mobile Syrup

Apple Watch rumoured to get MicroLED screen in fall 2025

2025 will be the year MicroLED finally hits the Apple Watch, according to a new leak from Ross Young. The display supply chain analyst shared the information to subscribed followers on Twitter (via Apple Insider).

The new Watch is tipped to arrive in the second half of 2025. Fall is a safe bet, as it lines up with Apple’s historic launch window for its watches.

A MicroLED-equipped Apple Watch has been rumoured before. Previous reports have indicated a 2020 release. More recently, 2024 has been on the table as well.

It is unclear whether the new display technology will be included across the entire lineup of watches, or if it will be exclusive to the higher-end Apple Watch Ultra.

MicroLED tech promises to inherit the best of both LCD and OLED panels. Among other benefits, it allows for the deep and punchy contrast signature of OLED, without the drawback of burn-in.

Apple’s incorporation of MicroLED into its other product lines has also been rumoured in the past.

Source: Ross Young Via: AppleInsider